Show functions from CRAN.

CRAN_functions(CRANdf)

CRANf(CRANdf)

Arguments

CRANdf

Optionally provide an updated CRAN data.frame (obtain with getCRAN())

Examples

# Show CRAN functions CRAN_functions()
#> [1] "A3-package" #> [2] "a3" #> [3] "a3.base" #> [4] "a3.gen.default" #> [5] "a3.lm" #> [6] "a3.r2" #> [7] "housing" #> [8] "multifunctionality" #> [9] "plot.A3" #> [10] "plotPredictions" #> [11] "plotSlopes" #> [12] "print.A3" #> [13] "xtable.A3" #> [14] "abbyyR-package" #> [15] "abbyy_check" #> [16] "abbyy_GET" #> [17] "abbyy_POST" #> [18] "deleteTask" #> [19] "getAppInfo" #> [20] "getResults" #> [21] "getTaskStatus" #> [22] "listFinishedTasks" #> [23] "listTasks" #> [24] "ocrFile" #> [25] "processBarcodeField" #> [26] "processBusinessCard" #> [27] "processCheckmarkField" #> [28] "processDocument" #> [29] "processFields" #> [30] "processImage" #> [31] "processMRZ" #> [32] "processPhotoId" #> [33] "processRemoteImage" #> [34] "processTextField" #> [35] "setapp" #> [36] "submitImage" #> [37] "abc" #> [38] "cv4abc" #> [39] "cv4postpr" #> [40] "expected.deviance" #> [41] "gfit" #> [42] "gfitpca" #> [43] "hist.abc" #> [44] "plot.abc" #> [45] "plot.cv4abc" #> [46] "plot.cv4postpr" #> [47] "plot.gfit" #> [48] "postpr" #> [49] "summary.abc" #> [50] "summary.cv4abc" #> [51] "summary.cv4postpr" #> [52] "summary.gfit" #> [53] "summary.postpr" #> [54] "human" #> [55] "musigma2" #> [56] "ppc" #> [57] "annotate_data" #> [58] "annotation_file" #> [59] "CpG_hits" #> [60] "delta_beta_data" #> [61] "filter_data" #> [62] "nonspecific_probes" #> [63] "overlap_data" #> [64] "plot_candidate_genes" #> [65] "plot_data" #> [66] "plot_gene" #> [67] "process.ABC.RAP" #> [68] "test_data" #> [69] "ttest_data" #> [70] "ABCanalysis-package" #> [71] "ABCanalysis" #> [72] "ABCanalysis4curve" #> [73] "ABCanalysisPlot" #> [74] "ABCcleanData" #> [75] "ABCcurve" #> [76] "ABCplot" #> [77] "ABCRemoveSmallYields" #> [78] "calculatedABCanalysis" #> [79] "Gini4ABC" #> [80] "GiniIndex" #> [81] "SwissInhabitants" #> [82] "BFD_Processor" #> [83] "BYPASS_REACTIONS_SUBSTRATE" #> [84] "CHANGE_OBJ_FUNCTION" #> [85] "CHANGE_RXN_BOUNDS" #> [86] "DEGREE_MEASURE" #> [87] "Ecoli_core.rda" #> [88] "Ec_iAF1260_flux1.rda" #> [89] "Ec_iAF1260_flux2" #> [90] "Ec_iJR904" #> [91] "Exhaustive_double_deletion" #> [92] "Exhaustive_single_deletion" #> [93] "FBA_solve" #> [94] "flux_difference_plotter" #> [95] "Flux_Ranger" #> [96] "FLUX_VAR_ANALYSIS" #> [97] "FVA_robustness" #> [98] "Gene_del" #> [99] "H_pylori_iIT341" #> [100] "H_sapien_Recon1" #> [101] "M_barkeri_iAF629" #> [102] "M_tb_iNJ661" #> [103] "PERTURBATION_analysis" #> [104] "PHPP" #> [105] "SEARCH_metabolite" #> [106] "SEARCH_reaction" #> [107] "SINGLE_DEL_FLUXOME" #> [108] "Sybil_2_FBA_obj" #> [109] "S_aureus_iSB619" #> [110] "S_cerevisiae_IND750" #> [111] "View_objective" #> [112] "ABCoptim-package" #> [113] "abc_optim" #> [114] "ABC_P2_gamma" #> [115] "ABC_P2_norm" #> [116] "ABC_P2_pois" #> [117] "fit_dist_gamma" #> [118] "fit_dist_norm" #> [119] "fit_dist_pois" #> [120] "fungus" #> [121] "newt" #> [122] "rove" #> [123] "soap" #> [124] "abcrf" #> [125] "covRegAbcrf" #> [126] "densityPlot" #> [127] "err.abcrf" #> [128] "err.regAbcrf" #> [129] "plot.abcrf" #> [130] "plot.regAbcrf" #> [131] "predict.abcrf" #> [132] "predict.regAbcrf" #> [133] "predictOOB" #> [134] "readRefTable" #> [135] "regAbcrf" #> [136] "snp" #> [137] "variableImpPlot" #> [138] "abctools-package" #> [139] "AS.select" #> [140] "AS.test" #> [141] "coal" #> [142] "combmat" #> [143] "cov.pi" #> [144] "mc.ci" #> [145] "mincrit" #> [146] "nn.ent" #> [147] "recalibrationABC" #> [148] "rsse" #> [149] "saABC" #> [150] "selectsumm" #> [151] "semiauto.abc" #> [152] "stage2" #> [153] "abd-package" #> [154] "abdData" #> [155] "AlgaeCO2" #> [156] "Antilles" #> [157] "Aspirin" #> [158] "BeeGenes" #> [159] "BeeLifespans" #> [160] "Beetles" #> [161] "BirdSexRatio" #> [162] "Blackbirds" #> [163] "BodyFatHeatLoss" #> [164] "BrainExpression" #> [165] "BrookTrout" #> [166] "Cavalry" #> [167] "Chickadees" #> [168] "ChimpBrains" #> [169] "Cichlids" #> [170] "CichlidsGnRH" #> [171] "Clearcuts" #> [172] "CocaineDopamine" #> [173] "col.abd" #> [174] "Convictions" #> [175] "ConvictionsAndIncome" #> [176] "Crickets" #> [177] "DaphniaLongevity" #> [178] "DaphniaResistance" #> [179] "dataInfo" #> [180] "DayOfBirth" #> [181] "DEET" #> [182] "DesertBirds" #> [183] "Dioecy" #> [184] "Dolphins" #> [185] "DungBeetles" #> [186] "Earthworms" #> [187] "Earwigs" #> [188] "Eelgrass" #> [189] "ElectricFish" #> [190] "ElVerde" #> [191] "EndangeredSpecies" #> [192] "FingerRatio" #> [193] "Fireflies" #> [194] "FireflyFlash" #> [195] "FlycatcherPatch" #> [196] "FlyTestes" #> [197] "GeneRegulation" #> [198] "GlidingSnakes" #> [199] "GodwitArrival" #> [200] "Grassland" #> [201] "GreatTitMalaria" #> [202] "Greenspace" #> [203] "Guppies" #> [204] "Hemoglobin" #> [205] "HippocampusLesions" #> [206] "histochart" #> [207] "HornedLizards" #> [208] "HumanBodyTemp" #> [209] "HumanGeneLengths" #> [210] "Hurricanes" #> [211] "Iguanas" #> [212] "IntertidalAlgae" #> [213] "JetLagKnees" #> [214] "KenyaFinches" #> [215] "LanguageBrains" #> [216] "LarvalFish" #> [217] "Lefthanded" #> [218] "LionCubs" #> [219] "LionNoses" #> [220] "LiverPreparation" #> [221] "LizardBite" #> [222] "LizardSprint" #> [223] "Lobsters" #> [224] "LodgepolePines" #> [225] "LupusMice" #> [226] "Lynx" #> [227] "MarineReserve" #> [228] "MassExtinctions" #> [229] "MoleRats" #> [230] "Mosquitoes" #> [231] "MouseEmpathy" #> [232] "NeanderthalBrains" #> [233] "NematodeLifespan" #> [234] "NeotropicalTrees" #> [235] "Newts" #> [236] "NorthSeaCod" #> [237] "NoSmokingDay" #> [238] "OstrichTemp" #> [239] "Penguins" #> [240] "PlantPersistence" #> [241] "Pollen" #> [242] "Powerball" #> [243] "PrimateMetabolism" #> [244] "PrimateWBC" #> [245] "ProgesteroneExercise" #> [246] "Pseudoscorpions" #> [247] "Pufferfish" #> [248] "Rattlesnakes" #> [249] "Rigormortis" #> [250] "RopeTrick" #> [251] "SagebrushCrickets" #> [252] "SalmonColor" #> [253] "Seedlings" #> [254] "Selection" #> [255] "SexualSelection" #> [256] "ShadParasites" #> [257] "ShrinkingSeals" #> [258] "ShuttleDisaster" #> [259] "Silversword" #> [260] "SleepAndPerformance" #> [261] "SockeyeFemales" #> [262] "Sparrows" #> [263] "SpiderColonies" #> [264] "SpiderSpeed" #> [265] "Stalkies1" #> [266] "Stalkies2" #> [267] "SticklebackPlates" #> [268] "SticklebackPreference" #> [269] "Sumo" #> [270] "SyrupSwimming" #> [271] "TeenDeaths" #> [272] "Telomeres" #> [273] "TimeOfDeath" #> [274] "Toads" #> [275] "Tobacco" #> [276] "Tobacco2" #> [277] "ToothAge" #> [278] "TreeSeedlings" #> [279] "Trematodes" #> [280] "Trillium" #> [281] "Truffles" #> [282] "TsetseLearning" #> [283] "TwoKids" #> [284] "VampireBites" #> [285] "VasopressinVoles" #> [286] "Vines" #> [287] "VoleDispersal" #> [288] "WalkingStickFemurs" #> [289] "WalkingStickHeads" #> [290] "WeddellSeals" #> [291] "WillsDebates" #> [292] "WillsPresidents" #> [293] "WolfTeeth" #> [294] "Wolves" #> [295] "WorldCup" #> [296] "WrasseSexes" #> [297] "YeastGenes" #> [298] "ZebraFinchBeaks" #> [299] "ZebraFinches" #> [300] "ZooMortality" #> [301] "Zooplankton" #> [302] "abe" #> [303] "abe.boot" #> [304] "plot.abe" #> [305] "summary.abe" #> [306] "abf2-package" #> [307] "abfload" #> [308] "multiplot" #> [309] "plot.abf2" #> [310] "plot.abf2split" #> [311] "split.abf2" #> [312] "ABHgenotypeR" #> [313] "correctStretches" #> [314] "correctUndercalledHets" #> [315] "imputeByFlanks" #> [316] "plotAlleleFreq" #> [317] "plotCompareGenos" #> [318] "plotGenos" #> [319] "plotMarkerDensity" #> [320] "readABHgenotypes" #> [321] "reportGenos" #> [322] "writeABHgenotypes" #> [323] "abind" #> [324] "acorn" #> [325] "adrop" #> [326] "afill" #> [327] "asub" #> [328] "build_id" #> [329] "calc_dig" #> [330] "carf_build_id" #> [331] "carf_calc_dig" #> [332] "carf_check_dig" #> [333] "check_dig" #> [334] "check_dig_vet" #> [335] "chrome_to_body" #> [336] "clean_cnj" #> [337] "clean_id" #> [338] "escape_unicode" #> [339] "extract_parts" #> [340] "file_sans_ext" #> [341] "gather_subjects" #> [342] "lsos" #> [343] "pattern_cnj" #> [344] "precision" #> [345] "pvec" #> [346] "reais" #> [347] "rm_accent" #> [348] "sample_cnj" #> [349] "separate_cnj" #> [350] "tabela" #> [351] "test_fun" #> [352] "use_pipe" #> [353] "verify_cnj" #> [354] "write_data" #> [355] "GPL" #> [356] "(>=" #> [357] "2018-11-22" #> [358] "14:30:08" #> [359] "buildscorecache" #> [360] "buildscorecache.mle" #> [361] "compareDag" #> [362] "discretization" #> [363] "entropyData" #> [364] "essentialGraph" #> [365] "ex0.dag.data" #> [366] "ex1.dag.data" #> [367] "ex2.dag.data" #> [368] "ex3.dag.data" #> [369] "ex4.dag.data" #> [370] "ex5.dag.data" #> [371] "ex6.dag.data" #> [372] "ex7.dag.data" #> [373] "expit" #> [374] "fitabn" #> [375] "fitabn.mle" #> [376] "infoDag" #> [377] "link.strength" #> [378] "logit_cpp" #> [379] "mb" #> [380] "miData" #> [381] "mostprobable" #> [382] "or" #> [383] "pigs.vienna" #> [384] "plotabn" #> [385] "search.heuristic" #> [386] "search.hillclimber" #> [387] "simulateabn" #> [388] "simulateDag" #> [389] "tographviz" #> [390] "var33" #> [391] "generate_correlated_matrix" #> [392] "overall_abnormality" #> [393] "abod" #> [394] "abodoutlier" #> [395] "ABPS" #> [396] "bloodcontrol" #> [397] "blooddoping" #> [398] "OFFscore" #> [399] "example" #> [400] "GenePermGSEA" #> [401] "clonalExpansion" #> [402] "fullRepertoire" #> [403] "hotspot_df" #> [404] "ighd_hum_df" #> [405] "ighd_mus_df" #> [406] "ighj_hum_df" #> [407] "ighj_mus_df" #> [408] "ighv_hum_df" #> [409] "ighv_mus_df" #> [410] "igkj_hum_df" #> [411] "igkj_mus_df" #> [412] "igkv_hum_df" #> [413] "igkv_mus_df" #> [414] "iglj_hum_df" #> [415] "iglj_mus_df" #> [416] "iglv_hum_df" #> [417] "iglv_mus_df" #> [418] "one_spot_df" #> [419] "repertoireFastas" #> [420] "singleLineage" #> [421] "abstractr" #> [422] "abundant-package" #> [423] "fit.pfc" #> [424] "pred.response" #> [425] "Ac3net" #> [426] "Ac3net.commonlinks" #> [427] "Ac3net.cutoff" #> [428] "Ac3net.filtersames" #> [429] "Ac3net.getDifferentLinks" #> [430] "Ac3net.getDirectedOrDualLinks" #> [431] "Ac3net.maxmim" #> [432] "Ac3net.MTC" #> [433] "Ac3net.performance" #> [434] "expdata" #> [435] "truenet" #> [436] "zeroindx" #> [437] "amorese.data.txt" #> [438] "SDScan" #> [439] "soccer.data.txt" #> [440] "acc" #> [441] "accBatch" #> [442] "accSummary" #> [443] "aee" #> [444] "aeefit" #> [445] "aeexfit" #> [446] "aggAcc" #> [447] "NHANES" #> [448] "plotAcc" #> [449] "racePlot" #> [450] "readCounts" #> [451] "readCountsBatch" #> [452] "readRaw" #> [453] "simAcc" #> [454] "simPA" #> [455] "summary.aeefit" #> [456] "summary.aeexfit" #> [457] "visGroup" #> [458] "accelerometry" #> [459] "artifacts" #> [460] "blockaves" #> [461] "blocksums" #> [462] "bouts" #> [463] "cut_counts" #> [464] "intensities" #> [465] "inverse_rle2" #> [466] "movingaves" #> [467] "personvars" #> [468] "process_tri" #> [469] "process_uni" #> [470] "rle2" #> [471] "sedbreaks" #> [472] "tridata" #> [473] "unidata" #> [474] "weartime" #> [475] "accelmissing-package" #> [476] "accel.impute" #> [477] "accel.plot.7days" #> [478] "acceldata" #> [479] "acceldata2" #> [480] "accelimp" #> [481] "create.flag" #> [482] "mice.impute.2l.zip.pmm" #> [483] "mice.impute.2l.zipln" #> [484] "mice.impute.2l.zipln.pmm" #> [485] "missing.rate" #> [486] "valid.days" #> [487] "valid.subjects" #> [488] "wear.time.plot" #> [489] "assess-methods" #> [490] "find.plan" #> [491] "OC2c" #> [492] "OC2c-class" #> [493] "OCvar" #> [494] "OCvar-class" #> [495] "ACCLMA-package" #> [496] "averageSameXs" #> [497] "calcFX" #> [498] "calcFY" #> [499] "calcLMA" #> [500] "calcLOI" #> [501] "calcWeights" #> [502] "fillCSVData" #> [503] "fillData" #> [504] "plotGraphs" #> [505] "plotLMA" #> [506] "size" #> [507] "accrual-package" #> [508] "accrual.data" #> [509] "accrual.gui" #> [510] "accrual.multi.n" #> [511] "accrual.n.hedging" #> [512] "accrual.n.inform" #> [513] "accrual.n.plot" #> [514] "accrual.plot.multicenter" #> [515] "accrual.plots" #> [516] "accrual.T.hedging" #> [517] "accrual.T.inform" #> [518] "accrual.T.plot" #> [519] "accrued-package" #> [520] "accruedDataExample" #> [521] "accruedDataILIExample" #> [522] "accruedErrors" #> [523] "asOf" #> [524] "barcode" #> [525] "data.accrued" #> [526] "errorQuantileSummary" #> [527] "laggedTSarray" #> [528] "lagHistogram" #> [529] "plot.accrued" #> [530] "plot.accruedErrors" #> [531] "plot.summary.accrued" #> [532] "print.accrued" #> [533] "print.summary.accrued" #> [534] "stackedUploadData" #> [535] "summary.accrued" #> [536] "summary.accruedErrors" #> [537] "uploadPattern" #> [538] "accSDA" #> [539] "ASDA" #> [540] "ASDABarPlot" #> [541] "normalize" #> [542] "normalizetest" #> [543] "predict.ASDA" #> [544] "print.ASDA" #> [545] "SZVD" #> [546] "SZVDcv" #> [547] "SZVD_kFold_cv" #> [548] "ZVD" #> [549] "funlinWLS" #> [550] "linML" #> [551] "loglinML" #> [552] "readCatdata" #> [553] "satMarML" #> [554] "satMcarWLS" #> [555] "waldTest" #> [556] "ACDm-package" #> [557] "acdFit" #> [558] "acdFit-methods" #> [559] "acf_acd" #> [560] "BurrDist" #> [561] "computeDurations" #> [562] "DataFiles" #> [563] "dgenf" #> [564] "Discreetly" #> [565] "mixed" #> [566] "Q-Weibull" #> [567] "and" #> [568] "exponential" #> [569] "ordinary" #> [570] "Weibull" #> [571] "diurnalAdj" #> [572] "Finite" #> [573] "mixture" #> [574] "of" #> [575] "inverse" #> [576] "Gaussian" #> [577] "Distributions" #> [578] "GeneralizedGammaDist" #> [579] "plotDescTrans" #> [580] "plotHazard" #> [581] "plotHistAcd" #> [582] "plotLL" #> [583] "plotRollMeanAcd" #> [584] "plotScatterAcd" #> [585] "qqplotAcd" #> [586] "qWeibullDist" #> [587] "resiDensityAcd" #> [588] "sim_ACD" #> [589] "standardizeResi" #> [590] "testRmACD" #> [591] "testSTACD" #> [592] "testTVACD" #> [593] "acebayes-package" #> [594] "ace" #> [595] "aceglm" #> [596] "acenlm" #> [597] "aceobjects" #> [598] "assess" #> [599] "assessobjects" #> [600] "overstallwoods" #> [601] "plot.ace" #> [602] "plot.assess" #> [603] "utilities" #> [604] "avas" #> [605] "ACEt-package" #> [606] "acetp_mcmc" #> [607] "AtCtEt" #> [608] "AtCtEtp" #> [609] "data_ace" #> [610] "plot_acet" #> [611] "test_acetp" #> [612] "acid-package" #> [613] "arithmean.GB2" #> [614] "atkinson" #> [615] "atkinson.den" #> [616] "atkinson.GB2" #> [617] "atkinson.md" #> [618] "cdf.mix.dag" #> [619] "cdf.mix.LN" #> [620] "coeffvar" #> [621] "confband.kneib" #> [622] "confband.pw" #> [623] "dat" #> [624] "den.md" #> [625] "dist.para.t" #> [626] "entropy" #> [627] "entropy.GB2" #> [628] "entropy.md" #> [629] "frac.ranks" #> [630] "gini" #> [631] "gini.Dag" #> [632] "gini.den" #> [633] "gini.gamma" #> [634] "gini.md" #> [635] "ineq.md" #> [636] "km.GB2" #> [637] "midks.plot" #> [638] "midks.test" #> [639] "params" #> [640] "pens.parade" #> [641] "polarisation.EGR" #> [642] "polarisation.ER" #> [643] "pval.md" #> [644] "sadr.test" #> [645] "sd.GB2" #> [646] "sgini" #> [647] "sgini.den" #> [648] "skewness.GB2" #> [649] "theil.gamma" #> [650] "weighted.atkinson" #> [651] "weighted.coeffvar" #> [652] "weighted.entropy" #> [653] "weighted.gini" #> [654] "weighted.moments" #> [655] "ysample.md" #> [656] "acm.file.checkdelete" #> [657] "acm.file.copy" #> [658] "acm.file.exists" #> [659] "acmwrapall" #> [660] "call_acm" #> [661] "call_bablbs" #> [662] "call_erra" #> [663] "call_gd1" #> [664] "call_gd2" #> [665] "clusters" #> [666] "experiments.in" #> [667] "replicates.in" #> [668] "ACMEeqtl-package" #> [669] "create_artificial_data" #> [670] "effectSizeEstimation" #> [671] "multisnpACME" #> [672] "multithreadACME" #> [673] "acme.est" #> [674] "acme.post" #> [675] "acme.summary" #> [676] "acme.table" #> [677] "altamont" #> [678] "read.data" #> [679] "Rst" #> [680] "ACNE-package" #> [681] "doACNE" #> [682] "NmfPlm" #> [683] "NmfSnpPlm" #> [684] "acnr-package" #> [685] "getMinorMajorCopyNumbers" #> [686] "GSE11976_CRL2324" #> [687] "GSE13372_HCC1143" #> [688] "GSE29172_H1395" #> [689] "listDataSets" #> [690] "listTumorFractions" #> [691] "loadCnRegionData" #> [692] "acopula-package" #> [693] "copula" #> [694] "depfun" #> [695] "generator" #> [696] "nderive" #> [697] "nintegrate" #> [698] "vpartition" #> [699] "xCopula" #> [700] "xPareto" #> [701] "AcousticNDLCodeR" #> [702] "CODE" #> [703] "CorpusCoder" #> [704] "getBoundary" #> [705] "makeCues" #> [706] "readESPSAnnotation" #> [707] "readTextGridFast" #> [708] "readTextGridRobust" #> [709] "readWavesurfer" #> [710] "word_classification_data" #> [711] "acp" #> [712] "Berkowitz" #> [713] "evaluation" #> [714] "polio" #> [715] "aCRM-package" #> [716] "aCRMNews" #> [717] "Aggregate" #> [718] "cocktailEnsemble" #> [719] "Credit" #> [720] "imputeMissings" #> [721] "predict.cocktailEnsemble" #> [722] "AcrossTic-package" #> [723] "plot.AcrossTic" #> [724] "print.AcrossTic" #> [725] "print.AcrossTicPtest" #> [726] "ptest" #> [727] "rRegMatch" #> [728] "acrt-package" #> [729] "critical.value" #> [730] "F.type.test.statistic" #> [731] "acs-package" #> [732] "acs-class" #> [733] "acs.fetch" #> [734] "acs.lookup" #> [735] "acs.lookup-class" #> [736] "acs.tables.install" #> [737] "api.key.install" #> [738] "api.key.migrate" #> [739] "cbind.acs" #> [740] "confint.acs" #> [741] "cpi" #> [742] "currency.convert" #> [743] "currency.year" #> [744] "divide.acs" #> [745] "endyear" #> [746] "fips.state" #> [747] "flatten.geo.set" #> [748] "geo.lookup" #> [749] "geo.make" #> [750] "geo.set-class" #> [751] "geography" #> [752] "kansas07" #> [753] "kansas09" #> [754] "lawrence10" #> [755] "plot-methods" #> [756] "prompt.acs" #> [757] "rbind.acs" #> [758] "read.acs" #> [759] "sum-methods" #> [760] "ACSN_maps" #> [761] "cnum" #> [762] "Create_master_map" #> [763] "enrichment" #> [764] "enrichment_test" #> [765] "format_from_gmt" #> [766] "genes_test" #> [767] "multisample_enrichment" #> [768] "p.val.calc" #> [769] "represent_enrichment" #> [770] "reverselog_trans" #> [771] "acss" #> [772] "exp1" #> [773] "exp2" #> [774] "matthews2013" #> [775] "normalize_string" #> [776] "acss.data-package" #> [777] "acss_data" #> [778] "ACSWR-package" #> [779] "abrasion_index" #> [780] "adjectives" #> [781] "atombomb" #> [782] "battery" #> [783] "Binom_Sim" #> [784] "bottling" #> [785] "bs" #> [786] "bs1" #> [787] "caesareans" #> [788] "calcium" #> [789] "cardata" #> [790] "chdage" #> [791] "chemicaldata" #> [792] "chest" #> [793] "cloud" #> [794] "cork" #> [795] "cs" #> [796] "depression" #> [797] "Disease" #> [798] "Ehrenfest" #> [799] "flight" #> [800] "Geom_Sim" #> [801] "girder" #> [802] "hardness" #> [803] "hearing" #> [804] "hw" #> [805] "insurance" #> [806] "intensity" #> [807] "kurtcoeff" #> [808] "life" #> [809] "lowbwt" #> [810] "LRNormal2Mean" #> [811] "LRNormalMean_KV" #> [812] "LRNormalMean_UV" #> [813] "LRNormalVariance_UM" #> [814] "lval" #> [815] "memory" #> [816] "mfp" #> [817] "MPbinomial" #> [818] "MPNormal" #> [819] "MPPoisson" #> [820] "msteptpm" #> [821] "Mucociliary" #> [822] "nerve" #> [823] "ns" #> [824] "olson" #> [825] "pareto_density" #> [826] "pareto_quantile" #> [827] "Poisson_Sim" #> [828] "powertestplot" #> [829] "ps" #> [830] "pw" #> [831] "QH_CI" #> [832] "reaction" #> [833] "resistant_line" #> [834] "rocket" #> [835] "rocket_Graeco" #> [836] "rootstock" #> [837] "sample" #> [838] "sheishu" #> [839] "shelf_stock" #> [840] "siegel.tukey" #> [841] "skewcoeff" #> [842] "somesamples" #> [843] "SP" #> [844] "stationdistTPM" #> [845] "stiff" #> [846] "ST_Ordered" #> [847] "ST_Unordered" #> [848] "swiss" #> [849] "tc" #> [850] "tensile" #> [851] "testtpm" #> [852] "testtpm2" #> [853] "testtpm3" #> [854] "TM" #> [855] "TMH" #> [856] "UMPExponential" #> [857] "UMPNormal" #> [858] "UMPUniform" #> [859] "usc" #> [860] "viscos" #> [861] "vonNeumann" #> [862] "waterquality" #> [863] "WilsonCI" #> [864] "ww.test" #> [865] "x_bimodal" #> [866] "yb" #> [867] "ACTCD-package" #> [868] "alpha" #> [869] "cd.cluster" #> [870] "eta" #> [871] "labeling" #> [872] "npar.CDM" #> [873] "perm.data" #> [874] "print.output" #> [875] "sim.dat" #> [876] "sim.Q" #> [877] "Actigraphy-package" #> [878] "act_29pt" #> [879] "act_8pt" #> [880] "cat_flm_plot" #> [881] "clinic_29pt_ahi" #> [882] "clinic_29pt_bmi" #> [883] "clinic_8pt" #> [884] "cont_flm_plot" #> [885] "fda.matchid" #> [886] "fda.smoothdata" #> [887] "flm_cate" #> [888] "weekday" #> [889] "ActiveDriver" #> [890] "kinase_domains" #> [891] "mutations" #> [892] "phosphosites" #> [893] "read_fasta" #> [894] "sequences" #> [895] "sequence_disorder" #> [896] ".fix_all_results" #> [897] ".get_3n_context_of_mutations" #> [898] ".get_obs_exp" #> [899] ".get_signf_results" #> [900] ".make_mut_signatures" #> [901] ".split_coord_fragments_in_BED" #> [902] "ActiveDriverWGS" #> [903] "ADWGS_test" #> [904] "cancer_genes" #> [905] "cancer_gene_sites" #> [906] "cll_mutations" #> [907] "format_muts" #> [908] "prepare_elements_from_BED12" #> [909] "activity" #> [910] "actmod-class" #> [911] "BCIspeed" #> [912] "BCItime" #> [913] "bwcalc" #> [914] "compareAct" #> [915] "compareCkern" #> [916] "compareTimes" #> [917] "density2" #> [918] "dvmkern" #> [919] "fitact" #> [920] "fitlincirc" #> [921] "lincircKern" #> [922] "lincircmod-class" #> [923] "ovl5" #> [924] "plot.actmod" #> [925] "plot.lincircmod" #> [926] "redf" #> [927] "computeActivityIndex" #> [928] "print.ActivityIndex" #> [929] "ReadGT3XPlus" #> [930] "ReadTable" #> [931] "Sigma0" #> [932] "TimeScale" #> [933] "activpal.file.reader" #> [934] "breaks.AP" #> [935] "events.data" #> [936] "guideline.bouts.min" #> [937] "guideline.bouts.num" #> [938] "identifyDirectory" #> [939] "identifyStudy" #> [940] "identifySubjects" #> [941] "identifyVisits" #> [942] "lit.min.AP" #> [943] "log.bed" #> [944] "log.on.off" #> [945] "log.subjects" #> [946] "mvpa.min.AP" #> [947] "on.off" #> [948] "PhysicalActivityIntervention_7_1" #> [949] "PhysicalActivityIntervention_7_2" #> [950] "PhysicalActivityIntervention_8_1" #> [951] "PhysicalActivityIntervention_8_2" #> [952] "process.AP" #> [953] "prolonged.sed.bouts.min" #> [954] "prolonged.sed.bouts.num" #> [955] "second.by.second" #> [956] "second.by.second.data" #> [957] "sed.min.AP" #> [958] "stand.min.AP" #> [959] "step.min.AP" #> [960] "wake" #> [961] "bin_data" #> [962] "plot_actogram" #> [963] "read_clock_lab_files" #> [964] "2018-03-19" #> [965] "19:21:00" #> [966] "actuar-deprecated" #> [967] "adjCoef" #> [968] "aggregateDist" #> [969] "betaint" #> [970] "BetaMoments" #> [971] "Burr" #> [972] "ChisqSupp" #> [973] "cm" #> [974] "coverage" #> [975] "CTE" #> [976] "dental" #> [977] "discretize" #> [978] "elev" #> [979] "emm" #> [980] "ExponentialSupp" #> [981] "Extract.grouped.data" #> [982] "GammaSupp" #> [983] "gdental" #> [984] "GeneralizedBeta" #> [985] "GeneralizedPareto" #> [986] "grouped.data" #> [987] "Gumbel" #> [988] "hachemeister" #> [989] "hist.grouped.data" #> [990] "InverseBurr" #> [991] "InverseExponential" #> [992] "InverseGamma" #> [993] "InverseGaussian" #> [994] "InverseParalogistic" #> [995] "InversePareto" #> [996] "InverseTransformedGamma" #> [997] "InverseWeibull" #> [998] "Logarithmic" #> [999] "Loggamma" #> [1000] "Loglogistic" #> [1001] "LognormalMoments" #> [1002] "mde" #> [1003] "mean.grouped.data" #> [1004] "NormalSupp" #> [1005] "ogive" #> [1006] "Paralogistic" #> [1007] "Pareto" #> [1008] "PhaseType" #> [1009] "PoissonInverseGaussian" #> [1010] "quantile.aggregateDist" #> [1011] "quantile.grouped.data" #> [1012] "rcompound" #> [1013] "rmixture" #> [1014] "ruin" #> [1015] "severity" #> [1016] "simul" #> [1017] "simul.summaries" #> [1018] "SingleParameterPareto" #> [1019] "TransformedBeta" #> [1020] "TransformedGamma" #> [1021] "UniformSupp" #> [1022] "unroll" #> [1023] "VaR" #> [1024] "WeibullMoments" #> [1025] "ZeroModifiedBinomial" #> [1026] "ZeroModifiedGeometric" #> [1027] "ZeroModifiedLogarithmic" #> [1028] "ZeroModifiedNegativeBinomial" #> [1029] "ZeroModifiedPoisson" #> [1030] "ZeroTruncatedBinomial" #> [1031] "ZeroTruncatedGeometric" #> [1032] "ZeroTruncatedNegativeBinomial" #> [1033] "ZeroTruncatedPoisson" #> [1034] "AcuityView" #> [1035] "fft_matrix_shift" #> [1036] "ada" #> [1037] "addtest" #> [1038] "pairs.ada" #> [1039] "plot.ada" #> [1040] "predict.ada" #> [1041] "print.ada" #> [1042] "soldat" #> [1043] "summary.ada" #> [1044] "update.ada" #> [1045] "adabag-package" #> [1046] "autoprune" #> [1047] "bagging" #> [1048] "bagging.cv" #> [1049] "boosting" #> [1050] "boosting.cv" #> [1051] "errorevol" #> [1052] "importanceplot" #> [1053] "MarginOrderedPruning.Bagging" #> [1054] "margins" #> [1055] "plot.errorevol" #> [1056] "plot.margins" #> [1057] "predict.bagging" #> [1058] "predict.boosting" #> [1059] "assignment" #> [1060] "CMAES" #> [1061] "fminviz,flineviz" #> [1062] "hamiltonian" #> [1063] "hookejeeves" #> [1064] "knapsack" #> [1065] "maxempty" #> [1066] "maxquad" #> [1067] "maxsub" #> [1068] "mknapsack" #> [1069] "neldermead" #> [1070] "SIAM" #> [1071] "test" #> [1072] "functions" #> [1073] "simpleDE" #> [1074] "simpleEA" #> [1075] "subsetsum" #> [1076] "Testfunctions" #> [1077] "transfinite" #> [1078] "adalara" #> [1079] "adalara_no_paral" #> [1080] "archetypoids_funct" #> [1081] "archetypoids_funct_multiv" #> [1082] "archetypoids_funct_multiv_robust" #> [1083] "archetypoids_funct_robust" #> [1084] "archetypoids_norm_frob" #> [1085] "archetypoids_robust" #> [1086] "bisquare_function" #> [1087] "do_ada" #> [1088] "do_ada_robust" #> [1089] "do_alphas_rss" #> [1090] "do_alphas_rss_multiv" #> [1091] "do_clean" #> [1092] "do_clean_multiv" #> [1093] "do_fada" #> [1094] "do_fada_multiv" #> [1095] "do_fada_multiv_robust" #> [1096] "do_fada_robust" #> [1097] "do_knno" #> [1098] "do_outl_degree" #> [1099] "fadalara" #> [1100] "fadalara_no_paral" #> [1101] "frame_in_r" #> [1102] "frobenius_norm" #> [1103] "frobenius_norm_funct" #> [1104] "frobenius_norm_funct_multiv" #> [1105] "frobenius_norm_funct_multiv_robust" #> [1106] "frobenius_norm_funct_robust" #> [1107] "frobenius_norm_robust" #> [1108] "int_prod_mat" #> [1109] "int_prod_mat_funct" #> [1110] "int_prod_mat_sq" #> [1111] "int_prod_mat_sq_funct" #> [1112] "outl_toler" #> [1113] "stepArchetypesRawData_funct" #> [1114] "stepArchetypesRawData_funct_multiv" #> [1115] "stepArchetypesRawData_funct_multiv_robust" #> [1116] "stepArchetypesRawData_funct_robust" #> [1117] "stepArchetypesRawData_norm_frob" #> [1118] "stepArchetypesRawData_robust" #> [1119] "AdapEnetClass-package" #> [1120] "AEnet.aft" #> [1121] "AEnetCC.aft" #> [1122] "cv.AWEnet" #> [1123] "cv.AWEnetCC" #> [1124] "Enet.wls" #> [1125] "MCLcleaned" #> [1126] "mrbj" #> [1127] "plotObsEst" #> [1128] "WEnet.aft" #> [1129] "WEnetCC.aft" #> [1130] "adapr-package" #> [1131] "adaprApp" #> [1132] "adaprDependencies" #> [1133] "adaprHomeDir" #> [1134] "adaprInstall" #> [1135] "adaprSheet" #> [1136] "adaprUpdate" #> [1137] "addPackage" #> [1138] "AppLoadFlex" #> [1139] "arcRead" #> [1140] "arcWrite" #> [1141] "browsePubFiles" #> [1142] "checkAdaprHashAlgo" #> [1143] "checkFileHash" #> [1144] "checkFileHashSource" #> [1145] "checkFileMtimeSource" #> [1146] "checkRmdMode" #> [1147] "checkVersion" #> [1148] "commit2char" #> [1149] "commitProject" #> [1150] "condenseFileInfo" #> [1151] "createFileInfo" #> [1152] "createMarkdown" #> [1153] "createProgramGraph" #> [1154] "create_source_file_dir" #> [1155] "dataDir" #> [1156] "defaultAdaprSetup" #> [1157] "dependency-class" #> [1158] "Digest" #> [1159] "fileInfoProjects" #> [1160] "finalize_dependency" #> [1161] "firstProject" #> [1162] "getAdaprOptions" #> [1163] "getDepSubgraph" #> [1164] "getFileInfo" #> [1165] "getFileSysTime" #> [1166] "getLibrary" #> [1167] "getProject" #> [1168] "getProjectInfo" #> [1169] "getProjectInfoSI" #> [1170] "getProjectLibrary" #> [1171] "getProjectPath" #> [1172] "getProjectPublishPath" #> [1173] "getProjectSwapPath" #> [1174] "getPubResults" #> [1175] "getSourceInfo" #> [1176] "getUpstream" #> [1177] "get_orchard" #> [1178] "gitAdd" #> [1179] "gitCommit" #> [1180] "gitConfigure" #> [1181] "gitConfigureTest" #> [1182] "gitHistorySearch" #> [1183] "gitIgnoreLibrary" #> [1184] "gitInfo" #> [1185] "gitInit" #> [1186] "gitProvenance" #> [1187] "git_path" #> [1188] "Graph" #> [1189] "graphProject" #> [1190] "guess.read.fcn" #> [1191] "guessWriteFcn" #> [1192] "idPackages" #> [1193] "idSync" #> [1194] "importData" #> [1195] "initialize_dependency_info" #> [1196] "initProject" #> [1197] "install" #> [1198] "installLibrary" #> [1199] "installProjectPackages" #> [1200] "Library" #> [1201] "listBranches" #> [1202] "listDatafiles" #> [1203] "listProjects" #> [1204] "listScripts" #> [1205] "Load.branch" #> [1206] "loadAdaprTest" #> [1207] "loadFlex" #> [1208] "loadInstallLibraryFile" #> [1209] "makeDependencyGraphObj" #> [1210] "makeFunction" #> [1211] "makeHyperlink" #> [1212] "makeScript" #> [1213] "makeSummaryGraph" #> [1214] "monitorParallelSync" #> [1215] "openProjectList" #> [1216] "openScript" #> [1217] "parallelSync" #> [1218] "path.expand.2" #> [1219] "plantOrchard" #> [1220] "plantTree" #> [1221] "programIOTable" #> [1222] "project.directory.tree" #> [1223] "projectReportMarkdown" #> [1224] "projectReportSend" #> [1225] "publishResults" #> [1226] "pullSourceInfo" #> [1227] "rapidPlot" #> [1228] "Read" #> [1229] "Read.cap" #> [1230] "read.dependency" #> [1231] "readDependency" #> [1232] "readLibrary" #> [1233] "ReadTrack" #> [1234] "redirectTree" #> [1235] "relocateProject" #> [1236] "removePackage" #> [1237] "removeProject" #> [1238] "removeScript" #> [1239] "renderRmd" #> [1240] "reportProject" #> [1241] "resultsDir" #> [1242] "reworkProjectPath" #> [1243] "runScript" #> [1244] "runSourceDirectory" #> [1245] "scriptLoader" #> [1246] "scriptSubgraph" #> [1247] "searchScripts" #> [1248] "sendBranch" #> [1249] "sendBranchSI" #> [1250] "setAdaprOptions" #> [1251] "setProject" #> [1252] "showProject" #> [1253] "showResults" #> [1254] "sourceSyncSI" #> [1255] "sourceSyncSILoad" #> [1256] "sproutProgram" #> [1257] "swapProjectPath" #> [1258] "syncProject" #> [1259] "syncTest" #> [1260] "syncTestPI" #> [1261] "syncTestProject" #> [1262] "syncTestSI" #> [1263] "syncTrunk" #> [1264] "updateAdaprConfig" #> [1265] "Write" #> [1266] "Write.cap" #> [1267] "write.dependency" #> [1268] "WriteTrack" #> [1269] "rARS" #> [1270] "rASS" #> [1271] "rCCARS" #> [1272] "rMARS" #> [1273] "extract_package_style" #> [1274] "extract_style" #> [1275] "lint_package_with_style" #> [1276] "lint_with_style" #> [1277] "style_adaptalint" #> [1278] "style_dplyr" #> [1279] "style_fbar" #> [1280] "style_gsheet" #> [1281] "style_plyr" #> [1282] "style_purrr" #> [1283] "style_tidyr" #> [1284] "absent" #> [1285] "asp" #> [1286] "AdaptFitOS-package" #> [1287] "asp2" #> [1288] "aspFormula" #> [1289] "aspHetero" #> [1290] "default.knots" #> [1291] "fitted.asp" #> [1292] "plot.asp" #> [1293] "predict.asp" #> [1294] "residuals.asp" #> [1295] "scbM" #> [1296] "sigma" #> [1297] "summary.asp" #> [1298] "AdaptGauss-package" #> [1299] "AdaptGauss" #> [1300] "Bayes4Mixtures" #> [1301] "BayesClassification" #> [1302] "BayesDecisionBoundaries" #> [1303] "BayesFor2GMM" #> [1304] "CDFMixtures" #> [1305] "Chi2testMixtures" #> [1306] "ClassifyByDecisionBoundaries" #> [1307] "DistributionOptimization" #> [1308] "EMGauss" #> [1309] "InformationCriteria4GMM" #> [1310] "Intersect2Mixtures" #> [1311] "KStestMixtures" #> [1312] "LikelihoodRatio4Mixtures" #> [1313] "LogLikelihood4Mixtures" #> [1314] "OptimalNoBins" #> [1315] "ParetoDensityEstimation" #> [1316] "ParetoRadius" #> [1317] "Pdf4Mixtures" #> [1318] "PlotMixtures" #> [1319] "PlotMixturesAndBoundaries" #> [1320] "QQplotGMM" #> [1321] "RandomLogGMM" #> [1322] "adaptiveGPCA-package" #> [1323] "adaptivegpca" #> [1324] "AntibioticPhyloseq" #> [1325] "AntibioticSmall" #> [1326] "estimateComponents" #> [1327] "gpca" #> [1328] "gpcaFullFamily" #> [1329] "inspectTaxonomy" #> [1330] "plot.adaptivegpca" #> [1331] "print.adaptivegpca" #> [1332] "processPhyloseq" #> [1333] "varianceOnEvecs" #> [1334] "visualizeFullFamily" #> [1335] "aslm-package" #> [1336] "asggm" #> [1337] "asggm-internal" #> [1338] "aslm" #> [1339] "aslm-internal" #> [1340] "aslm-methods" #> [1341] "summary.aslm" #> [1342] "ssa.adaptivetau" #> [1343] "ssa.exact" #> [1344] "ssa.maketrans" #> [1345] "adaptMCMC-package" #> [1346] "convert.to.coda" #> [1347] "MCMC" #> [1348] "MCMC.add.samples" #> [1349] "MCMC.parallel" #> [1350] "adapt" #> [1351] "adapt_gam" #> [1352] "adapt_glm" #> [1353] "adapt_glmnet" #> [1354] "corr_lfdr" #> [1355] "ctgm_lfdr" #> [1356] "estrogen" #> [1357] "gen_adapt_model" #> [1358] "gen_exp_family" #> [1359] "plot_1d" #> [1360] "plot_2d" #> [1361] "adaptsmoFMRI-package" #> [1362] "adaptiveGMRF" #> [1363] "adaptiveGMRF2COVAR" #> [1364] "data_simfmri" #> [1365] "data_simfmri2COVAR" #> [1366] "sim.adaptiveGMRF" #> [1367] "sim.adaptiveGMRF2COVAR" #> [1368] "sim.fmri" #> [1369] "sim.fmri2COVAR" #> [1370] "sim.weightsplot" #> [1371] "weightsplot" #> [1372] "adaptTest-package" #> [1373] "a1Table" #> [1374] "CEF" #> [1375] "getpar" #> [1376] "OrderComparisons" #> [1377] "ovP" #> [1378] "parconv" #> [1379] "pathCEF" #> [1380] "plotBounds" #> [1381] "plotCEF" #> [1382] "tsT" #> [1383] "adaSample" #> [1384] "adaSvmBenchmark" #> [1385] "brca" #> [1386] "singleIter" #> [1387] "BioInfo.Power" #> [1388] "CopriEndpt.Power" #> [1389] "OneArm.CondPower" #> [1390] "TwoArms.CondPower" #> [1391] "TwoGrpCopriEndpt.SimPower" #> [1392] "BinAddHaz" #> [1393] "disabData" #> [1394] "LRTest" #> [1395] "MultAddHaz" #> [1396] "ah" #> [1397] "ah.2ph" #> [1398] "nwts2ph" #> [1399] "nwts2ph.generate" #> [1400] "nwtsco" #> [1401] "predict.ah" #> [1402] "predict.ah.2ph" #> [1403] "addinslistAddin" #> [1404] "dea.fast" #> [1405] "dea.gem" #> [1406] "dea.sbm" #> [1407] "additivityTests-package" #> [1408] "Boik" #> [1409] "critical.values" #> [1410] "johnson.graybill.test" #> [1411] "lbi.test" #> [1412] "mandel.test" #> [1413] "mtukey.test" #> [1414] "tukey.test" #> [1415] "tusell.test" #> [1416] "addreg-package" #> [1417] "addreg" #> [1418] "addreg.control" #> [1419] "addreg.smooth" #> [1420] "anova.addreg" #> [1421] "B.Iso" #> [1422] "confint.addreg" #> [1423] "contr.isotonic" #> [1424] "conv.test" #> [1425] "interpret.addreg.smooth" #> [1426] "negbin1" #> [1427] "nnnegbin" #> [1428] "nnpois" #> [1429] "plot.addreg.smooth" #> [1430] "predict.addreg" #> [1431] "predict.addreg.smooth" #> [1432] "summary.addreg" #> [1433] "vcov.addreg" #> [1434] "ADDT-package" #> [1435] "addt.confint.ti.mle" #> [1436] "addt.fit" #> [1437] "addt.mean.summary" #> [1438] "addt.predint.ybar.mle" #> [1439] "AdhesiveBondB" #> [1440] "AdhesiveFormulationK" #> [1441] "plot.addt.fit" #> [1442] "PolymerY" #> [1443] "SealStrength" #> [1444] "summary.addt.fit" #> [1445] "ade4-package" #> [1446] "abouheif.eg" #> [1447] "acacia" #> [1448] "add.scatter" #> [1449] "aminoacyl" #> [1450] "amova" #> [1451] "apis108" #> [1452] "apqe" #> [1453] "aravo" #> [1454] "ardeche" #> [1455] "area.plot" #> [1456] "arrival" #> [1457] "as.taxo" #> [1458] "atlas" #> [1459] "atya" #> [1460] "avijons" #> [1461] "avimedi" #> [1462] "aviurba" #> [1463] "bacteria" #> [1464] "banque" #> [1465] "baran95" #> [1466] "bca" #> [1467] "bca.coinertia" #> [1468] "bca.rlq" #> [1469] "between" #> [1470] "bf88" #> [1471] "bicenter.wt" #> [1472] "bordeaux" #> [1473] "bsetal97" #> [1474] "buech" #> [1475] "butterfly" #> [1476] "bwca.dpcoa" #> [1477] "cailliez" #> [1478] "capitales" #> [1479] "carni19" #> [1480] "carni70" #> [1481] "carniherbi49" #> [1482] "casitas" #> [1483] "chatcat" #> [1484] "chats" #> [1485] "chazeb" #> [1486] "chevaine" #> [1487] "chickenk" #> [1488] "clementines" #> [1489] "cnc2003" #> [1490] "coinertia" #> [1491] "coleo" #> [1492] "combine.4thcorner" #> [1493] "corkdist" #> [1494] "corvus" #> [1495] "costatis" #> [1496] "costatis.randtest" #> [1497] "dagnelie.test" #> [1498] "Deprecated" #> [1499] "deug" #> [1500] "disc" #> [1501] "discrimin" #> [1502] "discrimin.coa" #> [1503] "dist.binary" #> [1504] "dist.dudi" #> [1505] "dist.genet" #> [1506] "dist.ktab" #> [1507] "dist.neig" #> [1508] "dist.prop" #> [1509] "dist.quant" #> [1510] "divc" #> [1511] "divcmax" #> [1512] "dotchart.phylog" #> [1513] "dotcircle" #> [1514] "doubs" #> [1515] "dpcoa" #> [1516] "dudi" #> [1517] "dudi.acm" #> [1518] "dudi.coa" #> [1519] "dudi.dec" #> [1520] "dudi.fca" #> [1521] "dudi.hillsmith" #> [1522] "dudi.mix" #> [1523] "dudi.nsc" #> [1524] "dudi.pca" #> [1525] "dudi.pco" #> [1526] "dunedata" #> [1527] "ecg" #> [1528] "ecomor" #> [1529] "EH" #> [1530] "elec88" #> [1531] "escopage" #> [1532] "euro123" #> [1533] "fission" #> [1534] "foucart" #> [1535] "fourthcorner" #> [1536] "friday87" #> [1537] "fruits" #> [1538] "fuzzygenet" #> [1539] "gearymoran" #> [1540] "genet" #> [1541] "ggtortoises" #> [1542] "granulo" #> [1543] "gridrowcol" #> [1544] "hdpg" #> [1545] "housetasks" #> [1546] "humDNAm" #> [1547] "ichtyo" #> [1548] "inertia.dudi" #> [1549] "irishdata" #> [1550] "is.euclid" #> [1551] "julliot" #> [1552] "jv73" #> [1553] "kcponds" #> [1554] "kdist" #> [1555] "kdist2ktab" #> [1556] "kdisteuclid" #> [1557] "kplot" #> [1558] "kplot.foucart" #> [1559] "kplot.mcoa" #> [1560] "kplot.mfa" #> [1561] "kplot.pta" #> [1562] "kplot.sepan" #> [1563] "kplot.statis" #> [1564] "krandtest" #> [1565] "ktab" #> [1566] "ktab.data.frame" #> [1567] "ktab.list.df" #> [1568] "ktab.list.dudi" #> [1569] "ktab.match2ktabs" #> [1570] "ktab.within" #> [1571] "lascaux" #> [1572] "lingoes" #> [1573] "lizards" #> [1574] "macaca" #> [1575] "macon" #> [1576] "macroloire" #> [1577] "mafragh" #> [1578] "mantel.randtest" #> [1579] "mantel.rtest" #> [1580] "maples" #> [1581] "mariages" #> [1582] "mbpcaiv" #> [1583] "mbpls" #> [1584] "mcoa" #> [1585] "mdpcoa" #> [1586] "meau" #> [1587] "meaudret" #> [1588] "mfa" #> [1589] "microsatt" #> [1590] "mjrochet" #> [1591] "mld" #> [1592] "mollusc" #> [1593] "monde84" #> [1594] "morphosport" #> [1595] "mstree" #> [1596] "multiblock" #> [1597] "multispati" #> [1598] "multispati.randtest" #> [1599] "multispati.rtest" #> [1600] "neig" #> [1601] "newick.eg" #> [1602] "newick2phylog" #> [1603] "niche" #> [1604] "nipals" #> [1605] "njplot" #> [1606] "olympic" #> [1607] "optimEH" #> [1608] "oribatid" #> [1609] "originality" #> [1610] "orisaved" #> [1611] "orthobasis" #> [1612] "ours" #> [1613] "palm" #> [1614] "pap" #> [1615] "pcaiv" #> [1616] "pcaivortho" #> [1617] "pcoscaled" #> [1618] "pcw" #> [1619] "perthi02" #> [1620] "phylog" #> [1621] "PI2newick" #> [1622] "piosphere" #> [1623] "plot.phylog" #> [1624] "presid2002" #> [1625] "procella" #> [1626] "procuste" #> [1627] "procuste.randtest" #> [1628] "procuste.rtest" #> [1629] "pta" #> [1630] "quasieuclid" #> [1631] "randboot" #> [1632] "randboot.multiblock" #> [1633] "randEH" #> [1634] "randtest" #> [1635] "randtest.amova" #> [1636] "randtest.between" #> [1637] "randtest.coinertia" #> [1638] "randtest.discrimin" #> [1639] "randtest.dpcoa" #> [1640] "randtest.pcaiv" #> [1641] "randxval" #> [1642] "rankrock" #> [1643] "reconst" #> [1644] "rhizobium" #> [1645] "rhone" #> [1646] "rlq" #> [1647] "rpjdl" #> [1648] "rtest" #> [1649] "rtest.between" #> [1650] "rtest.discrimin" #> [1651] "RV.rtest" #> [1652] "RVdist.randtest" #> [1653] "s.arrow" #> [1654] "s.chull" #> [1655] "s.class" #> [1656] "s.corcircle" #> [1657] "s.distri" #> [1658] "s.hist" #> [1659] "s.image" #> [1660] "s.kde2d" #> [1661] "s.label" #> [1662] "s.logo" #> [1663] "s.match" #> [1664] "s.match.class" #> [1665] "s.multinom" #> [1666] "s.traject" #> [1667] "s.value" #> [1668] "santacatalina" #> [1669] "sarcelles" #> [1670] "scalewt" #> [1671] "scatter" #> [1672] "scatter.acm" #> [1673] "scatter.coa" #> [1674] "scatter.dudi" #> [1675] "scatter.fca" #> [1676] "scatterutil" #> [1677] "sco.boxplot" #> [1678] "sco.class" #> [1679] "sco.distri" #> [1680] "sco.gauss" #> [1681] "sco.label" #> [1682] "sco.match" #> [1683] "sco.quant" #> [1684] "score" #> [1685] "score.acm" #> [1686] "score.coa" #> [1687] "score.mix" #> [1688] "score.pca" #> [1689] "seconde" #> [1690] "sepan" #> [1691] "skulls" #> [1692] "statico" #> [1693] "statico.krandtest" #> [1694] "statis" #> [1695] "steppe" #> [1696] "supcol" #> [1697] "supdist" #> [1698] "suprow" #> [1699] "symbols.phylog" #> [1700] "syndicats" #> [1701] "t3012" #> [1702] "table.cont" #> [1703] "table.dist" #> [1704] "table.paint" #> [1705] "table.phylog" #> [1706] "table.value" #> [1707] "tarentaise" #> [1708] "taxo.eg" #> [1709] "testdim" #> [1710] "testdim.multiblock" #> [1711] "tintoodiel" #> [1712] "tithonia" #> [1713] "tortues" #> [1714] "toxicity" #> [1715] "triangle.class" #> [1716] "triangle.plot" #> [1717] "trichometeo" #> [1718] "ungulates" #> [1719] "uniquewt.df" #> [1720] "variance.phylog" #> [1721] "varipart" #> [1722] "vegtf" #> [1723] "veuvage" #> [1724] "wca" #> [1725] "wca.coinertia" #> [1726] "wca.rlq" #> [1727] "westafrica" #> [1728] "within" #> [1729] "withinpca" #> [1730] "witwit.coa" #> [1731] "woangers" #> [1732] "worksurv" #> [1733] "yanomama" #> [1734] "zealand" #> [1735] "ade4TkGUI" #> [1736] "ade4TkGUI-internal" #> [1737] "explore" #> [1738] "ordiClust" #> [1739] "adeba" #> [1740] "dimension" #> [1741] "is.rendered" #> [1742] "iterate" #> [1743] "make.adeba" #> [1744] "plot.adeba" #> [1745] "predict.adeba" #> [1746] "radeba" #> [1747] "render" #> [1748] "uniform_log_prior" #> [1749] "glPlot.R" #> [1750] "gengraph.R" #> [1751] "simOutbreak.R" #> [1752] "mutations.R" #> [1753] "snpzip.R" #> [1754] "pairDist.R" #> [1755] "snapclust.R" #> [1756] "AICc.snapclust.R" #> [1757] "BIC.snapclust.R" #> [1758] "snapclust.choose.k.R" #> [1759] "servers.R" #> [1760] "showmekittens.R" #> [1761] "export_to_mvmapper.R" #> [1762] "doc_C_routines.R" #> [1763] "2018-02-02" #> [1764] "18:21:36" #> [1765] ".internal_C_routines" #> [1766] "a-score" #> [1767] "Accessors" #> [1768] "Adegenet" #> [1769] "servers" #> [1770] "adegenet.package" #> [1771] "adegenetWeb" #> [1772] "AIC.snapclust" #> [1773] "AICc" #> [1774] "as" #> [1775] "methods" #> [1776] "in" #> [1777] "adegenet" #> [1778] "as.genlight" #> [1779] "as.SNPbin" #> [1780] "Auxiliary" #> [1781] "BIC.snapclust" #> [1782] "chooseCN" #> [1783] "colorplot" #> [1784] "compoplot" #> [1785] "coords.monmonier" #> [1786] "dapc" #> [1787] "DAPC" #> [1788] "cross-validation" #> [1789] "graphics" #> [1790] "dapcIllus" #> [1791] "df2genind" #> [1792] "dist.genpop" #> [1793] "eHGDP" #> [1794] "export_to_mvmapper" #> [1795] "extract.PLINKmap" #> [1796] "fasta2DNAbin" #> [1797] "fasta2genlight" #> [1798] "find.clusters" #> [1799] "findMutations" #> [1800] "gengraph" #> [1801] "genind" #> [1802] "class" #> [1803] "genind2df" #> [1804] "genind2genpop" #> [1805] "genlight" #> [1806] "auxiliary" #> [1807] "genlight-class" #> [1808] "genpop" #> [1809] "global.rtest" #> [1810] "glPca" #> [1811] "glPlot" #> [1812] "glSim" #> [1813] "H3N2" #> [1814] "haploGen" #> [1815] "hier" #> [1816] "Hs" #> [1817] "Hs.test" #> [1818] "HWE.test.genind" #> [1819] "hybridize" #> [1820] "hybridtoy" #> [1821] "import2genind" #> [1822] "Inbreeding" #> [1823] "estimation" #> [1824] "initialize,genind-method" #> [1825] "initialize,genpop-method" #> [1826] "isPoly-methods" #> [1827] "KIC" #> [1828] "loadingplot" #> [1829] "makefreq" #> [1830] "microbov" #> [1831] "minorAllele" #> [1832] "monmonier" #> [1833] "nancycats" #> [1834] "old2new_genind" #> [1835] "pairDistPlot" #> [1836] "propShared" #> [1837] "propTyped-methods" #> [1838] "read.fstat" #> [1839] "read.genepop" #> [1840] "read.genetix" #> [1841] "read.snp" #> [1842] "read.structure" #> [1843] "repool" #> [1844] "rupica" #> [1845] "scaleGen" #> [1846] "selPopSize" #> [1847] "seploc" #> [1848] "seppop" #> [1849] "seqTrack" #> [1850] "SequencesToGenind" #> [1851] "setPop" #> [1852] "showmekittens" #> [1853] "sim2pop" #> [1854] "snapclust" #> [1855] "snapclust.choose.k" #> [1856] "SNPbin-class" #> [1857] "snpposi" #> [1858] "snpzip" #> [1859] "spca" #> [1860] "spcaIllus" #> [1861] "spca_randtest" #> [1862] "strata" #> [1863] "tab" #> [1864] "truenames" #> [1865] "virtualClasses" #> [1866] "2018-12-18" #> [1867] "09:30:03" #> [1868] "adegraphics-package" #> [1869] "add.ADEg" #> [1870] "addhist" #> [1871] "addline" #> [1872] "addpoint" #> [1873] "addsegment" #> [1874] "addtext" #> [1875] "ADEg-class" #> [1876] "ADEg.C1-class" #> [1877] "adeg.panel.hist" #> [1878] "adeg.panel.join" #> [1879] "adeg.panel.label" #> [1880] "adeg.panel.nb" #> [1881] "adeg.panel.Spatial" #> [1882] "adeg.panel.values" #> [1883] "ADEg.S1-class" #> [1884] "ADEg.S2-class" #> [1885] "ADEg.T-class" #> [1886] "ADEg.Tr-class" #> [1887] "adegpar" #> [1888] "ADEgS" #> [1889] "ADEgS-class" #> [1890] "C1.barchart-class" #> [1891] "C1.curve-class" #> [1892] "C1.density-class" #> [1893] "C1.dotplot-class" #> [1894] "C1.gauss-class" #> [1895] "C1.hist-class" #> [1896] "C1.interval-class" #> [1897] "cbindADEg" #> [1898] "changelatticetheme" #> [1899] "getcall-methods" #> [1900] "insert" #> [1901] "layout2position" #> [1902] "panel-methods" #> [1903] "plot" #> [1904] "plot.inertia" #> [1905] "plotEig" #> [1906] "prepare-methods" #> [1907] "s.density" #> [1908] "s.Spatial" #> [1909] "S1.boxplot-class" #> [1910] "S1.class-class" #> [1911] "S1.distri-class" #> [1912] "S1.label-class" #> [1913] "S1.match-class" #> [1914] "s1d.barchart" #> [1915] "s1d.boxplot" #> [1916] "s1d.class" #> [1917] "s1d.curve" #> [1918] "s1d.curves" #> [1919] "s1d.density" #> [1920] "s1d.distri" #> [1921] "s1d.dotplot" #> [1922] "s1d.gauss" #> [1923] "s1d.hist" #> [1924] "s1d.interval" #> [1925] "s1d.label" #> [1926] "s1d.match" #> [1927] "S2.arrow-class" #> [1928] "S2.class-class" #> [1929] "S2.corcircle-class" #> [1930] "S2.density-class" #> [1931] "S2.distri-class" #> [1932] "S2.image-class" #> [1933] "S2.label-class" #> [1934] "S2.logo-class" #> [1935] "S2.match-class" #> [1936] "S2.traject-class" #> [1937] "S2.value-class" #> [1938] "setlimits1D" #> [1939] "sortparamADEg" #> [1940] "superpose" #> [1941] "T.cont-class" #> [1942] "T.image-class" #> [1943] "T.value-class" #> [1944] "table.image" #> [1945] "Tr.class-class" #> [1946] "Tr.label-class" #> [1947] "Tr.match-class" #> [1948] "Tr.traject-class" #> [1949] "triangle.label" #> [1950] "triangle.match" #> [1951] "triangle.traject" #> [1952] "zoom" #> [1953] "BRB" #> [1954] "CharHull" #> [1955] "clusthr" #> [1956] "estUD-class" #> [1957] "findmax" #> [1958] "getverticeshr" #> [1959] "kernelbb" #> [1960] "kernelkc" #> [1961] "kerneloverlap" #> [1962] "kernelUD" #> [1963] "kver2spol" #> [1964] "LoCoH" #> [1965] "MCHu" #> [1966] "mcp" #> [1967] "bauges" #> [1968] "bighorn" #> [1969] "biv.test" #> [1970] "canomi" #> [1971] "chamois" #> [1972] "compana" #> [1973] "domain" #> [1974] "dunnfa" #> [1975] "eisera" #> [1976] "enfa" #> [1977] "engen2008II" #> [1978] "gnesfa" #> [1979] "histniche" #> [1980] "kselect" #> [1981] "madifa" #> [1982] "mahasuhab" #> [1983] "niche.test" #> [1984] "pheasant" #> [1985] "predict.enfa" #> [1986] "puech" #> [1987] "puechdesIII" #> [1988] "rand.kselect" #> [1989] "randtest.enfa" #> [1990] "scatter.enfa" #> [1991] "scatterniche" #> [1992] "squirrel" #> [1993] "squirreloc" #> [1994] "vanoise" #> [1995] "wi" #> [1996] "acfdist.ltraj" #> [1997] "albatross" #> [1998] "as.ltraj" #> [1999] "bear" #> [2000] "buffalo" #> [2001] "burst" #> [2002] "c.ltraj" #> [2003] "capreochiz" #> [2004] "capreotf" #> [2005] "Chi" #> [2006] "cutltraj" #> [2007] "Extract.ltraj" #> [2008] "fpt" #> [2009] "gdltraj" #> [2010] "hbrown" #> [2011] "hist.ltraj" #> [2012] "hseal" #> [2013] "ibex" #> [2014] "ibexraw" #> [2015] "indmove" #> [2016] "is.regular" #> [2017] "is.sd" #> [2018] "lavielle" #> [2019] "ld" #> [2020] "ltraj2spdf" #> [2021] "mindistkeep" #> [2022] "modpartltraj" #> [2023] "mouflon" #> [2024] "na.omit.ltraj" #> [2025] "offsetdate" #> [2026] "plot.ltraj" #> [2027] "plotltr" #> [2028] "porpoise" #> [2029] "puechcirc" #> [2030] "qqchi" #> [2031] "rasterize.ltraj" #> [2032] "redisltraj" #> [2033] "residenceTime" #> [2034] "runsNAltraj" #> [2035] "rupicabau" #> [2036] "set.limits" #> [2037] "setNA" #> [2038] "sett0" #> [2039] "simm.bb" #> [2040] "simm.brown" #> [2041] "simm.crw" #> [2042] "simm.levy" #> [2043] "simm.mba" #> [2044] "simm.mou" #> [2045] "sliwinltr" #> [2046] "subsample" #> [2047] "teal" #> [2048] "testNM" #> [2049] "trajdyn" #> [2050] "typeII2typeI" #> [2051] "wawotest" #> [2052] "whale" #> [2053] "which.ltraj" #> [2054] "adeoptions" #> [2055] "ascgen" #> [2056] "buffer" #> [2057] "calcperimeter" #> [2058] "count.points" #> [2059] "distfacmap" #> [2060] "getcontour" #> [2061] "hist.SpatialPixelsDataFrame" #> [2062] "join" #> [2063] "kasc2spixdf" #> [2064] "labcon" #> [2065] "lowres" #> [2066] "lynxjura" #> [2067] "mimage" #> [2068] "morphology" #> [2069] "puechabonsp" #> [2070] "show-methods" #> [2071] "subsetmap" #> [2072] "adephylo-package" #> [2073] ".tipToRoot" #> [2074] "abouheif.moran" #> [2075] "bullseye" #> [2076] "dibas" #> [2077] "distRoot" #> [2078] "distTips" #> [2079] "listDD" #> [2080] "listTips" #> [2081] "moran.idx" #> [2082] "orthobasis.phylo" #> [2083] "orthogram" #> [2084] "ppca" #> [2085] "proxTips" #> [2086] "sp.tips" #> [2087] "table.phylo4d" #> [2088] "treePart" #> [2089] "ae_data" #> [2090] "launch_adepro" #> [2091] "patient_data" #> [2092] "acc_running" #> [2093] "acc_walking_IU" #> [2094] "stride_template" #> [2095] "AdequacyModel-package" #> [2096] "carbone" #> [2097] "descriptive" #> [2098] "goodness.fit" #> [2099] "pso" #> [2100] "TTT" #> [2101] "aem" #> [2102] "aem.build.binary" #> [2103] "aem.time" #> [2104] "aem.weight.edges" #> [2105] "bacProdxy" #> [2106] "beta.div" #> [2107] "beta.div.comp" #> [2108] "Cperiodogram" #> [2109] "create.dbMEM.model" #> [2110] "dbmem" #> [2111] "dist.ldc" #> [2112] "envspace.test" #> [2113] "forward.sel" #> [2114] "forward.sel.par" #> [2115] "give.thresh" #> [2116] "LCBD.comp" #> [2117] "listw.candidates" #> [2118] "listw.explore" #> [2119] "listw.select" #> [2120] "mastigouche" #> [2121] "mem.select" #> [2122] "mfpa" #> [2123] "moran.bounds" #> [2124] "moran.randtest" #> [2125] "moranNP.randtest" #> [2126] "mspa" #> [2127] "msr" #> [2128] "msr.4thcorner" #> [2129] "msr.mantelrtest" #> [2130] "msr.varipart" #> [2131] "mst.nb" #> [2132] "ortho.AIC" #> [2133] "orthobasis.poly" #> [2134] "plot.orthobasisSp" #> [2135] "plot.TBI" #> [2136] "rotation" #> [2137] "scalogram" #> [2138] "scores.listw" #> [2139] "stimodels" #> [2140] "TBI" #> [2141] "test.W" #> [2142] "tpaired.krandtest" #> [2143] "tpaired.randtest" #> [2144] "trichoptera" #> [2145] "variogmultiv" #> [2146] "WRperiodogram" #> [2147] "adf.disk.name" #> [2148] "adf.example" #> [2149] "adf.file.exists" #> [2150] "amigaBlock-class" #> [2151] "amigaBlock-method" #> [2152] "amigaDateToRaw" #> [2153] "amigaDisk-class" #> [2154] "amigaIntToRaw" #> [2155] "blank.amigaDOSDisk" #> [2156] "boot.block.code" #> [2157] "current.adf.dir" #> [2158] "dir.create.adf" #> [2159] "displayRawData" #> [2160] "get.adf.file" #> [2161] "get.blockID" #> [2162] "get.diskLocation" #> [2163] "is.amigaDOS" #> [2164] "is.bootable" #> [2165] "list.adf.files" #> [2166] "print" #> [2167] "put.adf.file" #> [2168] "rawToAmigaDate" #> [2169] "rawToAmigaInt" #> [2170] "rawToBitmap" #> [2171] "read.adf" #> [2172] "write.adf" #> [2173] "ADGofTest-package" #> [2174] "ad.test" #> [2175] "rmarkdown" #> [2176] "1.1)," #> [2177] "R.rsp" #> [2178] "knitr," #> [2179] "2019-02-11" #> [2180] "13:43:17" #> [2181] "callAdhereR" #> [2182] "CMA0" #> [2183] "CMA1" #> [2184] "CMA2" #> [2185] "CMA5" #> [2186] "CMA6" #> [2187] "CMA7" #> [2188] "CMA8" #> [2189] "CMA9" #> [2190] "CMA_per_episode" #> [2191] "CMA_sliding_window" #> [2192] "compute.event.int.gaps" #> [2193] "compute.treatment.episodes" #> [2194] "compute_event_durations" #> [2195] "durcomp.dispensing" #> [2196] "durcomp.hospitalisation" #> [2197] "durcomp.prescribing" #> [2198] "getCallerWrapperLocation" #> [2199] "getCMA" #> [2200] "med.events" #> [2201] "plot.CMA0" #> [2202] "plot.CMA1" #> [2203] "plot.CMA_per_episode" #> [2204] "plot_interactive_cma" #> [2205] "print.CMA0" #> [2206] "time_to_initiation" #> [2207] "adhoc-package" #> [2208] "adhocTHR" #> [2209] "checkDNAbcd" #> [2210] "tephdata" #> [2211] "adimpro" #> [2212] "adimpro.options" #> [2213] "adjust.image" #> [2214] "awsimage" #> [2215] "awsraw" #> [2216] "clip.image" #> [2217] "colorspace" #> [2218] "combine" #> [2219] "develop.raw" #> [2220] "edges" #> [2221] "extract.image" #> [2222] "extract.info" #> [2223] "extract.ni" #> [2224] "imganiso2D" #> [2225] "mask.create" #> [2226] "plot.adimpro" #> [2227] "rotate.image" #> [2228] "segment" #> [2229] "show.image" #> [2230] "shrink.image" #> [2231] "summary.adimpro" #> [2232] "write.image" #> [2233] "write.raw" #> [2234] "adiv-package" #> [2235] "abgevodivparam" #> [2236] "aptree" #> [2237] "batcomm" #> [2238] "betastat" #> [2239] "birdData" #> [2240] "CF" #> [2241] "crossdpcoa" #> [2242] "decdiv" #> [2243] "dissABC" #> [2244] "dissRicotta" #> [2245] "distinctDis" #> [2246] "distinctTopo" #> [2247] "distinctTree" #> [2248] "distinctUltra" #> [2249] "distMS" #> [2250] "divparam" #> [2251] "dsimcom" #> [2252] "EqRao" #> [2253] "eveparam" #> [2254] "evoCA" #> [2255] "evodiss" #> [2256] "evodiss_family" #> [2257] "evodivparam" #> [2258] "evoNSCA" #> [2259] "evopca" #> [2260] "PADDis" #> [2261] "QE" #> [2262] "qHdiv" #> [2263] "rare_Rao" #> [2264] "RDMCCP16" #> [2265] "Rentropy" #> [2266] "rlqESLTP" #> [2267] "rockfish" #> [2268] "RP15EI" #> [2269] "RP15JVS" #> [2270] "RPP16EE" #> [2271] "speciesdiv" #> [2272] "specieseve" #> [2273] "twoHmax" #> [2274] "uniqueness" #> [2275] "BCQR" #> [2276] "BQR" #> [2277] "li_powell" #> [2278] "li_reg" #> [2279] "sigma_est" #> [2280] "sigma_est_powell" #> [2281] "adjClust" #> [2282] "chac" #> [2283] "hicClust" #> [2284] "plotSim" #> [2285] "res_adjclust_0.3.0" #> [2286] "select" #> [2287] "snpClust" #> [2288] "adj_cran_downloads" #> [2289] "adk_data" #> [2290] "adk_lakes" #> [2291] "adk_lake_shapes" #> [2292] "adk_metadata" #> [2293] "adk_shape" #> [2294] "check_dl_data" #> [2295] "check_dl_file" #> [2296] "local_path" #> [2297] "set_local_path" #> [2298] "AdaptNeigh" #> [2299] "AdaptNeighmp" #> [2300] "AdaptPred" #> [2301] "AdaptPredmp" #> [2302] "adjustx" #> [2303] "Amatdual" #> [2304] "artlev" #> [2305] "as.column" #> [2306] "as.row" #> [2307] "basisfns" #> [2308] "condno" #> [2309] "CubicPred" #> [2310] "CubicPredmp" #> [2311] "denoise" #> [2312] "denoisehetero" #> [2313] "denoiseheteromp" #> [2314] "denoiseheteroprop" #> [2315] "dojitter" #> [2316] "findadds" #> [2317] "fwtnp" #> [2318] "fwtnpmp" #> [2319] "getnbrs" #> [2320] "heterovar" #> [2321] "intervals" #> [2322] "invtnp" #> [2323] "invtnpmp" #> [2324] "lengthintervals" #> [2325] "LinearPred" #> [2326] "LinearPredmp" #> [2327] "make.signal2" #> [2328] "matcond" #> [2329] "modjitter" #> [2330] "motorcycledata" #> [2331] "PointsUpdate" #> [2332] "PointsUpdatemp" #> [2333] "postmean.cauchy" #> [2334] "QuadPred" #> [2335] "QuadPredmp" #> [2336] "Rmatsolve" #> [2337] "transmatdual" #> [2338] "UndoPointsUpdate" #> [2339] "UndoPointsUpdatemp" #> [2340] "admisc-package" #> [2341] "Brackets" #> [2342] "combinations" #> [2343] "Number" #> [2344] "equality" #> [2345] "Numeric" #> [2346] "testing" #> [2347] "coercion" #> [2348] "recode" #> [2349] "Tildae" #> [2350] "operations" #> [2351] "translate" #> [2352] "tryCatchWEM" #> [2353] "AdMit" #> [2354] "AdMitIS" #> [2355] "AdMitMH" #> [2356] "Mit" #> [2357] "admixturegraph-package" #> [2358] "add_an_admixture" #> [2359] "add_an_admixture2" #> [2360] "add_a_leaf" #> [2361] "add_graph_f4" #> [2362] "add_graph_f4_sign" #> [2363] "admixture_edge" #> [2364] "admixture_proportions" #> [2365] "admix_props" #> [2366] "agraph" #> [2367] "agraph_children" #> [2368] "agraph_parents" #> [2369] "agraph_weights" #> [2370] "all_graphs" #> [2371] "all_paths" #> [2372] "all_path_overlaps" #> [2373] "bears" #> [2374] "build_edge_optimisation_matrix" #> [2375] "burn_in" #> [2376] "calculate_concentration" #> [2377] "canonise_expression" #> [2378] "canonise_graph" #> [2379] "coef.agraph_fit" #> [2380] "cost_function" #> [2381] "edge" #> [2382] "edge_optimisation_function" #> [2383] "eight_leaves_trees" #> [2384] "evaluate_f4" #> [2385] "examine_edge_optimisation_matrix" #> [2386] "extract_admixture_proportion_parameters" #> [2387] "extract_graph_parameters" #> [2388] "extract_trees" #> [2389] "f2" #> [2390] "f3" #> [2391] "f4" #> [2392] "f4stats" #> [2393] "fast_fit" #> [2394] "fast_plot" #> [2395] "filter_on_leaves" #> [2396] "fitted.agraph_fit" #> [2397] "fit_graph" #> [2398] "fit_graph_list" #> [2399] "fit_permutations_and_graphs" #> [2400] "five_leaves_graphs" #> [2401] "format_path" #> [2402] "four_leaves_graphs" #> [2403] "get_graph_f4_sign" #> [2404] "graphs_2_0" #> [2405] "graphs_3_0" #> [2406] "graphs_3_1" #> [2407] "graphs_4_0" #> [2408] "graphs_4_1" #> [2409] "graphs_4_2" #> [2410] "graphs_5_0" #> [2411] "graphs_5_1" #> [2412] "graphs_5_2" #> [2413] "graphs_6_0" #> [2414] "graphs_6_1" #> [2415] "graphs_6_2" #> [2416] "graphs_7_0" #> [2417] "graphs_7_1" #> [2418] "graphs_8_0" #> [2419] "graph_environment" #> [2420] "graph_to_vector" #> [2421] "is_descendant_of" #> [2422] "is_negative" #> [2423] "is_positive" #> [2424] "is_unknown" #> [2425] "is_zero" #> [2426] "log_likelihood" #> [2427] "log_sum_of_logs" #> [2428] "make_an_outgroup" #> [2429] "make_mcmc_model" #> [2430] "make_permutations" #> [2431] "model_bayes_factor_n" #> [2432] "model_likelihood" #> [2433] "model_likelihood_n" #> [2434] "mynonneg" #> [2435] "no_admixture_events" #> [2436] "no_admixture_events.agraph" #> [2437] "no_admixture_events.agraph_fit" #> [2438] "no_admixture_events.agraph_fit_list" #> [2439] "no_poor_fits" #> [2440] "no_poor_fits.agraph_fit" #> [2441] "no_poor_fits.agraph_fit_list" #> [2442] "overlaps_sign" #> [2443] "parent_edges" #> [2444] "path_overlap" #> [2445] "plot.agraph" #> [2446] "plot.agraph_fit" #> [2447] "plot.f4stats" #> [2448] "plot_fit_1" #> [2449] "plot_fit_2" #> [2450] "poor_fits" #> [2451] "poor_fits.agraph_fit" #> [2452] "poor_fits.agraph_fit_list" #> [2453] "print.agraph_fit" #> [2454] "project_to_population" #> [2455] "remove_duplicates" #> [2456] "rename_nodes" #> [2457] "residuals.agraph_fit" #> [2458] "run_metropolis_hasting" #> [2459] "seven_leaves_graphs" #> [2460] "seven_leaves_trees" #> [2461] "sf2" #> [2462] "sf3" #> [2463] "sf4" #> [2464] "six_leaves_graphs" #> [2465] "split_population" #> [2466] "split_population.agraph_fit" #> [2467] "split_population.data.frame" #> [2468] "summary.agraph_fit" #> [2469] "sum_of_squared_errors" #> [2470] "sum_of_squared_errors.agraph_fit" #> [2471] "sum_of_squared_errors.agraph_fit_list" #> [2472] "thinning" #> [2473] "vector_to_graph" #> [2474] "ADMM" #> [2475] "admm.bp" #> [2476] "admm.enet" #> [2477] "admm.genlasso" #> [2478] "admm.lad" #> [2479] "admm.lasso" #> [2480] "admm.rpca" #> [2481] "admm.spca" #> [2482] "admm.tv" #> [2483] "ADMMnet-package" #> [2484] "ADMMnet" #> [2485] "print.ADMMnet" #> [2486] "ADMMsigma" #> [2487] "plot.ADMM" #> [2488] "plot.RIDGE" #> [2489] "RIDGEsigma" #> [2490] ".getADMBHessian" #> [2491] "adnuts" #> [2492] "check_identifiable" #> [2493] "extract_sampler_params" #> [2494] "extract_samples" #> [2495] "launch_shinyadmb" #> [2496] "launch_shinytmb" #> [2497] "pairs_admb" #> [2498] "sample_admb" #> [2499] "sample_admb_nuts" #> [2500] "sample_admb_rwm" #> [2501] "sample_inits" #> [2502] "sample_tmb" #> [2503] "sample_tmb_hmc" #> [2504] "sample_tmb_nuts" #> [2505] "sample_tmb_rwm" #> [2506] "adoption" #> [2507] "distances" #> [2508] "Output" #> [2509] "RFoptions" #> [2510] "Technology" #> [2511] "adoptr" #> [2512] "AffineScore-class" #> [2513] "AverageN2-class" #> [2514] "bounds" #> [2515] "c2" #> [2516] "condition" #> [2517] "ConditionalPower-class" #> [2518] "ConditionalSampleSize-class" #> [2519] "ConditionalScore-class" #> [2520] "Constraint-class" #> [2521] "ConstraintsCollection-class" #> [2522] "ContinuousPrior-class" #> [2523] "cumulative_distribution_function" #> [2524] "DataDistribution-class" #> [2525] "evaluate" #> [2526] "expectation" #> [2527] "expected" #> [2528] "get_lower_boundary_design" #> [2529] "GroupSequentialDesign-class" #> [2530] "IntegralScore-class" #> [2531] "make_tunable" #> [2532] "minimize" #> [2533] "n1" #> [2534] "N1-class" #> [2535] "Normal-class" #> [2536] "OneStageDesign-class" #> [2537] "plot,TwoStageDesign-method" #> [2538] "PointMassPrior-class" #> [2539] "posterior" #> [2540] "predictive_cdf" #> [2541] "predictive_pdf" #> [2542] "Prior-class" #> [2543] "probability_density_function" #> [2544] "score-arithmetic" #> [2545] "simulate,TwoStageDesign,numeric-method" #> [2546] "subject_to" #> [2547] "tunable_parameters" #> [2548] "TwoStageDesign-class" #> [2549] "UnconditionalScore-class" #> [2550] "adpclust" #> [2551] "AMISE" #> [2552] "clust10" #> [2553] "clust3" #> [2554] "clust5" #> [2555] "clust5.1" #> [2556] "dat_gene" #> [2557] "defCol" #> [2558] "FindCentersAutoD" #> [2559] "FindCentersAutoV" #> [2560] "FindClustersAuto" #> [2561] "FindClustersGivenCenters" #> [2562] "FindClustersManual" #> [2563] "FindDistm" #> [2564] "FindFD" #> [2565] "FindH" #> [2566] "plot.adpclust" #> [2567] "ROT" #> [2568] "summary.adpclust" #> [2569] "ADPF" #> [2570] "CHROM" #> [2571] "adpss-package" #> [2572] "adaptive_analysis_norm_global" #> [2573] "adaptive_analysis_norm_local" #> [2574] "sample_size_norm_global" #> [2575] "sample_size_norm_local" #> [2576] "work_test_norm_global" #> [2577] "Allogny" #> [2578] "area.swin" #> [2579] "BPoirier" #> [2580] "Couepia" #> [2581] "demopat" #> [2582] "dval" #> [2583] "inside.swin" #> [2584] "k12fun" #> [2585] "k12val" #> [2586] "kdfun" #> [2587] "kfun" #> [2588] "kmfun" #> [2589] "kp.fun" #> [2590] "kpqfun" #> [2591] "krfun" #> [2592] "ksfun" #> [2593] "kval" #> [2594] "mimetic" #> [2595] "Paracou15" #> [2596] "plot.fads" #> [2597] "plot.spp" #> [2598] "plot.vads" #> [2599] "spp" #> [2600] "swin" #> [2601] "triangulate" #> [2602] "AdvBinomApps-package" #> [2603] "ci.mult.ref" #> [2604] "ci.mult.ref.cm" #> [2605] "ci.sas" #> [2606] "ci.sas.cm" #> [2607] "ci.syn" #> [2608] "ci.syn.cm" #> [2609] "gcd.mult.ref" #> [2610] "phi.mult.ref" #> [2611] "phi.mult.ref.cm" #> [2612] "phi.syn" #> [2613] "phi.syn.cm" #> [2614] "as.membership" #> [2615] "biploting" #> [2616] "co.vote" #> [2617] "co_fuzzycluster-class" #> [2618] "c_fuzzycluster" #> [2619] "fuzzy.CM" #> [2620] "fuzzy.cPair" #> [2621] "fuzzy.GG" #> [2622] "fuzzy.GK" #> [2623] "fuzzycluster-class" #> [2624] "fuzzycluster_list-class" #> [2625] "is.membership" #> [2626] "is.na,co_fuzzycluster-method" #> [2627] "is.na,fuzzycluster-method" #> [2628] "is.na,membership-method" #> [2629] "membership" #> [2630] "membership-class" #> [2631] "minWeightBipartiteMatching" #> [2632] "pair" #> [2633] "print.co_fuzzycluster" #> [2634] "print.fuzzycluster" #> [2635] "print.membership" #> [2636] "print.validation" #> [2637] "radar.plotting" #> [2638] "show,validation-method" #> [2639] "validation-class" #> [2640] "validation.index" #> [2641] "AdvDif4" #> [2642] "pentaSolve" #> [2643] "admix" #> [2644] "plotsignal" #> [2645] "signal" #> [2646] "wavesum" #> [2647] "addToGitignore" #> [2648] "apiDetails" #> [2649] "buildAwqlStatement" #> [2650] "buildXmlBody" #> [2651] "buildXmlEnvelope" #> [2652] "buildXmlHeader" #> [2653] "checkAdwordsToken" #> [2654] "generateAdwordsToken" #> [2655] "getReportData" #> [2656] "getXmlRequest" #> [2657] "loadAdwordsToken" #> [2658] "ManagedCustomerService_get" #> [2659] "ManagedCustomerService_serviceSelector" #> [2660] "refreshAdwordsToken" #> [2661] "TargetingIdeaService_categoryProductsAndServicesSearchParameter" #> [2662] "TargetingIdeaService_competitionSearchParameter" #> [2663] "TargetingIdeaService_get" #> [2664] "TargetingIdeaService_ideaTextFilterSearchParameter" #> [2665] "TargetingIdeaService_ideaType" #> [2666] "TargetingIdeaService_includeAdultContentSearchParameter" #> [2667] "TargetingIdeaService_languageSearchParameter" #> [2668] "TargetingIdeaService_locationSearchParameter" #> [2669] "TargetingIdeaService_networkSearchParameter" #> [2670] "TargetingIdeaService_paging" #> [2671] "TargetingIdeaService_relatedToQuerySearchParameter" #> [2672] "TargetingIdeaService_relatedToUrlSearchParameter" #> [2673] "TargetingIdeaService_requestedAttributeTypes" #> [2674] "TargetingIdeaService_requestType" #> [2675] "TargetingIdeaService_searchParameters" #> [2676] "TargetingIdeaService_searchVolumeSearchParameter" #> [2677] "TargetingIdeaService_seedAdGroupIdSearchParameter" #> [2678] "TargetingIdeaService_selector" #> [2679] "aemo" #> [2680] "clean_up_aemo_data_files" #> [2681] "collate_aemo_data" #> [2682] "get_aemo_data" #> [2683] "Affairs" #> [2684] "ArgentinaCPI" #> [2685] "Baltagi2002" #> [2686] "BankWages" #> [2687] "BenderlyZwick" #> [2688] "BondYield" #> [2689] "CameronTrivedi1998" #> [2690] "CartelStability" #> [2691] "CASchools" #> [2692] "ChinaIncome" #> [2693] "CigarettesB" #> [2694] "CigarettesSW" #> [2695] "CollegeDistance" #> [2696] "ConsumerGood" #> [2697] "CPS1985" #> [2698] "CPS1988" #> [2699] "CPSSW" #> [2700] "CreditCard" #> [2701] "dispersiontest" #> [2702] "DJFranses" #> [2703] "DJIA8012" #> [2704] "DoctorVisits" #> [2705] "DutchAdvert" #> [2706] "DutchSales" #> [2707] "Electricity1955" #> [2708] "Electricity1970" #> [2709] "EquationCitations" #> [2710] "Equipment" #> [2711] "EuroEnergy" #> [2712] "Fatalities" #> [2713] "Fertility" #> [2714] "Franses1998" #> [2715] "FrozenJuice" #> [2716] "GermanUnemployment" #> [2717] "GoldSilver" #> [2718] "Greene2003" #> [2719] "GrowthDJ" #> [2720] "GrowthSW" #> [2721] "Grunfeld" #> [2722] "GSOEP9402" #> [2723] "GSS7402" #> [2724] "Guns" #> [2725] "HealthInsurance" #> [2726] "HMDA" #> [2727] "HousePrices" #> [2728] "ivreg" #> [2729] "ivreg.fit" #> [2730] "Journals" #> [2731] "KleinI" #> [2732] "Longley" #> [2733] "ManufactCosts" #> [2734] "MarkDollar" #> [2735] "MarkPound" #> [2736] "MASchools" #> [2737] "Medicaid1986" #> [2738] "Mortgage" #> [2739] "MotorCycles" #> [2740] "MotorCycles2" #> [2741] "MSCISwitzerland" #> [2742] "Municipalities" #> [2743] "MurderRates" #> [2744] "NaturalGas" #> [2745] "NMES1988" #> [2746] "NYSESW" #> [2747] "OECDGas" #> [2748] "OECDGrowth" #> [2749] "OlympicTV" #> [2750] "OrangeCounty" #> [2751] "Parade2005" #> [2752] "PepperPrice" #> [2753] "PhDPublications" #> [2754] "ProgramEffectiveness" #> [2755] "PSID1976" #> [2756] "PSID1982" #> [2757] "PSID7682" #> [2758] "RecreationDemand" #> [2759] "ResumeNames" #> [2760] "ShipAccidents" #> [2761] "SIC33" #> [2762] "SmokeBan" #> [2763] "SportsCards" #> [2764] "STAR" #> [2765] "StockWatson2007" #> [2766] "StrikeDuration" #> [2767] "summary.ivreg" #> [2768] "SwissLabor" #> [2769] "TeachingRatings" #> [2770] "TechChange" #> [2771] "tobit" #> [2772] "TradeCredit" #> [2773] "TravelMode" #> [2774] "UKInflation" #> [2775] "UKNonDurables" #> [2776] "USAirlines" #> [2777] "USConsump1950" #> [2778] "USConsump1979" #> [2779] "USConsump1993" #> [2780] "USCrudes" #> [2781] "USGasB" #> [2782] "USGasG" #> [2783] "USInvest" #> [2784] "USMacroB" #> [2785] "USMacroG" #> [2786] "USMacroSW" #> [2787] "USMacroSWM" #> [2788] "USMacroSWQ" #> [2789] "USMoney" #> [2790] "USProdIndex" #> [2791] "USSeatBelts" #> [2792] "USStocksSW" #> [2793] "WeakInstrument" #> [2794] "WinkelmannBoes2009" #> [2795] "AeRobiology" #> [2796] "analyse_trend" #> [2797] "calculate_ps" #> [2798] "credits" #> [2799] "interpollen" #> [2800] "iplot_abundance" #> [2801] "iplot_pheno" #> [2802] "iplot_pollen" #> [2803] "iplot_years" #> [2804] "ma" #> [2805] "munich_pollen" #> [2806] "plot_heathour" #> [2807] "plot_hour" #> [2808] "plot_normsummary" #> [2809] "plot_ps" #> [2810] "plot_summary" #> [2811] "plot_trend" #> [2812] "pollen_calendar" #> [2813] "POMO_pollen" #> [2814] "quality_control" #> [2815] "AF.cc" #> [2816] "AF.ch" #> [2817] "AF.cs" #> [2818] "AFclogit" #> [2819] "AFcoxph" #> [2820] "AFglm" #> [2821] "AFparfrailty" #> [2822] "clslowbwt" #> [2823] "plot.AF" #> [2824] "rott2" #> [2825] "singapore" #> [2826] "summary.AF" #> [2827] "afc-package" #> [2828] "afc" #> [2829] "afc.cc" #> [2830] "afc.ce" #> [2831] "afc.dc" #> [2832] "afc.dd" #> [2833] "afc.de" #> [2834] "afc.dm" #> [2835] "afc.dp" #> [2836] "afc.mc" #> [2837] "afc.me" #> [2838] "afc.mm" #> [2839] "afc.mp" #> [2840] "afc.nn" #> [2841] "afc.np" #> [2842] "cnrm.nino34.cc" #> [2843] "cnrm.nino34.ce" #> [2844] "cnrm.nino34.dc" #> [2845] "cnrm.nino34.dd" #> [2846] "cnrm.nino34.de" #> [2847] "cnrm.nino34.dm" #> [2848] "cnrm.nino34.dp" #> [2849] "cnrm.nino34.mc" #> [2850] "cnrm.nino34.me" #> [2851] "cnrm.nino34.mm" #> [2852] "cnrm.nino34.mp" #> [2853] "rank.ensembles" #> [2854] "afCEC-package" #> [2855] "afCEC" #> [2856] "airplane" #> [2857] "cat" #> [2858] "dog" #> [2859] "fire" #> [2860] "helicopter" #> [2861] "pathbased" #> [2862] "plot.afCEC" #> [2863] "rabbit" #> [2864] "ship" #> [2865] "spiral" #> [2866] "trumpet" #> [2867] "Henrik" #> [2868] "Singmann" #> [2869] "[aut," #> [2870] "cre]" #> [2871] "Ben" #> [2872] "Bolker" #> [2873] "Jake" #> [2874] "Westfall" #> [2875] "Frederik" #> [2876] "Aust" #> [2877] "[aut]" #> [2878] "Søren" #> [2879] "Højsgaard" #> [2880] "John" #> [2881] "Fox" #> [2882] "Michael" #> [2883] "A." #> [2884] "Lawrence" #> [2885] "Ulf" #> [2886] "Mertens" #> [2887] "Jonathon" #> [2888] "Love" #> [2889] "Russell" #> [2890] "Lenth" #> [2891] "Rune" #> [2892] "Haubo" #> [2893] "Bojesen" #> [2894] "Christensen" #> [2895] "2019-02-19" #> [2896] "05:30:09" #> [2897] "afex-package" #> [2898] "afex_aov-methods" #> [2899] "afex_options" #> [2900] "afex_plot" #> [2901] "all_fit" #> [2902] "aov_car" #> [2903] "compare.2.vectors" #> [2904] "ems" #> [2905] "fhch2010" #> [2906] "ks2013.3" #> [2907] "md_12.1" #> [2908] "md_15.1" #> [2909] "md_16.1" #> [2910] "md_16.4" #> [2911] "nice" #> [2912] "obk.long" #> [2913] "round_ps" #> [2914] "set_sum_contrasts" #> [2915] "sk2011.1" #> [2916] "sk2011.2" #> [2917] "affluenceIndex-package" #> [2918] "affluence" #> [2919] "boot.r1" #> [2920] "boot.r2" #> [2921] "gap" #> [2922] "polar.aff" #> [2923] "r.cha" #> [2924] "r.fgt" #> [2925] "r.hc" #> [2926] "r.is" #> [2927] "addNode" #> [2928] "AFM" #> [2929] "AFMImage-class" #> [2930] "AFMImage3DModelAnalysis-class" #> [2931] "AFMImageAnalyser-class" #> [2932] "AFMImageCollagenNetwork" #> [2933] "AFMImageFractalDimensionMethod-class" #> [2934] "AFMImageFractalDimensionsAnalysis-class" #> [2935] "AFMImageNetworksAnalysis-class" #> [2936] "AFMImageOfAluminiumInterface" #> [2937] "AFMImageOfNormallyDistributedHeights" #> [2938] "AFMImageOfOnePeak" #> [2939] "AFMImageOfRegularPeaks" #> [2940] "AFMImagePSDAnalysis-class" #> [2941] "AFMImagePSDSlopesAnalysis-class" #> [2942] "AFMImageVariogramAnalysis-class" #> [2943] "AFMImageVariogramModel-class" #> [2944] "AFMImageVariogramSlopesAnalysis-class" #> [2945] "analyse" #> [2946] "AreNodesConnected" #> [2947] "calculate3DModel" #> [2948] "calculateDirectionalVariograms" #> [2949] "calculateGaussianMixture" #> [2950] "calculateHolesCharacteristics" #> [2951] "calculateIgraph" #> [2952] "calculateNetworkParameters" #> [2953] "calculateNetworks" #> [2954] "calculateNetworkSkeleton" #> [2955] "calculateOmnidirectionalVariogram" #> [2956] "calculatePhysicalDistanceFromPath" #> [2957] "calculateShortestPaths" #> [2958] "canBeRemoved" #> [2959] "checkIsotropy" #> [2960] "checkNormality" #> [2961] "createGraph" #> [2962] "displayColoredNetworkWithVerticesSize" #> [2963] "displaygridIgraphPlot" #> [2964] "displaygridIgraphPlotFromEdges" #> [2965] "displayHolesIn3D" #> [2966] "displayIn3D" #> [2967] "evaluateVariogramModels" #> [2968] "existsEdge" #> [2969] "existsSegment" #> [2970] "exportToSTL" #> [2971] "extractAFMImage" #> [2972] "filterAFMImage" #> [2973] "fusionCloseNodes" #> [2974] "generateAFMImageReport" #> [2975] "generateCheckReport" #> [2976] "generatePolygonEnvelope" #> [2977] "generateReport" #> [2978] "generateReportFromNanoscopeImageDirectory" #> [2979] "get3DImageFullfilename" #> [2980] "getAllPointsToRemove" #> [2981] "getAngle" #> [2982] "getAutoIntersectionForOmnidirectionalVariogram" #> [2983] "getAutoIntersectionForRoughnessAgainstLengthscale" #> [2984] "getAutomaticWidthForVariogramCalculation" #> [2985] "getBresenham2DSegment" #> [2986] "getCircleSpatialPoints" #> [2987] "getCoordinatesFromVertexId" #> [2988] "getDTModelEvaluation" #> [2989] "getDTModelSillRange" #> [2990] "getFractalDimensions" #> [2991] "getHolesStatistics" #> [2992] "getIntersectionPointWithBorder" #> [2993] "getListOfDiameters" #> [2994] "getLogLogOmnidirectionalSlopeGraph" #> [2995] "getMaxCircleMatrix" #> [2996] "getNetworkGridLayout" #> [2997] "getNetworkParameters" #> [2998] "getNyquistSpatialFrequency" #> [2999] "getPaddedAFMImage" #> [3000] "getRoughnessParameters" #> [3001] "getSpplotFromAFMImage" #> [3002] "getSurroundingVertexesList" #> [3003] "getTopologyAFMImage" #> [3004] "getTriangle" #> [3005] "getVertexId" #> [3006] "gridIgraphPlot" #> [3007] "identifyEdgesFromCircles" #> [3008] "identifyIsolatedNodes" #> [3009] "identifyMaxCircleRadius" #> [3010] "identifyNodesAndEdges" #> [3011] "identifyNodesWithCircles" #> [3012] "importFromNanoscope" #> [3013] "initialize,AFMImageAnalyser-method" #> [3014] "invertBinaryAFMImage" #> [3015] "isAdjacentToBetterVertex" #> [3016] "isAngleBetweenEdgesAlwaysSuperiorToMinAngle" #> [3017] "isBinary" #> [3018] "makeBinaryAFMImage" #> [3019] "multiplyHeightsAFMImage" #> [3020] "performAllPSDCalculation" #> [3021] "printVariogramModelEvaluations" #> [3022] "PSD1DAgainstFrequency" #> [3023] "PSD2DAgainstFrequency" #> [3024] "putAnalysisOnDisk" #> [3025] "putImagesFromAnalysisOnDisk" #> [3026] "removeLonguestEdge" #> [3027] "removeNode" #> [3028] "RoughnessByLengthScale" #> [3029] "runAFMApp" #> [3030] "sampleAFMImage" #> [3031] "saveOnDisk" #> [3032] "saveOnDiskIntersectionForRoughnessAgainstLengthscale" #> [3033] "saveSpplotFromAFMImage" #> [3034] "shiftedPSDuv" #> [3035] "shiftFFT2D" #> [3036] "simplifyAFMImage" #> [3037] "simplifyNetwork" #> [3038] "thinImage" #> [3039] "totalRMSRoughness" #> [3040] "transformAFMImageForNetworkAnalysis" #> [3041] "updateProgress" #> [3042] "afmAdhesionEnergy" #> [3043] "afmBaselineCorrection" #> [3044] "afmContactPoint" #> [3045] "afmdata" #> [3046] "afmDetachPoint" #> [3047] "afmExpDecay" #> [3048] "afmexperiment" #> [3049] "afmExtract" #> [3050] "afmIndentation" #> [3051] "afmReadJPK" #> [3052] "afmReadJPKFolder" #> [3053] "afmReadVeeco" #> [3054] "afmReadVeecoFolder" #> [3055] "afmYoungModulus" #> [3056] "afmZeroPointSlope" #> [3057] "append.afmdata" #> [3058] "batchExperiment" #> [3059] "is.afmdata" #> [3060] "is.afmexperiment" #> [3061] "plot.afmdata" #> [3062] "summary.afmdata" #> [3063] "windowedFit" #> [3064] "air2ground" #> [3065] "altitude2density" #> [3066] "amplitude" #> [3067] "Bird" #> [3068] "climbing_birds" #> [3069] "computeAvailablePower" #> [3070] "computeBodyFrontalArea" #> [3071] "computeChemicalPower" #> [3072] "computeFlappingPower" #> [3073] "computeFlightPerformance" #> [3074] "fDfPfunctions" #> [3075] "findMaximumClimbRate" #> [3076] "findMaximumPowerSpeed" #> [3077] "findMaximumRangeSpeed" #> [3078] "findMinimumPowerSpeed" #> [3079] "PowerToFroMechChem" #> [3080] "reducedFrequency" #> [3081] "aftgee-package" #> [3082] "aftgee" #> [3083] "aftgee.control" #> [3084] "aftsrr" #> [3085] "ageGrid" #> [3086] "boys7482" #> [3087] "extractLMS" #> [3088] "References" #> [3089] "CDC" #> [3090] "NL3" #> [3091] "NL4" #> [3092] "WHO" #> [3093] "wp.twin" #> [3094] "y2z" #> [3095] "z2y" #> [3096] "aGE" #> [3097] "aGE.joint" #> [3098] "fisher" #> [3099] "lancaster" #> [3100] "sidak" #> [3101] "Amatrix" #> [3102] "datatreat" #> [3103] "formatmatrix" #> [3104] "Gmatrix" #> [3105] "Hmatrix" #> [3106] "missingdata" #> [3107] "ped.mrode" #> [3108] "snp.pine" #> [3109] "snp.table" #> [3110] "agop-package" #> [3111] "check_comonotonicity" #> [3112] "d2owa_checkwts" #> [3113] "dpareto2_estimate_mle" #> [3114] "exp_test_ad" #> [3115] "fimplication_minimal" #> [3116] "fnegation_yager" #> [3117] "index_g" #> [3118] "index_h" #> [3119] "index_lp" #> [3120] "index_maxprod" #> [3121] "index_rp" #> [3122] "index_w" #> [3123] "owa" #> [3124] "owmax" #> [3125] "pareto2_estimate_mle" #> [3126] "pareto2_estimate_mmse" #> [3127] "pareto2_test_ad" #> [3128] "pareto2_test_f" #> [3129] "plot_producer" #> [3130] "pord_nd" #> [3131] "pord_spread" #> [3132] "pord_weakdom" #> [3133] "rdpareto2" #> [3134] "rel_graph" #> [3135] "rel_is_antisymmetric" #> [3136] "rel_is_asymmetric" #> [3137] "rel_is_cyclic" #> [3138] "rel_is_irreflexive" #> [3139] "rel_is_reflexive" #> [3140] "rel_is_symmetric" #> [3141] "rel_is_total" #> [3142] "rel_is_transitive" #> [3143] "rel_reduction_hasse" #> [3144] "rpareto2" #> [3145] "tconorm_minimum" #> [3146] "tnorm_minimum" #> [3147] "AGread" #> [3148] "AG_collapse" #> [3149] "AG_meta" #> [3150] "check_columns" #> [3151] "check_second" #> [3152] "classify_magnetometer" #> [3153] "collapse_gt3x" #> [3154] "get_day_of_year" #> [3155] "get_duration" #> [3156] "get_imu_file_meta" #> [3157] "get_minute" #> [3158] "get_raw_file_meta" #> [3159] "get_VM" #> [3160] "imu_collapse" #> [3161] "imu_filter_gyroscope" #> [3162] "imu_to_check" #> [3163] "imu_to_collapse" #> [3164] "raw_to_collapse" #> [3165] "read_AG_counts" #> [3166] "read_AG_IMU" #> [3167] "read_AG_raw" #> [3168] "read_gt3x" #> [3169] "reintegrate" #> [3170] "agree.ccc" #> [3171] "agree.icc1" #> [3172] "agree.plot" #> [3173] "agree.sdd" #> [3174] "agree.sddm" #> [3175] "agree.wscv" #> [3176] "judgeRatings" #> [3177] "lesionBurden" #> [3178] "petVT" #> [3179] "agrInt2alpha" #> [3180] "ai" #> [3181] "aiAdj" #> [3182] "IPIA" #> [3183] "plot.ai" #> [3184] "summary.ai" #> [3185] "tolProb" #> [3186] "agricolae-package" #> [3187] "AMMI" #> [3188] "AMMI.contour" #> [3189] "audpc" #> [3190] "audps" #> [3191] "bar.err" #> [3192] "bar.group" #> [3193] "BIB.test" #> [3194] "carolina" #> [3195] "Chz2006" #> [3196] "CIC" #> [3197] "clay" #> [3198] "ComasOxapampa" #> [3199] "consensus" #> [3200] "corn" #> [3201] "correl" #> [3202] "correlation" #> [3203] "cotton" #> [3204] "cv.model" #> [3205] "cv.similarity" #> [3206] "DAU.test" #> [3207] "DC" #> [3208] "delete.na" #> [3209] "design.ab" #> [3210] "design.alpha" #> [3211] "design.bib" #> [3212] "design.crd" #> [3213] "design.cyclic" #> [3214] "design.dau" #> [3215] "design.graeco" #> [3216] "design.lattice" #> [3217] "design.lsd" #> [3218] "design.rcbd" #> [3219] "design.split" #> [3220] "design.strip" #> [3221] "design.youden" #> [3222] "diffograph" #> [3223] "disease" #> [3224] "duncan.test" #> [3225] "durbin.test" #> [3226] "friedman" #> [3227] "frijol" #> [3228] "genxenv" #> [3229] "Glycoalkaloids" #> [3230] "graph.freq" #> [3231] "grass" #> [3232] "greenhouse" #> [3233] "growth" #> [3234] "haynes" #> [3235] "Hco2006" #> [3236] "hcut" #> [3237] "heterosis" #> [3238] "hgroups" #> [3239] "HSD.test" #> [3240] "huasahuasi" #> [3241] "index.AMMI" #> [3242] "index.bio" #> [3243] "index.smith" #> [3244] "intervals.freq" #> [3245] "join.freq" #> [3246] "kendall" #> [3247] "kruskal" #> [3248] "kurtosis" #> [3249] "lastC" #> [3250] "lateblight" #> [3251] "lineXtester" #> [3252] "LSD.test" #> [3253] "LxT" #> [3254] "markers" #> [3255] "Median.test" #> [3256] "melon" #> [3257] "montecarlo" #> [3258] "natives" #> [3259] "nonadditivity" #> [3260] "normal.freq" #> [3261] "ogive.freq" #> [3262] "order.group" #> [3263] "orderPvalue" #> [3264] "pamCIP" #> [3265] "paracsho" #> [3266] "path.analysis" #> [3267] "PBIB.test" #> [3268] "plot.AMMI" #> [3269] "plot.graph.freq" #> [3270] "plot.group" #> [3271] "plots" #> [3272] "plrv" #> [3273] "polygon.freq" #> [3274] "potato" #> [3275] "ralstonia" #> [3276] "reg.homog" #> [3277] "REGW.test" #> [3278] "resampling.cv" #> [3279] "resampling.model" #> [3280] "rice" #> [3281] "RioChillon" #> [3282] "scheffe.test" #> [3283] "similarity" #> [3284] "simulation.model" #> [3285] "sinRepAmmi" #> [3286] "skewness" #> [3287] "SNK.test" #> [3288] "soil" #> [3289] "sp.plot" #> [3290] "ssp.plot" #> [3291] "stability.nonpar" #> [3292] "stability.par" #> [3293] "stat.freq" #> [3294] "strip.plot" #> [3295] "sturges.freq" #> [3296] "summary.graph.freq" #> [3297] "sweetpotato" #> [3298] "table.freq" #> [3299] "tapply.stat" #> [3300] "vark" #> [3301] "waerden.test" #> [3302] "waller" #> [3303] "waller.test" #> [3304] "weatherSeverity" #> [3305] "wilt" #> [3306] "yacon" #> [3307] "zigzag" #> [3308] "aastveit.barley" #> [3309] "acorsi.grayleafspot" #> [3310] "adugna.sorghum" #> [3311] "agridat" #> [3312] "allcroft.lodging" #> [3313] "ansari.wheat.uniformity" #> [3314] "archbold.apple" #> [3315] "ars.earlywhitecorn96" #> [3316] "australia.soybean" #> [3317] "baker.barley.uniformity" #> [3318] "baker.wheat.uniformity" #> [3319] "bancroft.peanut.uniformity" #> [3320] "batchelor.uniformity" #> [3321] "battese.survey" #> [3322] "beall.webworms" #> [3323] "beaven.barley" #> [3324] "becker.chicken" #> [3325] "besag.bayesian" #> [3326] "besag.beans" #> [3327] "besag.elbatan" #> [3328] "besag.endive" #> [3329] "besag.met" #> [3330] "besag.triticale" #> [3331] "blackman.wheat" #> [3332] "bliss.borers" #> [3333] "bond.diallel" #> [3334] "bose.multi.uniformity" #> [3335] "box.cork" #> [3336] "bradley.multi.uniformity" #> [3337] "brandle.rape" #> [3338] "brandt.switchback" #> [3339] "bridges.cucumber" #> [3340] "broadbalk.wheat" #> [3341] "burgueno.alpha" #> [3342] "burgueno.rowcol" #> [3343] "burgueno.unreplicated" #> [3344] "butron.maize" #> [3345] "byers.apple" #> [3346] "caribbean.maize" #> [3347] "carlson.germination" #> [3348] "carmer.density" #> [3349] "cate.potassium" #> [3350] "chinloy.fractionalfactorial" #> [3351] "christidis.competition" #> [3352] "christidis.cotton.uniformity" #> [3353] "christidis.wheat.uniformity" #> [3354] "cleveland.soil" #> [3355] "cochran.beets" #> [3356] "cochran.bib" #> [3357] "cochran.crd" #> [3358] "cochran.eelworms" #> [3359] "cochran.factorial" #> [3360] "cochran.latin" #> [3361] "cochran.lattice" #> [3362] "cochran.wireworms" #> [3363] "connolly.potato" #> [3364] "cornelius.maize" #> [3365] "correa.soybean.uniformity" #> [3366] "corsten.interaction" #> [3367] "cox.stripsplit" #> [3368] "cramer.cucumber" #> [3369] "crampton.pig" #> [3370] "crossa.wheat" #> [3371] "crowder.seeds" #> [3372] "cullis.earlygen" #> [3373] "darwin.maize" #> [3374] "dasilva.maize" #> [3375] "davies.pasture.uniformity" #> [3376] "day.wheat.uniformity" #> [3377] "denis.missing" #> [3378] "denis.ryegrass" #> [3379] "depalluel.sheep" #> [3380] "digby.jointregression" #> [3381] "diggle.cow" #> [3382] "draper.safflower.uniformity" #> [3383] "durban.competition" #> [3384] "durban.rowcol" #> [3385] "durban.splitplot" #> [3386] "eden.nonnormal" #> [3387] "eden.potato" #> [3388] "eden.tea.uniformity" #> [3389] "engelstad.nitro" #> [3390] "fan.stability" #> [3391] "federer.diagcheck" #> [3392] "federer.tobacco" #> [3393] "fisher.barley" #> [3394] "fisher.latin" #> [3395] "foulley.calving" #> [3396] "fox.wheat" #> [3397] "garber.multi.uniformity" #> [3398] "gartner.corn" #> [3399] "gathmann.bt" #> [3400] "gauch.soy" #> [3401] "giles.wheat" #> [3402] "gilmour.serpentine" #> [3403] "gilmour.slatehall" #> [3404] "gomez.fractionalfactorial" #> [3405] "gomez.groupsplit" #> [3406] "gomez.heteroskedastic" #> [3407] "gomez.multilocsplitplot" #> [3408] "gomez.nitrogen" #> [3409] "gomez.nonnormal1" #> [3410] "gomez.nonnormal2" #> [3411] "gomez.nonnormal3" #> [3412] "gomez.rice.uniformity" #> [3413] "gomez.seedrate" #> [3414] "gomez.splitplot.subsample" #> [3415] "gomez.splitsplit" #> [3416] "gomez.stripplot" #> [3417] "gomez.stripsplitplot" #> [3418] "gomez.wetdry" #> [3419] "gotway.hessianfly" #> [3420] "goulden.barley.uniformity" #> [3421] "goulden.eggs" #> [3422] "goulden.latin" #> [3423] "goulden.splitsplit" #> [3424] "graybill.heteroskedastic" #> [3425] "gregory.cotton" #> [3426] "gumpertz.pepper" #> [3427] "hanks.sprinkler" #> [3428] "hanover.whitepine" #> [3429] "harris.multi.uniformity" #> [3430] "harris.wateruse" #> [3431] "harrison.priors" #> [3432] "harvey.lsmeans" #> [3433] "harville.lamb" #> [3434] "hayman.tobacco" #> [3435] "hazell.vegetables" #> [3436] "heady.fertilizer" #> [3437] "henderson.milkfat" #> [3438] "hernandez.nitrogen" #> [3439] "hessling.argentina" #> [3440] "hildebrand.systems" #> [3441] "holland.arthropods" #> [3442] "holshouser.splitstrip" #> [3443] "holtsmark.timothy.uniformity" #> [3444] "huehn.wheat" #> [3445] "hughes.grapes" #> [3446] "hunter.corn" #> [3447] "hutchinson.cotton.uniformity" #> [3448] "igue.sugarcane.uniformity" #> [3449] "ilri.sheep" #> [3450] "immer.sugarbeet.uniformity" #> [3451] "ivins.herbs" #> [3452] "iyer.wheat.uniformity" #> [3453] "jansen.apple" #> [3454] "jansen.carrot" #> [3455] "jansen.strawberry" #> [3456] "jenkyn.mildew" #> [3457] "john.alpha" #> [3458] "johnson.blight" #> [3459] "kadam.millet.uniformity" #> [3460] "kalamkar.potato.uniformity" #> [3461] "kalamkar.wheat.uniformity" #> [3462] "kang.maize" #> [3463] "kang.peanut" #> [3464] "karcher.turfgrass" #> [3465] "keen.potatodamage" #> [3466] "kempton.barley.uniformity" #> [3467] "kempton.competition" #> [3468] "kempton.rowcol" #> [3469] "kempton.slatehall" #> [3470] "kenward.cattle" #> [3471] "khin.rice.uniformity" #> [3472] "kiesselbach.oats.uniformity" #> [3473] "kreusler.maize" #> [3474] "kristensen.barley.uniformity" #> [3475] "kulkarni.sorghum.uniformity" #> [3476] "lambert.soiltemp" #> [3477] "lander.multi.uniformity" #> [3478] "lasrosas.corn" #> [3479] "lavoranti.eucalyptus" #> [3480] "lee.potatoblight" #> [3481] "lehner.soybeanmold" #> [3482] "lessman.sorghum.uniformity" #> [3483] "li.millet.uniformity" #> [3484] "lillemo.wheat" #> [3485] "lin.superiority" #> [3486] "lin.unbalanced" #> [3487] "little.splitblock" #> [3488] "lonnquist.maize" #> [3489] "lord.rice.uniformity" #> [3490] "love.cotton.uniformity" #> [3491] "lu.stability" #> [3492] "lucas.switchback" #> [3493] "lyon.potato.uniformity" #> [3494] "lyons.wheat" #> [3495] "magistad.pineapple.uniformity" #> [3496] "masood.rice.uniformity" #> [3497] "mcclelland.corn.uniformity" #> [3498] "mcconway.turnip" #> [3499] "mcleod.barley" #> [3500] "mead.cauliflower" #> [3501] "mead.cowpeamaize" #> [3502] "mead.germination" #> [3503] "mead.lamb" #> [3504] "mead.strawberry" #> [3505] "mead.turnip" #> [3506] "mercer.mangold.uniformity" #> [3507] "mercer.wheat.uniformity" #> [3508] "minnesota.barley.weather" #> [3509] "minnesota.barley.yield" #> [3510] "montgomery.wheat.uniformity" #> [3511] "moore.uniformity" #> [3512] "nagai.strawberry.uniformity" #> [3513] "narain.sorghum.uniformity" #> [3514] "nass.corn" #> [3515] "nebraska.farmincome" #> [3516] "nonnecke.peas.uniformity" #> [3517] "nonnecke.sweetcorn.uniformity" #> [3518] "odland.soybean.uniformity" #> [3519] "omer.sorghum" #> [3520] "onofri.winterwheat" #> [3521] "ortiz.tomato" #> [3522] "pacheco.soybean" #> [3523] "parker.orange.uniformity" #> [3524] "patterson.switchback" #> [3525] "pearce.apple" #> [3526] "pearl.kernels" #> [3527] "perry.springwheat" #> [3528] "piepho.cocksfoot" #> [3529] "polson.safflower.uniformity" #> [3530] "ratkowsky.onions" #> [3531] "reid.grasses" #> [3532] "ridout.appleshoots" #> [3533] "robinson.peanut.uniformity" #> [3534] "rothamsted.brussels" #> [3535] "ryder.groundnut" #> [3536] "salmon.bunt" #> [3537] "sawyer.multi.uniformity" #> [3538] "sayer.sugarcane.uniformity" #> [3539] "senshu.rice" #> [3540] "shafii.rapeseed" #> [3541] "silva.cotton" #> [3542] "sinclair.clover" #> [3543] "smith.beans.uniformity" #> [3544] "smith.corn.uniformity" #> [3545] "snedecor.asparagus" #> [3546] "snijders.fusarium" #> [3547] "stephens.sorghum.uniformity" #> [3548] "steptoe.morex.pheno" #> [3549] "stickler.sorghum.uniformity" #> [3550] "stirret.borers" #> [3551] "streibig.competition" #> [3552] "strickland.apple.uniformity" #> [3553] "strickland.grape.uniformity" #> [3554] "strickland.peach.uniformity" #> [3555] "strickland.tomato.uniformity" #> [3556] "stroup.nin" #> [3557] "stroup.splitplot" #> [3558] "student.barley" #> [3559] "tai.potato" #> [3560] "talbot.potato" #> [3561] "theobald.barley" #> [3562] "theobald.covariate" #> [3563] "thompson.cornsoy" #> [3564] "turner.herbicide" #> [3565] "urquhart.feedlot" #> [3566] "usgs.herbicides" #> [3567] "vaneeuwijk.drymatter" #> [3568] "vaneeuwijk.fusarium" #> [3569] "vaneeuwijk.nematodes" #> [3570] "vargas.txe" #> [3571] "vargas.wheat1" #> [3572] "vargas.wheat2" #> [3573] "verbyla.lupin" #> [3574] "vold.longterm" #> [3575] "vsn.lupin3" #> [3576] "wallace.iowaland" #> [3577] "walsh.cottonprice" #> [3578] "wassom.brome.uniformity" #> [3579] "waynick.soil" #> [3580] "wedderburn.barley" #> [3581] "weiss.incblock" #> [3582] "weiss.lattice" #> [3583] "welch.bermudagrass" #> [3584] "wheatley.carrot" #> [3585] "wiebe.wheat.uniformity" #> [3586] "wiedemann.safflower.uniformity" #> [3587] "williams.barley.uniformity" #> [3588] "williams.cotton.uniformity" #> [3589] "williams.trees" #> [3590] "yan.winterwheat" #> [3591] "yang.barley" #> [3592] "yates.missing" #> [3593] "yates.oats" #> [3594] "zuidhof.broiler" #> [3595] "agriTutorial" #> [3596] "beet" #> [3597] "example1" #> [3598] "example2" #> [3599] "example3" #> [3600] "example4" #> [3601] "example5" #> [3602] "greenrice" #> [3603] "sorghum" #> [3604] "turnip" #> [3605] "albedo_l8" #> [3606] "albedo_modis" #> [3607] "albedo_s2" #> [3608] "evapo_l8" #> [3609] "evapo_l8t" #> [3610] "evapo_l8t_grid" #> [3611] "evapo_l8_grid" #> [3612] "evapo_modis" #> [3613] "evapo_modis_grid" #> [3614] "evapo_s2" #> [3615] "evapo_s2_grid" #> [3616] "kc_l8" #> [3617] "kc_l8t" #> [3618] "kc_l8t_grid" #> [3619] "kc_l8_grid" #> [3620] "kc_modis" #> [3621] "kc_modis_grid" #> [3622] "kc_s2" #> [3623] "kc_s2_grid" #> [3624] "radiation_l8" #> [3625] "radiation_l8t" #> [3626] "radiation_l8t_grid" #> [3627] "radiation_l8_grid" #> [3628] "radiation_modis" #> [3629] "radiation_modis_grid" #> [3630] "radiation_s2" #> [3631] "radiation_s2_grid" #> [3632] "reflectance_l8" #> [3633] "agrmt-package" #> [3634] "agreement" #> [3635] "agreementError" #> [3636] "ajus" #> [3637] "ajusCheck" #> [3638] "ajusPlot" #> [3639] "BerryMielke" #> [3640] "BlairLacy" #> [3641] "collapse" #> [3642] "compareAgreement" #> [3643] "compareValues" #> [3644] "dsquared" #> [3645] "expand" #> [3646] "isd" #> [3647] "Kvalseth" #> [3648] "Leik" #> [3649] "lsquared" #> [3650] "minnz" #> [3651] "modes" #> [3652] "MRQ" #> [3653] "patternAgreement" #> [3654] "patternVector" #> [3655] "polarization" #> [3656] "reduceVector" #> [3657] "secondModes" #> [3658] "AGSDest" #> [3659] "AGSTobj" #> [3660] "as.AGST" #> [3661] "as.GST" #> [3662] "cer" #> [3663] "cp" #> [3664] "GSTobj" #> [3665] "plan.GST" #> [3666] "pvalue" #> [3667] "seqconfint" #> [3668] "typeIerr" #> [3669] "misc" #> [3670] "helpers" #> [3671] "panel.bwstrip" #> [3672] "panel.xy" #> [3673] "plotf" #> [3674] "plothelpers" #> [3675] "statshelpers" #> [3676] "ahaz" #> [3677] "ahaz.adjust" #> [3678] "ahaz.partial" #> [3679] "ahaz.tune.control" #> [3680] "ahazisis" #> [3681] "ahazpen" #> [3682] "ahazpen.fit.control" #> [3683] "ahazpen.pen.control" #> [3684] "plot.ahaz" #> [3685] "plot.ahazpen" #> [3686] "plot.cumahaz" #> [3687] "plot.tune.ahazpen" #> [3688] "predict.ahaz" #> [3689] "predict.ahazpen" #> [3690] "predict.tune.ahazpen" #> [3691] "print.ahazisis" #> [3692] "print.ahazpen" #> [3693] "print.summary.ahaz" #> [3694] "print.tune.ahazpen" #> [3695] "sorlie" #> [3696] "summary.ahaz" #> [3697] "tune.ahazpen" #> [3698] "AHMbook-package" #> [3699] "bigCrossCorr" #> [3700] "data.fn" #> [3701] "dragonflies" #> [3702] "e2dist" #> [3703] "Finnmark" #> [3704] "fitstats" #> [3705] "image_scale" #> [3706] "issj.sim" #> [3707] "map.Nmix.resi" #> [3708] "MHB2014" #> [3709] "piFuns" #> [3710] "playRN" #> [3711] "plot_Nmix_resi" #> [3712] "ppc.plot" #> [3713] "sim.fn" #> [3714] "sim.ldata" #> [3715] "sim.pdata" #> [3716] "sim.spatialDS" #> [3717] "sim.spatialHDS" #> [3718] "sim3Occ" #> [3719] "simComm" #> [3720] "simDCM" #> [3721] "simDynocc" #> [3722] "simHDS" #> [3723] "simHDSg" #> [3724] "simHDSopen" #> [3725] "simHDStr" #> [3726] "simNmix" #> [3727] "simOcc" #> [3728] "simOccttd" #> [3729] "simpleNmix" #> [3730] "spatial.exp" #> [3731] "spline.prep" #> [3732] "SwissSquirrels" #> [3733] "SwissTits" #> [3734] "ttdPeregrine" #> [3735] "wagtail" #> [3736] "wigglyOcc" #> [3737] "fit" #> [3738] "is.ahn" #> [3739] "predict.ahn" #> [3740] "summary.ahn" #> [3741] "visualize" #> [3742] "AhoCorasickSearch" #> [3743] "AhoCorasickSearchList" #> [3744] "AhoCorasickTrie" #> [3745] "ahp" #> [3746] "AhpMatrix" #> [3747] "Analyze" #> [3748] "Calculate" #> [3749] "GetPairwiseFromFunction" #> [3750] "Load" #> [3751] "PrioritiesFromPairwiseMatrixEigenvalues" #> [3752] "PrioritiesFromScoresDefault" #> [3753] "RunGUI" #> [3754] "Visualize" #> [3755] "ahp.aggjudge" #> [3756] "ahp.aggpref" #> [3757] "ahp.cr" #> [3758] "ahp.error" #> [3759] "ahp.harker" #> [3760] "ahp.indpref" #> [3761] "ahp.mat" #> [3762] "ahp.missing" #> [3763] "ahp.pwerror" #> [3764] "ahp.ri" #> [3765] "ahpsurvey" #> [3766] "city1" #> [3767] "city200" #> [3768] "AHR" #> [3769] "ahrAJ" #> [3770] "ahrKM" #> [3771] "ahrUser" #> [3772] "ahrWKM" #> [3773] "aj" #> [3774] "avgHR" #> [3775] "fastkm" #> [3776] "print.ahr" #> [3777] "print.rmd" #> [3778] "print.survQuantile" #> [3779] "rmeanDiff" #> [3780] "rmeanDiff.ahr" #> [3781] "wkm" #> [3782] "wkmCompareQuantiles" #> [3783] "wkmQuantile" #> [3784] "AICcmodavg-package" #> [3785] "AICcCustom" #> [3786] "AICcmodavg-defunct" #> [3787] "aictab" #> [3788] "aictabCustom" #> [3789] "anovaOD" #> [3790] "beetle" #> [3791] "bictab" #> [3792] "bictabCustom" #> [3793] "boot.wt" #> [3794] "bullfrog" #> [3795] "cement" #> [3796] "checkConv" #> [3797] "checkParms" #> [3798] "confset" #> [3799] "countDist" #> [3800] "countHist" #> [3801] "covDiag" #> [3802] "c_hat" #> [3803] "detHist" #> [3804] "DIC" #> [3805] "dictab" #> [3806] "dry.frog" #> [3807] "evidence" #> [3808] "extractCN" #> [3809] "extractLL" #> [3810] "extractSE" #> [3811] "extractX" #> [3812] "fam.link.mer" #> [3813] "fat" #> [3814] "gpa" #> [3815] "ictab" #> [3816] "importance" #> [3817] "iron" #> [3818] "mb.gof.test" #> [3819] "min.trap" #> [3820] "modavg" #> [3821] "modavg.utility" #> [3822] "modavgCustom" #> [3823] "modavgEffect" #> [3824] "modavgIC" #> [3825] "modavgPred" #> [3826] "modavgShrink" #> [3827] "multComp" #> [3828] "Nmix.gof.test" #> [3829] "pine" #> [3830] "predictSE" #> [3831] "salamander" #> [3832] "summaryOD" #> [3833] "tortoise" #> [3834] "turkey" #> [3835] "useBIC" #> [3836] "useBICCustom" #> [3837] "xtable" #> [3838] "AID-package" #> [3839] "AADT" #> [3840] "boxcoxfr" #> [3841] "boxcoxlm" #> [3842] "boxcoxnc" #> [3843] "confInt.boxcoxfr" #> [3844] "confInt.boxcoxnc" #> [3845] "grades" #> [3846] "textile" #> [3847] "getAnnotation" #> [3848] "getCloud1D" #> [3849] "getCloud2D" #> [3850] "getCloud3D" #> [3851] "getHisto1D" #> [3852] "getHisto2D" #> [3853] "getHisto3D" #> [3854] "getProfile1D" #> [3855] "getProfile2D" #> [3856] "getTuple" #> [3857] "AIG" #> [3858] "arith" #> [3859] "lisy" #> [3860] "spatial2d" #> [3861] "spatial3d" #> [3862] "spatial3dDouble" #> [3863] "spatial3d_mirror" #> [3864] "spatial3d_mirrorDouble" #> [3865] "backfit.cox.interaction" #> [3866] "backfit.cox.main" #> [3867] "backfit.lm.interaction" #> [3868] "backfit.lm.main" #> [3869] "backfit.logistic.interaction" #> [3870] "backfit.logistic.main" #> [3871] "cox.interaction" #> [3872] "cox.main" #> [3873] "cv.cox.interaction" #> [3874] "cv.cox.main" #> [3875] "cv.lm.interaction" #> [3876] "cv.lm.main" #> [3877] "cv.logistic.interaction" #> [3878] "cv.logistic.main" #> [3879] "index.prediction" #> [3880] "lm.interaction" #> [3881] "lm.main" #> [3882] "logistic.interaction" #> [3883] "logistic.main" #> [3884] "aimPlot" #> [3885] "RegData" #> [3886] "aire.zmvm" #> [3887] "convert_to_imeca" #> [3888] "convert_to_index" #> [3889] "download_24hr_average" #> [3890] "download_deposition" #> [3891] "download_lead" #> [3892] "download_meteorological" #> [3893] "download_pollution" #> [3894] "download_pressure" #> [3895] "download_radiation" #> [3896] "get_latest_imeca" #> [3897] "get_station_data" #> [3898] "get_station_imeca" #> [3899] "get_station_month_data" #> [3900] "get_zone_imeca" #> [3901] "idw360" #> [3902] "stations" #> [3903] "zones" #> [3904] "Olivier" #> [3905] "Delaigue" #> [3906] "2019-04-03" #> [3907] "14:50:03" #> [3908] "airGR" #> [3909] "BasinInfo" #> [3910] "BasinObs" #> [3911] "Calibration" #> [3912] "Calibration_Michel" #> [3913] "CreateCalibOptions" #> [3914] "CreateIniStates" #> [3915] "CreateInputsCrit" #> [3916] "CreateInputsModel" #> [3917] "CreateRunOptions" #> [3918] "DataAltiExtrapolation_Valery" #> [3919] "ErrorCrit" #> [3920] "ErrorCrit_KGE" #> [3921] "ErrorCrit_KGE2" #> [3922] "ErrorCrit_NSE" #> [3923] "ErrorCrit_RMSE" #> [3924] "Param_Sets_GR4J" #> [3925] "PEdaily_Oudin" #> [3926] "plot.OutputsModel" #> [3927] "RunModel" #> [3928] "RunModel_CemaNeige" #> [3929] "RunModel_CemaNeigeGR4J" #> [3930] "RunModel_CemaNeigeGR5J" #> [3931] "RunModel_CemaNeigeGR6J" #> [3932] "RunModel_GR1A" #> [3933] "RunModel_GR2M" #> [3934] "RunModel_GR4H" #> [3935] "RunModel_GR4J" #> [3936] "RunModel_GR5J" #> [3937] "RunModel_GR6J" #> [3938] "SeriesAggreg" #> [3939] "TransfoParam" #> [3940] "airGRteaching" #> [3941] "CalGR" #> [3942] "dyplot" #> [3943] "plot.CalGR" #> [3944] "plot.PrepGR" #> [3945] "plot.SimGR" #> [3946] "PrepGR" #> [3947] "ShinyGR" #> [3948] "SimGR" #> [3949] "airportr" #> [3950] "airports" #> [3951] "airports_around" #> [3952] "airports_near_airport" #> [3953] "airport_detail" #> [3954] "airport_distance" #> [3955] "airport_location" #> [3956] "airport_lookup" #> [3957] "city_airports" #> [3958] "ExampleData" #> [3959] "load_schema" #> [3960] "read_airr" #> [3961] "Schema-class" #> [3962] "validate_airr" #> [3963] "write_airr" #> [3964] "aiRthermo-package" #> [3965] "adiabatic_ascent" #> [3966] "aiRthermoConstants" #> [3967] "AnyAdiabaticDown" #> [3968] "boltonTLCL" #> [3969] "bruntVaisallaOmegaSquared" #> [3970] "C2K" #> [3971] "CAPE_CIN" #> [3972] "densityDry" #> [3973] "densityH2Ov" #> [3974] "densityMoistAir" #> [3975] "dewpointdepression2rh" #> [3976] "e2w" #> [3977] "equivalentPotentialTemperature" #> [3978] "export_constants" #> [3979] "export_lines" #> [3980] "find_lcl" #> [3981] "fixedlines" #> [3982] "gamma_saturated" #> [3983] "K2C" #> [3984] "Kindex" #> [3985] "latent_heat_H2O" #> [3986] "LIindex" #> [3987] "moistAdiabaticLapseRate" #> [3988] "moistCp" #> [3989] "moistCv" #> [3990] "parcelState" #> [3991] "PT2Theta" #> [3992] "PTheta2T" #> [3993] "PW" #> [3994] "q2e" #> [3995] "q2w" #> [3996] "RadiosondeA" #> [3997] "RadiosondeD" #> [3998] "RadiosondeDavenport" #> [3999] "rh2shum" #> [4000] "rh2w" #> [4001] "saturation_mixing_ratio" #> [4002] "saturation_pressure_H2O" #> [4003] "Sindex" #> [4004] "stuve_diagram" #> [4005] "TTdP2rh" #> [4006] "TTheta2P" #> [4007] "TTindex" #> [4008] "virtual_temperature" #> [4009] "w2q" #> [4010] "w2Td" #> [4011] "Ajv" #> [4012] "ajv.addFormat" #> [4013] "ajv.addKeyword" #> [4014] "ajv.addSchema" #> [4015] "ajv.compile" #> [4016] "ajv.errorsText" #> [4017] "ajv.getSchema" #> [4018] "ajv.keyword" #> [4019] "ajv.removeSchema" #> [4020] "ajv.validate" #> [4021] "ajv.validateSchema" #> [4022] "Ake-package" #> [4023] "dke.fun" #> [4024] "hbay.fun" #> [4025] "hcvc.fun" #> [4026] "hcvd.fun" #> [4027] "hcvreg.fun" #> [4028] "kef" #> [4029] "kern.fun" #> [4030] "kpmfe.fun" #> [4031] "milk" #> [4032] "plot.dke.fun" #> [4033] "plot.hcvc.fun" #> [4034] "plot.kern.fun" #> [4035] "plot.kpmfe.fun" #> [4036] "plot.reg.fun" #> [4037] "print.reg.fun" #> [4038] "reg.fun" #> [4039] "akima" #> [4040] "akima760" #> [4041] "aspline" #> [4042] "bicubic" #> [4043] "bicubic.grid" #> [4044] "bilinear" #> [4045] "bilinear.grid" #> [4046] "franke.data" #> [4047] "interp" #> [4048] "interp.old" #> [4049] "interp2xyz" #> [4050] "interpp" #> [4051] "interpp.old" #> [4052] "akmeans-package" #> [4053] "akmeans" #> [4054] "norm.sim.ksc" #> [4055] "norm.sim.ksc.center.update" #> [4056] "quick.norm" #> [4057] "akmedoids.clust" #> [4058] "alphaLabel" #> [4059] "dataImputation" #> [4060] "outlierDetect" #> [4061] "population" #> [4062] "props" #> [4063] "rates" #> [4064] "statPrint" #> [4065] "traj" #> [4066] "wSpaces" #> [4067] "ALA4R" #> [4068] "ala_cache_filename" #> [4069] "ala_config" #> [4070] "ala_fields" #> [4071] "ala_list" #> [4072] "ala_lists" #> [4073] "aus" #> [4074] "check_assertions" #> [4075] "fieldguide" #> [4076] "image_info" #> [4077] "intersect_points" #> [4078] "occurrences" #> [4079] "occurrences_plot" #> [4080] "occurrences_s3" #> [4081] "occurrence_details" #> [4082] "search_fulltext" #> [4083] "search_guids" #> [4084] "search_layers" #> [4085] "search_names" #> [4086] "search_partial_name" #> [4087] "sites_by_species" #> [4088] "specieslist" #> [4089] "species_info" #> [4090] "taxinfo_download" #> [4091] "alabama" #> [4092] "auglag" #> [4093] "constrOptim.nl" #> [4094] "Jason" #> [4095] "Vander" #> [4096] "Heiden" #> [4097] "Namita" #> [4098] "Gupta" #> [4099] "Susanna" #> [4100] "Marquez" #> [4101] "Daniel" #> [4102] "Gadala-Maria" #> [4103] "Ruoyi" #> [4104] "Jiang" #> [4105] "Nima" #> [4106] "Nouri" #> [4107] "Steven" #> [4108] "Kleinstein" #> [4109] "2018-09-14" #> [4110] "16:10:03" #> [4111] "ABBREV_AA" #> [4112] "AbundanceCurve-class" #> [4113] "alakazam" #> [4114] "aliphatic" #> [4115] "aminoAcidProperties" #> [4116] "baseTheme" #> [4117] "buildPhylipLineage" #> [4118] "bulk" #> [4119] "calcCoverage" #> [4120] "calcDiversity" #> [4121] "ChangeoClone-class" #> [4122] "charge" #> [4123] "checkColumns" #> [4124] "collapseDuplicates" #> [4125] "countClones" #> [4126] "countGenes" #> [4127] "countPatterns" #> [4128] "cpuCount" #> [4129] "DEFAULT_COLORS" #> [4130] "DiversityCurve-class" #> [4131] "DiversityTest-class" #> [4132] "EdgeTest-class" #> [4133] "estimateAbundance" #> [4134] "ExampleDb" #> [4135] "ExampleTrees" #> [4136] "extractVRegion" #> [4137] "getAAMatrix" #> [4138] "getDNAMatrix" #> [4139] "getMRCA" #> [4140] "getPathLengths" #> [4141] "getSegment" #> [4142] "gravy" #> [4143] "gridPlot" #> [4144] "groupGenes" #> [4145] "IMGT_REGIONS" #> [4146] "isValidAASeq" #> [4147] "IUPAC_CODES" #> [4148] "makeChangeoClone" #> [4149] "makeTempDir" #> [4150] "maskSeqEnds" #> [4151] "maskSeqGaps" #> [4152] "MRCATest-class" #> [4153] "nonsquareDist" #> [4154] "padSeqEnds" #> [4155] "pairwiseDist" #> [4156] "pairwiseEqual" #> [4157] "permuteLabels" #> [4158] "plotAbundanceCurve" #> [4159] "plotDiversityCurve" #> [4160] "plotDiversityTest" #> [4161] "plotEdgeTest" #> [4162] "plotMRCATest" #> [4163] "plotSubtrees" #> [4164] "polar" #> [4165] "progressBar" #> [4166] "rarefyDiversity" #> [4167] "readChangeoDb" #> [4168] "seqDist" #> [4169] "seqEqual" #> [4170] "sortGenes" #> [4171] "stoufferMeta" #> [4172] "summarizeSubtrees" #> [4173] "tableEdges" #> [4174] "testDiversity" #> [4175] "testEdges" #> [4176] "testMRCA" #> [4177] "translateDNA" #> [4178] "translateStrings" #> [4179] "writeChangeoDb" #> [4180] "albopictus-package" #> [4181] "add<-" #> [4182] "dead" #> [4183] "developed" #> [4184] "devtable" #> [4185] "gamma_dist_prob" #> [4186] "iterate<-" #> [4187] "nbinom_dist_prob" #> [4188] "perturb<-" #> [4189] "spop" #> [4190] "ald-package" #> [4191] "ALD" #> [4192] "likALD" #> [4193] "mleALD" #> [4194] "momentsALD" #> [4195] "ais" #> [4196] "diag.qr" #> [4197] "EM.qr" #> [4198] "ALEPlot-package" #> [4199] "ALEPlot" #> [4200] "PDPlot" #> [4201] "get_alfred_series" #> [4202] "get_fred_series" #> [4203] "CCTable11.1a" #> [4204] "efficient.rounding" #> [4205] "eval.blockdesign" #> [4206] "eval.design" #> [4207] "expand.formula" #> [4208] "gen.factorial" #> [4209] "gen.mixture" #> [4210] "GVTable1" #> [4211] "GVTable3" #> [4212] "model.matrix.formula" #> [4213] "optBlock" #> [4214] "optFederov" #> [4215] "optMonteCarlo" #> [4216] "TGTable3" #> [4217] "TGTable5" #> [4218] "AlgebraicHaploPackage-package" #> [4219] "callhaplotype" #> [4220] "cubic" #> [4221] "findoptimal" #> [4222] "haplotypeit" #> [4223] "optimalfrequency" #> [4224] "AlgorithmiaAcl-class" #> [4225] "AlgorithmiaAlgorithm-class" #> [4226] "AlgorithmiaClient-class" #> [4227] "AlgorithmiaDataDirectory-class" #> [4228] "AlgorithmiaDataFile-class" #> [4229] "AlgorithmiaDirectoryIterator-class" #> [4230] "getAlgorithmiaClient" #> [4231] "ReadAcl.MY_ALGORITHMS" #> [4232] "ReadAcl.PRIVATE" #> [4233] "ReadAcl.PUBLIC" #> [4234] "alignfigR" #> [4235] "define_palette" #> [4236] "extract_subalign" #> [4237] "plot_alignment" #> [4238] "read_alignment" #> [4239] "aline-package" #> [4240] "aline" #> [4241] "ALINE.map" #> [4242] "ALINE.segments" #> [4243] "decode.ALINE" #> [4244] "encode.ALINE" #> [4245] "features.plot" #> [4246] "generate.training" #> [4247] "map" #> [4248] "optimization.GA" #> [4249] "optimize.features" #> [4250] "raw.alignment" #> [4251] "show.map" #> [4252] "allan-package" #> [4253] "allanVarSelect" #> [4254] "fitvbiglm" #> [4255] "getbestchunksize" #> [4256] "predictvbiglm" #> [4257] "readinbigdata" #> [4258] "allanvar" #> [4259] "avar" #> [4260] "avari" #> [4261] "avarn" #> [4262] "gyroz" #> [4263] "plotav" #> [4264] "alleHap-package" #> [4265] "alleHaplotyper" #> [4266] "alleImputer" #> [4267] "alleLoader" #> [4268] "alleSimulator" #> [4269] "allelematch-package" #> [4270] "amAlleleFreq" #> [4271] "amCluster" #> [4272] "amCSSForHTML" #> [4273] "amDataset" #> [4274] "amExampleData" #> [4275] "amMatrix" #> [4276] "amPairwise" #> [4277] "amUnique" #> [4278] "amUniqueProfile" #> [4279] "agerepro.summary" #> [4280] "AlleleRetain" #> [4281] "aRetain" #> [4282] "aRetain.summary" #> [4283] "indiv.summary" #> [4284] "LRS.summary" #> [4285] "pedigree.summary" #> [4286] "allelic.exact.test" #> [4287] "AllPossibleSpellings-package" #> [4288] "batch.possSpells.fnc" #> [4289] "possSpells.fnc" #> [4290] "alluvial" #> [4291] "alluvial_ts" #> [4292] "Refugees" #> [4293] "alpaca" #> [4294] "coef.feglm" #> [4295] "coef.summary.feglm" #> [4296] "feglm" #> [4297] "feglm.control" #> [4298] "fitted.feglm" #> [4299] "getFEs" #> [4300] "predict.feglm" #> [4301] "print.feglm" #> [4302] "print.summary.feglm" #> [4303] "simGLM" #> [4304] "summary.feglm" #> [4305] "vcov.feglm" #> [4306] "bagpipe" #> [4307] "chain_scores" #> [4308] "combine_freq_results" #> [4309] "create_clones" #> [4310] "create_data" #> [4311] "create_data_singlecells" #> [4312] "dual_discrim_dual_likelihood" #> [4313] "dual_discrim_shared_likelihood" #> [4314] "dual_eval" #> [4315] "dual_tail" #> [4316] "dual_top" #> [4317] "freq_estimate" #> [4318] "freq_eval" #> [4319] "likelihood_dual" #> [4320] "likelihood_dualdual" #> [4321] "likelihood_single" #> [4322] "read_alphabetr" #> [4323] "alphahull-package" #> [4324] "ahull" #> [4325] "ahull_track" #> [4326] "anglesArc" #> [4327] "arc" #> [4328] "areaahull" #> [4329] "ashape" #> [4330] "complement" #> [4331] "delvor" #> [4332] "dummycoor" #> [4333] "dw" #> [4334] "dw_track" #> [4335] "inahull" #> [4336] "inter" #> [4337] "koch" #> [4338] "lengthahull" #> [4339] "plot.ahull" #> [4340] "plot.ashape" #> [4341] "plot.delvor" #> [4342] "rkoch" #> [4343] "tricircum" #> [4344] "alphaOutlier-package" #> [4345] "aout.binom" #> [4346] "aout.cg" #> [4347] "aout.chisq" #> [4348] "aout.conttab" #> [4349] "aout.exp" #> [4350] "aout.gandh" #> [4351] "aout.hyper" #> [4352] "aout.kernel" #> [4353] "aout.laplace" #> [4354] "aout.logis" #> [4355] "aout.mvnorm" #> [4356] "aout.nbinom" #> [4357] "aout.norm" #> [4358] "aout.pareto" #> [4359] "aout.pois" #> [4360] "aout.weibull" #> [4361] "citiesData" #> [4362] "createDesMat" #> [4363] "daysabs" #> [4364] "alphashape3d-package" #> [4365] "ashape3d" #> [4366] "components_ashape3d" #> [4367] "inashape3d" #> [4368] "plot.ashape3d" #> [4369] "rtorus" #> [4370] "surfaceNormals" #> [4371] "volume_ashape3d" #> [4372] "David" #> [4373] "Wilson" #> [4374] "Money" #> [4375] "[ctb]" #> [4376] "Hickey" #> [4377] "Chris" #> [4378] "Gaynor" #> [4379] "2019-03-15" #> [4380] "15:33:25" #> [4381] "aa" #> [4382] "AlphaSimR" #> [4383] "bv" #> [4384] "calcGCA" #> [4385] "dd" #> [4386] "ebv" #> [4387] "editGenome" #> [4388] "editGenomeTopQtl" #> [4389] "fastRRBLUP" #> [4390] "GCAsol-class" #> [4391] "genicVarA" #> [4392] "genicVarAA" #> [4393] "genicVarD" #> [4394] "genicVarG" #> [4395] "genParam" #> [4396] "getQtlMap" #> [4397] "getSnpMap" #> [4398] "gv" #> [4399] "hybridCross" #> [4400] "HybridPop-class" #> [4401] "LociMap-class" #> [4402] "makeCross" #> [4403] "makeCross2" #> [4404] "makeDH" #> [4405] "MapPop-class" #> [4406] "meanG" #> [4407] "meanP" #> [4408] "mergePops" #> [4409] "newMapPop" #> [4410] "newPop" #> [4411] "nInd" #> [4412] "pedigreeCross" #> [4413] "pheno" #> [4414] "Pop-class" #> [4415] "popVar" #> [4416] "pullIbdHaplo" #> [4417] "pullMultipleSnpGeno" #> [4418] "pullMultipleSnpHaplo" #> [4419] "pullQtlGeno" #> [4420] "pullQtlHaplo" #> [4421] "pullSegSiteGeno" #> [4422] "pullSegSiteHaplo" #> [4423] "pullSnpGeno" #> [4424] "pullSnpHaplo" #> [4425] "quickHaplo" #> [4426] "randCross" #> [4427] "randCross2" #> [4428] "RawPop-class" #> [4429] "resetPop" #> [4430] "RRBLUP" #> [4431] "RRBLUP2" #> [4432] "RRBLUPMemUse" #> [4433] "RRBLUP_D" #> [4434] "RRBLUP_D2" #> [4435] "RRBLUP_GCA" #> [4436] "RRBLUP_GCA2" #> [4437] "RRBLUP_SCA" #> [4438] "RRDsol-class" #> [4439] "RRsol-class" #> [4440] "runMacs" #> [4441] "runMacs2" #> [4442] "sampleHaplo" #> [4443] "SCAsol-class" #> [4444] "selectCross" #> [4445] "selectFam" #> [4446] "selectInd" #> [4447] "selectOP" #> [4448] "selectWithinFam" #> [4449] "self" #> [4450] "selIndex" #> [4451] "selInt" #> [4452] "setEBV" #> [4453] "setPheno" #> [4454] "setPhenoGCA" #> [4455] "SimParam" #> [4456] "SimParam_addSnpChip" #> [4457] "SimParam_addStructuredSnpChips" #> [4458] "SimParam_addTraitA" #> [4459] "SimParam_addTraitAD" #> [4460] "SimParam_addTraitADE" #> [4461] "SimParam_addTraitADEG" #> [4462] "SimParam_addTraitADG" #> [4463] "SimParam_addTraitAE" #> [4464] "SimParam_addTraitAEG" #> [4465] "SimParam_addTraitAG" #> [4466] "SimParam_manAddSnpChip" #> [4467] "SimParam_manAddTrait" #> [4468] "SimParam_new" #> [4469] "SimParam_removeFounderPop" #> [4470] "SimParam_removeSnpChip" #> [4471] "SimParam_removeTrait" #> [4472] "SimParam_rescaleTraits" #> [4473] "SimParam_resetPed" #> [4474] "SimParam_restrSegSites" #> [4475] "SimParam_setCorE" #> [4476] "SimParam_setGender" #> [4477] "SimParam_setRecRatio" #> [4478] "SimParam_setTrackPed" #> [4479] "SimParam_setTrackRec" #> [4480] "SimParam_setVarE" #> [4481] "SimParam_switchFemaleMap" #> [4482] "SimParam_switchFounderPop" #> [4483] "SimParam_switchGenMap" #> [4484] "SimParam_switchMaleMap" #> [4485] "SimParam_switchSnpChip" #> [4486] "SimParam_switchTrait" #> [4487] "smithHazel" #> [4488] "TraitA-class" #> [4489] "TraitAD-class" #> [4490] "TraitADE-class" #> [4491] "TraitADEG-class" #> [4492] "TraitADG-class" #> [4493] "TraitAE-class" #> [4494] "TraitAEG-class" #> [4495] "TraitAG-class" #> [4496] "usefulness" #> [4497] "varA" #> [4498] "varAA" #> [4499] "varD" #> [4500] "varG" #> [4501] "varP" #> [4502] "writePlink" #> [4503] "writeRecords" #> [4504] "mdstab.elliptical" #> [4505] "mfitstab.elliptical" #> [4506] "mfitstab.ustat" #> [4507] "mrstab" #> [4508] "mrstab.elliptical" #> [4509] "udstab" #> [4510] "ufitstab.cauchy" #> [4511] "ufitstab.cauchy.mix" #> [4512] "ufitstab.skew" #> [4513] "ufitstab.sym" #> [4514] "ufitstab.sym.mix" #> [4515] "ufitstab.ustat" #> [4516] "upstab" #> [4517] "urstab" #> [4518] "urstab.trunc" #> [4519] "fetchSeries" #> [4520] "setAPIKey" #> [4521] "technical_indicator_specification" #> [4522] "validation_list" #> [4523] "alphavantager" #> [4524] "av_api_key" #> [4525] "av_get" #> [4526] "allshoots" #> [4527] "alr3-deprecated" #> [4528] "alrWeb" #> [4529] "baeskel" #> [4530] "banknote" #> [4531] "BGSall" #> [4532] "BigMac2003" #> [4533] "blowdown" #> [4534] "brains" #> [4535] "cakes" #> [4536] "cathedral" #> [4537] "caution" #> [4538] "challeng" #> [4539] "chloride" #> [4540] "domedata" #> [4541] "donner" #> [4542] "downer" #> [4543] "drugcost" #> [4544] "dwaste" #> [4545] "florida" #> [4546] "forbes" #> [4547] "ftcollinssnow" #> [4548] "fuel2001" #> [4549] "galapagos" #> [4550] "galtonpeas" #> [4551] "heights" #> [4552] "highway" #> [4553] "hooker" #> [4554] "htwt" #> [4555] "jevons" #> [4556] "lakemary" #> [4557] "lakes" #> [4558] "landrent" #> [4559] "lathe1" #> [4560] "mantel" #> [4561] "mile" #> [4562] "Mitchell" #> [4563] "MWwords" #> [4564] "npdata" #> [4565] "oldfaith" #> [4566] "physics" #> [4567] "pipeline" #> [4568] "pod" #> [4569] "prodscore" #> [4570] "pureErrorAnova" #> [4571] "randomLinComb" #> [4572] "rat" #> [4573] "salary" #> [4574] "salarygov" #> [4575] "segreg" #> [4576] "shocks" #> [4577] "sleep1" #> [4578] "snake" #> [4579] "sniffer" #> [4580] "snowgeese" #> [4581] "stopping" #> [4582] "swan96" #> [4583] "titanic" #> [4584] "transact" #> [4585] "turk0" #> [4586] "twins" #> [4587] "ufc" #> [4588] "UN1" #> [4589] "UN2" #> [4590] "UN3" #> [4591] "walleye" #> [4592] "water" #> [4593] "wblake" #> [4594] "wm1" #> [4595] "wm2" #> [4596] "wm3" #> [4597] "wm4" #> [4598] "wool" #> [4599] "alr4Web" #> [4600] "BlowBS" #> [4601] "Blowdown" #> [4602] "Challeng" #> [4603] "Donner" #> [4604] "Downer" #> [4605] "Forbes" #> [4606] "ftcollinstemp" #> [4607] "Heights" #> [4608] "Highway" #> [4609] "Hooker" #> [4610] "Htwt" #> [4611] "MinnLand" #> [4612] "MinnWater" #> [4613] "Rateprof" #> [4614] "Rpdata" #> [4615] "Stevens" #> [4616] "UBSprices" #> [4617] "UN11" #> [4618] "Whitestar" #> [4619] "als" #> [4620] "matchFactor" #> [4621] "multiex" #> [4622] "multiex1" #> [4623] "plotS" #> [4624] "ALSCPC-package" #> [4625] "ALS.CPC" #> [4626] "ABTElectronicsCorporation" #> [4627] "AICp" #> [4628] "aligned.dot.plot2" #> [4629] "ApexEnterprises" #> [4630] "AuditorTraining_10" #> [4631] "AuditorTraining_5" #> [4632] "BestSub" #> [4633] "bftest" #> [4634] "BodyFat" #> [4635] "boxcox.sse" #> [4636] "CashOffers" #> [4637] "CastleBakery" #> [4638] "ci.reg" #> [4639] "CoinOperatedTenninals" #> [4640] "ComputerizedGame" #> [4641] "cpc" #> [4642] "CrackerPromotion" #> [4643] "DiskDriveService" #> [4644] "FillingMachines" #> [4645] "GroceryRetailer" #> [4646] "GrowthHormone" #> [4647] "HayFeverRelief" #> [4648] "HelicopterService" #> [4649] "JobProficiency" #> [4650] "JobProficiencyAdditional" #> [4651] "KentonFoodCompany" #> [4652] "MLS" #> [4653] "model.s" #> [4654] "modelval" #> [4655] "normal.cor.test" #> [4656] "onerandom" #> [4657] "oneway" #> [4658] "Plasma" #> [4659] "plotmodel.s" #> [4660] "PortraitStudio" #> [4661] "PremiumDistribution" #> [4662] "pressc" #> [4663] "ProductivityImprovement" #> [4664] "ProgrammerRequirements" #> [4665] "QuestionnaireColor" #> [4666] "RehabilitationTherapy" #> [4667] "RiskPremium" #> [4668] "RoadPaintWear" #> [4669] "RustInhibitor" #> [4670] "SalableFlowers" #> [4671] "satterthwaite" #> [4672] "SBCp" #> [4673] "ServoData" #> [4674] "SolutionConcentration" #> [4675] "ssea.oneway" #> [4676] "SurgicalUnit" #> [4677] "SurgicalUnitAdditional" #> [4678] "TaskCompletion" #> [4679] "TelephoneCommunications" #> [4680] "TolucaCompany" #> [4681] "towway.ci" #> [4682] "WindingSpeeds" #> [4683] "alterryx" #> [4684] "app_jobs" #> [4685] "as.alteryx_app" #> [4686] "as.alteryx_job" #> [4687] "build_base_string" #> [4688] "build_base_url" #> [4689] "build_request_url" #> [4690] "build_signature" #> [4691] "check_class" #> [4692] "check_keys" #> [4693] "check_status" #> [4694] "download_app" #> [4695] "empty_answer" #> [4696] "encode_list" #> [4697] "generate_nonce" #> [4698] "generate_required_headers" #> [4699] "get_app" #> [4700] "get_app_questions" #> [4701] "get_gallery" #> [4702] "get_info" #> [4703] "get_job_log" #> [4704] "get_job_output" #> [4705] "get_priority" #> [4706] "normalize_request_params" #> [4707] "parse_request_response" #> [4708] "remove_bom" #> [4709] "running_jobs" #> [4710] "sign_base_string" #> [4711] "submit_get_request" #> [4712] "submit_post_request" #> [4713] "aex" #> [4714] "ha" #> [4715] "hipfrac" #> [4716] "lcj" #> [4717] "metahet" #> [4718] "metaoutliers" #> [4719] "plot.metaoutliers" #> [4720] "slf" #> [4721] "ALTopt-package" #> [4722] "alteval.ic" #> [4723] "alteval.rc" #> [4724] "altopt.ic" #> [4725] "altopt.rc" #> [4726] "compare.fus" #> [4727] "compare.vdus" #> [4728] "convert.stress.level" #> [4729] "design.plot" #> [4730] "pv.contour.ic" #> [4731] "pv.contour.rc" #> [4732] "pv.fus.ic" #> [4733] "pv.fus.rc" #> [4734] "pv.vdus.ic" #> [4735] "pv.vdus.rc" #> [4736] "acpgen" #> [4737] "acprob" #> [4738] "burt" #> [4739] "diss" #> [4740] "Dist" #> [4741] "hcluster" #> [4742] "Kmeans" #> [4743] "lubisch" #> [4744] "pop" #> [4745] "VarRob" #> [4746] "AMAP.Seq.Internal" #> [4747] "MGN.EM" #> [4748] "RNASeq.Data" #> [4749] "test.AMAP" #> [4750] "ambhasGW" #> [4751] "create_inputs" #> [4752] "parameter_definition" #> [4753] "update_horizontally" #> [4754] "update_vertically" #> [4755] "ambient-package" #> [4756] "noise_cubic" #> [4757] "noise_perlin" #> [4758] "noise_simplex" #> [4759] "noise_value" #> [4760] "noise_white" #> [4761] "noise_worley" #> [4762] "AMCP-package" #> [4763] "chapter_10_exercise_14" #> [4764] "chapter_10_exercise_7" #> [4765] "chapter_10_exercise_9" #> [4766] "chapter_10_table_5" #> [4767] "chapter_10_table_9" #> [4768] "chapter_11_exercise_17" #> [4769] "chapter_11_exercise_18" #> [4770] "chapter_11_exercise_19" #> [4771] "chapter_11_exercise_21" #> [4772] "chapter_11_exercise_22" #> [4773] "chapter_11_exercise_23" #> [4774] "chapter_11_exercise_24" #> [4775] "chapter_11_exercise_3" #> [4776] "chapter_11_exercise_5" #> [4777] "chapter_11_table_1" #> [4778] "chapter_11_table_19" #> [4779] "chapter_11_table_20" #> [4780] "chapter_11_table_4" #> [4781] "chapter_11_table_5" #> [4782] "chapter_12_exercise_17" #> [4783] "chapter_12_exercise_18" #> [4784] "chapter_12_exercise_19" #> [4785] "chapter_12_exercise_21" #> [4786] "chapter_12_exercise_9" #> [4787] "chapter_12_table_1" #> [4788] "chapter_12_table_11" #> [4789] "chapter_12_table_15" #> [4790] "chapter_12_table_21" #> [4791] "chapter_12_table_7" #> [4792] "chapter_12_table_9" #> [4793] "chapter_13_exercise_10" #> [4794] "chapter_13_exercise_13" #> [4795] "chapter_13_exercise_14" #> [4796] "chapter_13_exercise_22" #> [4797] "chapter_13_exercise_23" #> [4798] "chapter_13_exercise_24" #> [4799] "chapter_13_exercise_25" #> [4800] "chapter_13_exercise_7" #> [4801] "chapter_13_table_1" #> [4802] "chapter_13_table_12" #> [4803] "chapter_13_table_14" #> [4804] "chapter_13_table_2" #> [4805] "chapter_13_table_5" #> [4806] "chapter_14_exercise_10" #> [4807] "chapter_14_exercise_14" #> [4808] "chapter_14_exercise_15" #> [4809] "chapter_14_exercise_21" #> [4810] "chapter_14_exercise_22" #> [4811] "chapter_14_table_1" #> [4812] "chapter_14_table_10" #> [4813] "chapter_14_table_3" #> [4814] "chapter_14_table_4" #> [4815] "chapter_14_table_5" #> [4816] "chapter_14_table_8" #> [4817] "chapter_15_exercise_16" #> [4818] "chapter_15_exercise_17" #> [4819] "chapter_15_exercise_18" #> [4820] "chapter_15_exercise_18_univariate" #> [4821] "chapter_15_exercise_19" #> [4822] "chapter_15_exercise_19_univariate" #> [4823] "chapter_15_table_1" #> [4824] "chapter_16_exercise_5" #> [4825] "chapter_16_exercise_7" #> [4826] "chapter_16_exercise_9" #> [4827] "chapter_16_table_1" #> [4828] "chapter_16_table_4" #> [4829] "chapter_1_exercise_18" #> [4830] "chapter_1_exercise_19" #> [4831] "chapter_1_exercise_21" #> [4832] "chapter_1_exercise_22" #> [4833] "chapter_1_exercise_23" #> [4834] "chapter_1_table_1" #> [4835] "chapter_3_exercise_10" #> [4836] "chapter_3_exercise_11" #> [4837] "chapter_3_exercise_19" #> [4838] "chapter_3_exercise_20" #> [4839] "chapter_3_exercise_21" #> [4840] "chapter_3_exercise_22" #> [4841] "chapter_3_exercise_9" #> [4842] "chapter_3_table_1" #> [4843] "chapter_3_table_3" #> [4844] "chapter_3_table_7_raw" #> [4845] "chapter_3_table_9_raw" #> [4846] "chapter_4_exercise_11" #> [4847] "chapter_4_exercise_12" #> [4848] "chapter_4_exercise_13" #> [4849] "chapter_4_table_1" #> [4850] "chapter_4_table_7" #> [4851] "chapter_5_exercise_10" #> [4852] "chapter_5_exercise_16" #> [4853] "chapter_5_exercise_5" #> [4854] "chapter_5_table_4" #> [4855] "chapter_6_exercise_10" #> [4856] "chapter_6_exercise_14" #> [4857] "chapter_6_exercise_16" #> [4858] "chapter_6_table_1" #> [4859] "chapter_7_exercise_12" #> [4860] "chapter_7_exercise_13" #> [4861] "chapter_7_exercise_14" #> [4862] "chapter_7_exercise_15" #> [4863] "chapter_7_exercise_18" #> [4864] "chapter_7_exercise_19" #> [4865] "chapter_7_exercise_22" #> [4866] "chapter_7_exercise_23" #> [4867] "chapter_7_exercise_24" #> [4868] "chapter_7_exercise_25" #> [4869] "chapter_7_exercise_6" #> [4870] "chapter_7_exercise_9" #> [4871] "chapter_7_table_1" #> [4872] "chapter_7_table_11" #> [4873] "chapter_7_table_15" #> [4874] "chapter_7_table_23" #> [4875] "chapter_7_table_5" #> [4876] "chapter_7_table_9" #> [4877] "chapter_8_exercise_15" #> [4878] "chapter_8_exercise_16" #> [4879] "chapter_8_exercise_17" #> [4880] "chapter_8_exercise_18" #> [4881] "chapter_8_exercise_19" #> [4882] "chapter_8_table_12" #> [4883] "chapter_9_exercise_4" #> [4884] "chapter_9_extension_exercise_1" #> [4885] "chapter_9_extension_exercise_2" #> [4886] "chapter_9_extension_table_1" #> [4887] "chapter_9_table_1" #> [4888] "chapter_9_table_11" #> [4889] "chapter_9_table_7" #> [4890] "tutorial_1_table_1" #> [4891] "tutorial_2_table_1" #> [4892] "tutorial_3a_table_1" #> [4893] "tutorial_3a_table_2" #> [4894] "tutorial_3a_table_4" #> [4895] "tutorial_3a_table_5" #> [4896] "AMCcreateelements" #> [4897] "AMCcreatequestions" #> [4898] "AMCcreatetest" #> [4899] "ameco" #> [4900] "amelia-package" #> [4901] "africa" #> [4902] "amelia" #> [4903] "ameliabind" #> [4904] "AmeliaView" #> [4905] "combine.output" #> [4906] "compare.density" #> [4907] "disperse" #> [4908] "freetrade" #> [4909] "mi.meld" #> [4910] "missmap" #> [4911] "moPrep" #> [4912] "overimpute" #> [4913] "plot.amelia" #> [4914] "summary.amelia" #> [4915] "transform.amelia" #> [4916] "tscsPlot" #> [4917] "write.amelia" #> [4918] "ad" #> [4919] "amelie" #> [4920] "pdfunc" #> [4921] "predict.ad" #> [4922] "amen-package" #> [4923] "addhealthc3" #> [4924] "addhealthc9" #> [4925] "addlines" #> [4926] "ame" #> [4927] "ame_rep" #> [4928] "circplot" #> [4929] "coldwar" #> [4930] "comtrade" #> [4931] "design_array" #> [4932] "dutchcollege" #> [4933] "el2sm" #> [4934] "gofstats" #> [4935] "IR90s" #> [4936] "lazegalaw" #> [4937] "mhalf" #> [4938] "netplot" #> [4939] "plot.ame" #> [4940] "raSab_bin_fc" #> [4941] "raSab_cbin_fc" #> [4942] "raSab_frn_fc" #> [4943] "rbeta_ab_fc" #> [4944] "rbeta_ab_rep_fc" #> [4945] "rmvnorm" #> [4946] "rrho_mh" #> [4947] "rrho_mh_rep" #> [4948] "rs2_fc" #> [4949] "rs2_rep_fc" #> [4950] "rUV_fc" #> [4951] "rUV_rep_fc" #> [4952] "rUV_sym_fc" #> [4953] "rwish" #> [4954] "rZ_bin_fc" #> [4955] "rZ_cbin_fc" #> [4956] "rZ_frn_fc" #> [4957] "rZ_nrm_fc" #> [4958] "rZ_ord_fc" #> [4959] "rZ_rrl_fc" #> [4960] "sampsonmonks" #> [4961] "sheep" #> [4962] "simY_bin" #> [4963] "simY_frn" #> [4964] "simY_nrm" #> [4965] "simY_ord" #> [4966] "simY_rrl" #> [4967] "simZ" #> [4968] "sm2el" #> [4969] "summary.ame" #> [4970] "Xbeta" #> [4971] "xnet" #> [4972] "YX_bin" #> [4973] "YX_bin_long" #> [4974] "YX_cbin" #> [4975] "YX_frn" #> [4976] "YX_nrm" #> [4977] "YX_ord" #> [4978] "YX_rrl" #> [4979] "zscores" #> [4980] "AmericanCallOpt-package" #> [4981] "am_call_bin" #> [4982] "am_call_bin_contpay" #> [4983] "am_call_bin_currency" #> [4984] "am_call_bin_futures" #> [4985] "am_call_bin_propdiv" #> [4986] "am_call_partials" #> [4987] "am_call_perpetual" #> [4988] "ames_raw" #> [4989] "ames_schools" #> [4990] "make_ames" #> [4991] "AMGET" #> [4992] "AMGET_package" #> [4993] "amias" #> [4994] "coef.amias" #> [4995] "genDXX" #> [4996] "my.rollmean" #> [4997] "plot.amias" #> [4998] "print.amias" #> [4999] "samias" #> [5000] "SimuBlocks" #> [5001] "AmigaBitmapFont" #> [5002] "AmigaFFH" #> [5003] "AmigaIcon" #> [5004] "amiga_display_keys" #> [5005] "amiga_display_modes" #> [5006] "amiga_monitors" #> [5007] "amiga_palettes" #> [5008] "as.raster" #> [5009] "as.raw" #> [5010] "availableFontSizes" #> [5011] "bitmapToRaster" #> [5012] "colourToAmigaRaw" #> [5013] "deltaFibonacciCompress" #> [5014] "dither" #> [5015] "fontName" #> [5016] "font_example" #> [5017] "getAmigaBitmapFont" #> [5018] "getIFFChunk" #> [5019] "hardwareSprite-class" #> [5020] "IFFChunk-class" #> [5021] "IFFChunk-method" #> [5022] "ilbm8lores.iff" #> [5023] "index.colours" #> [5024] "interpretIFFChunk" #> [5025] "packBitmap" #> [5026] "play" #> [5027] "rasterToAmigaBitmapFont" #> [5028] "rasterToBitmap" #> [5029] "rasterToHWSprite" #> [5030] "rasterToIFF" #> [5031] "rawToAmigaBitmapFont" #> [5032] "rawToAmigaBitmapFontSet" #> [5033] "rawToAmigaIcon" #> [5034] "rawToHWSprite" #> [5035] "rawToIFFChunk" #> [5036] "rawToSysConfig" #> [5037] "read.AmigaBitmapFont" #> [5038] "read.AmigaBitmapFontSet" #> [5039] "read.AmigaIcon" #> [5040] "read.iff" #> [5041] "read.SysConfig" #> [5042] "simpleAmigaIcon" #> [5043] "simpleSysConfig" #> [5044] "SysConfig" #> [5045] "timeval" #> [5046] "WaveToIFF" #> [5047] "write.AmigaBitmapFont" #> [5048] "write.AmigaIcon" #> [5049] "write.iff" #> [5050] "write.SysConfig" #> [5051] "aml.estimate" #> [5052] "aml.pred.outside" #> [5053] "amltest" #> [5054] "cleanclust" #> [5055] "epigen" #> [5056] "wheat" #> [5057] "AMGE.AMMI" #> [5058] "ammistability" #> [5059] "ASI.AMMI" #> [5060] "ASTAB.AMMI" #> [5061] "AVAMGE.AMMI" #> [5062] "DA.AMMI" #> [5063] "DZ.AMMI" #> [5064] "EV.AMMI" #> [5065] "FA.AMMI" #> [5066] "MASI.AMMI" #> [5067] "MASV.AMMI" #> [5068] "rankdf" #> [5069] "rankslopegraph" #> [5070] "SIPC.AMMI" #> [5071] "SSI" #> [5072] "ZA.AMMI" #> [5073] "amData" #> [5074] "amModel" #> [5075] "amModelLib" #> [5076] "AMModels" #> [5077] "getters" #> [5078] "grepAMModelLib" #> [5079] "insertAMModelLib" #> [5080] "lsModels" #> [5081] "methods-amModel" #> [5082] "methods-amModelLib" #> [5083] "modelMgr" #> [5084] "mymodels" #> [5085] "rmModel" #> [5086] "simCovariate" #> [5087] "ammonia" #> [5088] "aMNLFA.final" #> [5089] "aMNLFA.initial" #> [5090] "aMNLFA.itemplots" #> [5091] "aMNLFA.object" #> [5092] "aMNLFA.sample" #> [5093] "aMNLFA.scoreplots" #> [5094] "aMNLFA.scores" #> [5095] "aMNLFA.simultaneous" #> [5096] "xstudy" #> [5097] "AMOEBA" #> [5098] "ADAPTgd.MLPnet" #> [5099] "ADAPTgdwm.MLPnet" #> [5100] "BATCHgd.MLPnet" #> [5101] "BATCHgdwm.MLPnet" #> [5102] "error.LMS" #> [5103] "error.TAO" #> [5104] "graphviz.MLPnet" #> [5105] "init.MLPneuron" #> [5106] "newff" #> [5107] "random.init.MLPnet" #> [5108] "random.init.MLPneuron" #> [5109] "select.activation.function" #> [5110] "sim.MLPnet" #> [5111] "train" #> [5112] "training.report" #> [5113] "amostraBrasil" #> [5114] "dirFTP" #> [5115] "getGeoCodeCS" #> [5116] "getIBGEMunSHP" #> [5117] "MUNICIPIOS.IBGE" #> [5118] "setDentroFora" #> [5119] "setLatLong" #> [5120] "AMPD" #> [5121] "AmpliconDuo-package" #> [5122] "accepted.amplicons" #> [5123] "ampliconduo" #> [5124] "ampliconfreqs" #> [5125] "ampliconfreqs.long" #> [5126] "amplicons" #> [5127] "discordance.delta" #> [5128] "filter.ampliconduo" #> [5129] "filter.ampliconduo.set" #> [5130] "plotAmpliconduo" #> [5131] "plotAmpliconduo.set" #> [5132] "plotORdensity" #> [5133] "site.f" #> [5134] "abname" #> [5135] "age" #> [5136] "age_groups" #> [5137] "AMR" #> [5138] "antibiotics" #> [5139] "as.atc" #> [5140] "as.mic" #> [5141] "as.mo" #> [5142] "as.rsi" #> [5143] "atc_online_property" #> [5144] "atc_property" #> [5145] "availability" #> [5146] "catalogue_of_life" #> [5147] "catalogue_of_life_version" #> [5148] "count" #> [5149] "eucast_rules" #> [5150] "filter_ab_class" #> [5151] "first_isolate" #> [5152] "freq" #> [5153] "g.test" #> [5154] "get_locale" #> [5155] "ggplot_rsi" #> [5156] "guess_ab_col" #> [5157] "key_antibiotics" #> [5158] "like" #> [5159] "mdro" #> [5160] "microorganisms" #> [5161] "microorganisms.codes" #> [5162] "microorganisms.old" #> [5163] "mo_property" #> [5164] "mo_source" #> [5165] "p.symbol" #> [5166] "portion" #> [5167] "read.4D" #> [5168] "resistance_predict" #> [5169] "rsi" #> [5170] "septic_patients" #> [5171] "WHOCC" #> [5172] "WHONET" #> [5173] "amt-package" #> [5174] "adjust_param" #> [5175] "amt_fisher" #> [5176] "amt_fisher_lu" #> [5177] "as_track" #> [5178] "available_distr" #> [5179] "bbox" #> [5180] "centroid" #> [5181] "convert_angles" #> [5182] "coords" #> [5183] "crs" #> [5184] "cum_ud" #> [5185] "deer" #> [5186] "distributions" #> [5187] "dist_cent" #> [5188] "extract_covariates" #> [5189] "filter_min_n_burst" #> [5190] "fit_clogit" #> [5191] "fit_distr" #> [5192] "fit_logit" #> [5193] "fit_sl_dist" #> [5194] "fit_ta_dist" #> [5195] "from_to" #> [5196] "get_kappa" #> [5197] "habitat_kernel" #> [5198] "hr_area" #> [5199] "inspect" #> [5200] "movement_metrics" #> [5201] "od" #> [5202] "plot_sl" #> [5203] "random_points" #> [5204] "random_steps" #> [5205] "remove_capture" #> [5206] "sh" #> [5207] "sh_forest" #> [5208] "sl_distr" #> [5209] "sl_params" #> [5210] "speed" #> [5211] "steps" #> [5212] "summarize_sampling_rate" #> [5213] "ta_distr" #> [5214] "ta_params" #> [5215] "time_of_day" #> [5216] "track" #> [5217] "track_align" #> [5218] "track_methods" #> [5219] "track_resample" #> [5220] "transform_coords" #> [5221] "AmyloGram-package" #> [5222] "AmyloGram_gui" #> [5223] "AmyloGram_model" #> [5224] "is_protein" #> [5225] "pep424" #> [5226] "predict.ag_model" #> [5227] "print.ag_model" #> [5228] "read_txt" #> [5229] "spec_sens" #> [5230] "anacor" #> [5231] "bitterling" #> [5232] "burtTable" #> [5233] "expandFrame" #> [5234] "galton" #> [5235] "glass" #> [5236] "maxwell" #> [5237] "mkIndiList" #> [5238] "plot.anacor" #> [5239] "sleeping" #> [5240] "spider" #> [5241] "srole" #> [5242] "tocher" #> [5243] "analogsea-package" #> [5244] "account" #> [5245] "action" #> [5246] "actions" #> [5247] "analogsea-defunct" #> [5248] "analogsea-deprecated" #> [5249] "as.domain_record" #> [5250] "as.image" #> [5251] "as.snapshot" #> [5252] "as.volume" #> [5253] "debian" #> [5254] "docklets_create" #> [5255] "docklet_create" #> [5256] "domains" #> [5257] "domain_create" #> [5258] "do_oauth" #> [5259] "do_options" #> [5260] "droplet" #> [5261] "droplets" #> [5262] "droplets_cost" #> [5263] "droplets_create" #> [5264] "droplet_action" #> [5265] "droplet_actions" #> [5266] "droplet_create" #> [5267] "droplet_delete" #> [5268] "droplet_do_actions" #> [5269] "droplet_execute" #> [5270] "droplet_freeze" #> [5271] "droplet_kernels_list" #> [5272] "droplet_modify" #> [5273] "droplet_reuse" #> [5274] "droplet_snapshot" #> [5275] "droplet_ssh" #> [5276] "droplet_upgrades_list" #> [5277] "droplet_wait" #> [5278] "image_actions" #> [5279] "image_convert" #> [5280] "image_delete" #> [5281] "image_transfer" #> [5282] "key-crud" #> [5283] "keys" #> [5284] "neighbors" #> [5285] "nouns" #> [5286] "regions" #> [5287] "resize" #> [5288] "sizes" #> [5289] "standardise_keys" #> [5290] "tags" #> [5291] "tag_create" #> [5292] "tag_delete" #> [5293] "tag_resource" #> [5294] "tag_resource_delete" #> [5295] "volume_attach" #> [5296] "words" #> [5297] "analogue-package" #> [5298] "abernethy" #> [5299] "analog" #> [5300] "bayesF" #> [5301] "bootstrap" #> [5302] "bootstrap.wa" #> [5303] "bootstrapObject" #> [5304] "caterpillarPlot" #> [5305] "chooseTaxa" #> [5306] "cma" #> [5307] "compare" #> [5308] "crossval" #> [5309] "densityplot.residLen" #> [5310] "deshrink" #> [5311] "dissimilarities" #> [5312] "distance" #> [5313] "evenSample" #> [5314] "fitted.logitreg" #> [5315] "fuse" #> [5316] "getK" #> [5317] "gradientDist" #> [5318] "hist.residLen" #> [5319] "histogram.residLen" #> [5320] "ImbrieKipp" #> [5321] "logitreg" #> [5322] "mat" #> [5323] "mcarlo" #> [5324] "minDC" #> [5325] "n2" #> [5326] "optima" #> [5327] "panel.Loess" #> [5328] "panel.Stratiplot" #> [5329] "pcr" #> [5330] "performance" #> [5331] "plot.dissimilarities" #> [5332] "plot.evenSample" #> [5333] "plot.logitreg" #> [5334] "plot.mat" #> [5335] "plot.mcarlo" #> [5336] "plot.minDC" #> [5337] "plot.prcurve" #> [5338] "plot.residLen" #> [5339] "plot.roc" #> [5340] "plot.sppResponse" #> [5341] "plot.wa" #> [5342] "prcurve" #> [5343] "predict.logitreg" #> [5344] "predict.mat" #> [5345] "predict.pcr" #> [5346] "predict.prcurve" #> [5347] "predict.wa" #> [5348] "rankDC" #> [5349] "reconPlot" #> [5350] "residLen" #> [5351] "residuals.prcurve" #> [5352] "rlgh" #> [5353] "RMSEP" #> [5354] "roc" #> [5355] "scores.prcurve" #> [5356] "screeplot" #> [5357] "smoothers" #> [5358] "splitSample" #> [5359] "sppResponse" #> [5360] "stdError" #> [5361] "Stratiplot" #> [5362] "summary.analog" #> [5363] "summary.bootstrap.mat" #> [5364] "summary.cma" #> [5365] "summary.mat" #> [5366] "summary.predict.mat" #> [5367] "swapdiat" #> [5368] "swappH" #> [5369] "timetrack" #> [5370] "tran" #> [5371] "varExpl" #> [5372] "wa" #> [5373] "weightedCor" #> [5374] "plot3d.prcurve" #> [5375] "'analysisPipelines_package.R'" #> [5376] "'core-functions-batch.R'" #> [5377] "'core-streaming-functions.R'" #> [5378] "'spark-structured-streaming-utilities.R'" #> [5379] "Naren" #> [5380] "Srinivasan" #> [5381] "Zubin" #> [5382] "Dowlaty" #> [5383] "Sanjay" #> [5384] "Neeratyoy" #> [5385] "Mallik" #> [5386] "Anoop" #> [5387] "Mu" #> [5388] "Sigma," #> [5389] "Inc." #> [5390] "``Mu" #> [5391] "Inc.''" #> [5392] "2019-01-08" #> [5393] "16:40:12" #> [5394] "AnalysisPipeline-class" #> [5395] "analysisPipelines" #> [5396] "assessEngineSetUp" #> [5397] "BaseAnalysisPipeline-class" #> [5398] "bivarPlots" #> [5399] "castKafkaStreamAsString" #> [5400] "CheckColumnType" #> [5401] "checkSchemaMatch" #> [5402] "convertKafkaValueFromJson" #> [5403] "correlationMatPlot" #> [5404] "createPipelineInstance" #> [5405] "exportAsMetaPipeline" #> [5406] "generateOutput" #> [5407] "genericPipelineException" #> [5408] "getDatatype" #> [5409] "getFeaturesForPyClassification" #> [5410] "getInput" #> [5411] "getLoggerDetails" #> [5412] "getOutputById" #> [5413] "getPipeline" #> [5414] "getPipelinePrototype" #> [5415] "getRegistry" #> [5416] "getResponse" #> [5417] "getTargetForPyClassification" #> [5418] "getTerm" #> [5419] "ignoreCols" #> [5420] "isDependencyParam" #> [5421] "loadMetaPipeline" #> [5422] "loadPipeline" #> [5423] "loadPredefinedFunctionRegistry" #> [5424] "loadRegistry" #> [5425] "MetaAnalysisPipeline-class" #> [5426] "multiVarOutlierPlot" #> [5427] "outlierPlot" #> [5428] "prepExecution" #> [5429] "registerFunction" #> [5430] "savePipeline" #> [5431] "saveRegistry" #> [5432] "setInput" #> [5433] "setLoggerDetails" #> [5434] "setPythonEnvir" #> [5435] "sparkRSessionCreateIfNotPresent" #> [5436] "StreamingAnalysisPipeline-class" #> [5437] "univarCatDistPlots" #> [5438] "updateObject" #> [5439] "visualizePipeline" #> [5440] "colmean" #> [5441] "colsum" #> [5442] "Minstress" #> [5443] "na.cleaner" #> [5444] "offliers" #> [5445] "rowmean" #> [5446] "tgsboot" #> [5447] "Wbiplot" #> [5448] "weakly.stationary" #> [5449] "Analyz-class" #> [5450] "Analyz.coerceType" #> [5451] "Analyz.getNrColumns" #> [5452] "Analyz.getNrRows" #> [5453] "Analyz.getResult" #> [5454] "Analyz.getStepCommand" #> [5455] "Analyz.getStepParameters" #> [5456] "Analyz.getStepTitle" #> [5457] "Analyz.loadSteps" #> [5458] "Analyz.runAnalysis" #> [5459] "Analyz.setResult<-" #> [5460] "Analyz.setStepItems" #> [5461] "analyze2nifti" #> [5462] "centering" #> [5463] "cluster.threshold" #> [5464] "cov.est" #> [5465] "diminfo2fps" #> [5466] "EC.3D" #> [5467] "eigenvalues" #> [5468] "f.analyze.file.summary" #> [5469] "f.analyzeFMRI.gui" #> [5470] "f.basic.hdr.list.create" #> [5471] "f.basic.hdr.nifti.list.create" #> [5472] "f.complete.hdr.nifti.list.create" #> [5473] "f.ica.fmri" #> [5474] "f.ica.fmri.gui" #> [5475] "f.icast.fmri" #> [5476] "f.icast.fmri.gui" #> [5477] "f.nifti.file.summary" #> [5478] "f.plot.ica.fmri" #> [5479] "f.plot.ica.fmri.jpg" #> [5480] "f.plot.volume.gui" #> [5481] "f.read.analyze.header" #> [5482] "f.read.analyze.slice" #> [5483] "f.read.analyze.slice.at.all.timepoints" #> [5484] "f.read.analyze.tpt" #> [5485] "f.read.analyze.ts" #> [5486] "f.read.analyze.volume" #> [5487] "f.read.header" #> [5488] "f.read.nifti.header" #> [5489] "f.read.nifti.slice" #> [5490] "f.read.nifti.slice.at.all.timepoints" #> [5491] "f.read.nifti.tpt" #> [5492] "f.read.nifti.ts" #> [5493] "f.read.nifti.volume" #> [5494] "f.read.volume" #> [5495] "f.spectral.summary" #> [5496] "f.spectral.summary.nifti" #> [5497] "f.write.analyze" #> [5498] "f.write.array.to.img.2bytes" #> [5499] "f.write.array.to.img.8bit" #> [5500] "f.write.array.to.img.float" #> [5501] "f.write.list.to.hdr" #> [5502] "f.write.list.to.hdr.nifti" #> [5503] "f.write.nifti" #> [5504] "f.write.nii.array.to.img.2bytes" #> [5505] "f.write.nii.array.to.img.8bit" #> [5506] "f.write.nii.array.to.img.float" #> [5507] "fourDto2D" #> [5508] "fps2diminfo" #> [5509] "GaussSmoothArray" #> [5510] "GaussSmoothKernel" #> [5511] "ICAspat" #> [5512] "ICAtemp" #> [5513] "ijk2xyz" #> [5514] "magicfield" #> [5515] "mat34.to.TRSZ" #> [5516] "mat34.to.TZSR" #> [5517] "model.2.cov.func" #> [5518] "model.2.est.gamma" #> [5519] "N2G" #> [5520] "N2G.Class.Probability" #> [5521] "N2G.Density" #> [5522] "N2G.Fit" #> [5523] "N2G.Inverse" #> [5524] "N2G.Likelihood" #> [5525] "N2G.Likelihood.Ratio" #> [5526] "N2G.Region" #> [5527] "N2G.Spatial.Mixture" #> [5528] "N2G.Transform" #> [5529] "nifti.quatern.to.mat44" #> [5530] "NonLinearSmoothArray" #> [5531] "orientation" #> [5532] "Q2R" #> [5533] "R2Q" #> [5534] "reduction" #> [5535] "Sim.3D.GammaRF" #> [5536] "Sim.3D.GRF" #> [5537] "SmoothEst" #> [5538] "st2xyzt" #> [5539] "threeDto4D" #> [5540] "Threshold.Bonferroni" #> [5541] "Threshold.FDR" #> [5542] "Threshold.RF" #> [5543] "twoDto4D" #> [5544] "xyz2ijk" #> [5545] "xyzt2st" #> [5546] "AnalyzeTS-package" #> [5547] "av.res" #> [5548] "ChenHsu.bin" #> [5549] "CMA" #> [5550] "Compare.Cs" #> [5551] "Descriptives" #> [5552] "Dgroup" #> [5553] "DOC" #> [5554] "enrollment" #> [5555] "Fitted.arima" #> [5556] "forecast.Greg.ts" #> [5557] "forecastGARCH" #> [5558] "Frequencies" #> [5559] "fuzzy.ts1" #> [5560] "fuzzy.ts2" #> [5561] "GChenHsu.bin" #> [5562] "GDOC" #> [5563] "Gfuzzy.ts1" #> [5564] "Gfuzzy.ts2" #> [5565] "Greg.ts" #> [5566] "grid.on" #> [5567] "pmax" #> [5568] "PrintAIC" #> [5569] "round2str" #> [5570] "SES" #> [5571] "apo" #> [5572] "DiffAnalysis" #> [5573] "DiffAnalysis.unpaired" #> [5574] "est.varmixt" #> [5575] "fdr.estimate.eta0" #> [5576] "filterByDefault" #> [5577] "Intensity.Norm" #> [5578] "LBI" #> [5579] "LocalFDR" #> [5580] "MeanBySpot" #> [5581] "normalisation" #> [5582] "spleen" #> [5583] "AncestryMapper" #> [5584] "arithmeticRefsMedoids" #> [5585] "calculateAMids" #> [5586] "calculateAMidsArith" #> [5587] "createMedoid" #> [5588] "MinMaxFreq" #> [5589] "plotAMids" #> [5590] "refAdd" #> [5591] "anchoredDistr" #> [5592] "calcLikelihood" #> [5593] "calcPosterior" #> [5594] "MADproject-class" #> [5595] "plotMAD" #> [5596] "print.MADproject" #> [5597] "pumping" #> [5598] "readMAD" #> [5599] "reduceData" #> [5600] "testConvergence" #> [5601] "tutorial" #> [5602] "allequal.test" #> [5603] "anchors" #> [5604] "anchors.chopit.check" #> [5605] "anchors.chopit.fit" #> [5606] "anchors.chopit.parm" #> [5607] "anchors.combn" #> [5608] "anchors.data" #> [5609] "anchors.options" #> [5610] "anchors.order" #> [5611] "barplot.anchors.order" #> [5612] "barplot.anchors.rank" #> [5613] "chopit" #> [5614] "chopitsim" #> [5615] "convert" #> [5616] "cpolr" #> [5617] "fitted.anchors.cpolr" #> [5618] "fitted.anchors.rank" #> [5619] "fitted.cpolr" #> [5620] "freedom" #> [5621] "mexchn" #> [5622] "plot.anchors.combn" #> [5623] "plot.anchors.rank" #> [5624] "poleff" #> [5625] "poleffna" #> [5626] "replace.list" #> [5627] "replace.value" #> [5628] "selfcare" #> [5629] "sleep" #> [5630] "summary.anchors.chopit" #> [5631] "summary.anchors.combn" #> [5632] "summary.anchors.order" #> [5633] "summary.anchors.rank" #> [5634] "table1" #> [5635] "table1src" #> [5636] "trim.data" #> [5637] "aode" #> [5638] "calWeight" #> [5639] "cutX" #> [5640] "discretizer" #> [5641] "distributionForInstance" #> [5642] "indexCalc" #> [5643] "mdl" #> [5644] "predict.AODE" #> [5645] "setVar" #> [5646] "training" #> [5647] "andrews" #> [5648] "numarray" #> [5649] "selectand" #> [5650] "anes04" #> [5651] "anesrake" #> [5652] "anesrakefinder" #> [5653] "discrep" #> [5654] "generaldesigneffect" #> [5655] "rakelist" #> [5656] "weightassess" #> [5657] "Anfis-package" #> [5658] "ANFIS-class" #> [5659] "anfis3" #> [5660] "BellMF-class" #> [5661] "derivateMF" #> [5662] "evaluateMF" #> [5663] "extract-methods" #> [5664] "fitted" #> [5665] "GaussianMF-class" #> [5666] "getRules" #> [5667] "initialize" #> [5668] "LSE" #> [5669] "MembershipFunction-class" #> [5670] "NormalizedGaussianMF-class" #> [5671] "plotMF" #> [5672] "predict" #> [5673] "print,MembershipFunction-method" #> [5674] "show,MembershipFunction-method" #> [5675] "trainSet" #> [5676] "calculate_rse" #> [5677] "conduct_multiple_surveys" #> [5678] "create_plot_from_simulation" #> [5679] "get_total_values" #> [5680] "make_anglers" #> [5681] "plot_multiple_objects" #> [5682] "simulate_bus_route" #> [5683] "angstroms" #> [5684] "antarctica" #> [5685] "coords_points" #> [5686] "croproms" #> [5687] "ice_fake" #> [5688] "rawdata" #> [5689] "romsboundary" #> [5690] "romscoords" #> [5691] "romsdata" #> [5692] "romshcoords" #> [5693] "romsmap" #> [5694] "aniDom-package" #> [5695] "elo_scores" #> [5696] "estimate_uncertainty_by_repeatability" #> [5697] "estimate_uncertainty_by_splitting" #> [5698] "generate_interactions" #> [5699] "plot_hierarchy_shape" #> [5700] "plot_ranks" #> [5701] "plot_trajectories" #> [5702] "plot_winner_prob" #> [5703] "anim.plots-package" #> [5704] "anim.barplot" #> [5705] "anim.contour" #> [5706] "anim.curve" #> [5707] "anim.hist" #> [5708] "anim.plot" #> [5709] "anim.save" #> [5710] "anim.segments" #> [5711] "anim.smooth" #> [5712] "cities" #> [5713] "gm_data" #> [5714] "hurricanes" #> [5715] "merge.anim.frames" #> [5716] "PGgame" #> [5717] "replay" #> [5718] "temps" #> [5719] "troops" #> [5720] "animalTrack-package" #> [5721] "accuracy" #> [5722] "animalplot3d" #> [5723] "calibrate.axes" #> [5724] "calibrate.axis" #> [5725] "dead_reckoning" #> [5726] "hugh" #> [5727] "missionbay2" #> [5728] "missionbay_calib2" #> [5729] "pitch" #> [5730] "pitch2" #> [5731] "roll" #> [5732] "tilt_compensate" #> [5733] "yprsim" #> [5734] "Yihui" #> [5735] "Xie" #> [5736] "2018-12-11" #> [5737] "09:20:18" #> [5738] "animation-package" #> [5739] "ani.options" #> [5740] "ani.pause" #> [5741] "ani.record" #> [5742] "bisection.method" #> [5743] "BM.circle" #> [5744] "boot.iid" #> [5745] "boot.lowess" #> [5746] "brownian.motion" #> [5747] "buffon.needle" #> [5748] "CLELAL09" #> [5749] "clt.ani" #> [5750] "conf.int" #> [5751] "cv.ani" #> [5752] "cv.nfeaturesLDA" #> [5753] "ecol.death.sim" #> [5754] "flip.coin" #> [5755] "g.brownian.motion" #> [5756] "grad.desc" #> [5757] "HuSpeech" #> [5758] "iatemp" #> [5759] "im.convert" #> [5760] "kfcv" #> [5761] "kmeans.ani" #> [5762] "knn.ani" #> [5763] "least.squares" #> [5764] "lln.ani" #> [5765] "MC.hitormiss" #> [5766] "MC.samplemean" #> [5767] "moving.block" #> [5768] "mwar.ani" #> [5769] "newton.method" #> [5770] "ObamaSpeech" #> [5771] "pageview" #> [5772] "pdftk" #> [5773] "pollen" #> [5774] "price.ani" #> [5775] "qpdf" #> [5776] "quincunx" #> [5777] "Rosling.bubbles" #> [5778] "sample.cluster" #> [5779] "sample.ratio" #> [5780] "sample.simple" #> [5781] "sample.strat" #> [5782] "sample.system" #> [5783] "saveGIF" #> [5784] "saveHTML" #> [5785] "saveLatex" #> [5786] "saveSWF" #> [5787] "saveVideo" #> [5788] "sim.qqnorm" #> [5789] "vanke1127" #> [5790] "vi.grid.illusion" #> [5791] "vi.lilac.chaser" #> [5792] "animate_paths" #> [5793] "get.network.colors" #> [5794] "plot.paths_animation" #> [5795] "vultures" #> [5796] "anMC" #> [5797] "ANMC_Gauss" #> [5798] "conservativeEstimate" #> [5799] "get_chronotime" #> [5800] "MC_Gauss" #> [5801] "mvrnormArma" #> [5802] "ProbaMax" #> [5803] "ProbaMin" #> [5804] "selectActiveDims" #> [5805] "selectQdims" #> [5806] "trmvrnorm_rej_cpp" #> [5807] "ANN" #> [5808] "autoencoder" #> [5809] "compression_plot" #> [5810] "decode" #> [5811] "encode" #> [5812] "neuralnetwork" #> [5813] "plot.ANN" #> [5814] "predict.ANN" #> [5815] "print.ANN" #> [5816] "read_ANN" #> [5817] "reconstruct" #> [5818] "reconstruction_plot" #> [5819] "write_ANN" #> [5820] "AnnotationBust" #> [5821] "AnnotationBustR" #> [5822] "cpDNAterms" #> [5823] "FindLongestSeq" #> [5824] "MergeSearchTerms" #> [5825] "mtDNAterms" #> [5826] "mtDNAtermsPlants" #> [5827] "rDNAterms" #> [5828] "AnnotLists-package" #> [5829] "annot" #> [5830] "man.annot" #> [5831] "beta_parameters" #> [5832] "FV_post_artan" #> [5833] "FV_post_beta_kmom" #> [5834] "FV_post_mood" #> [5835] "FV_post_norm_kmom" #> [5836] "FV_post_quad" #> [5837] "FV_pre_artan" #> [5838] "FV_pre_beta_kmom" #> [5839] "FV_pre_mood" #> [5840] "FV_pre_norm_kmom" #> [5841] "FV_pre_quad" #> [5842] "moment" #> [5843] "norm_mom" #> [5844] "norm_test_jb" #> [5845] "plot_FVs_post" #> [5846] "plot_FVs_pre" #> [5847] "plot_FV_post_beta_kmom" #> [5848] "plot_FV_post_norm_kmom" #> [5849] "plot_FV_pre_beta_kmom" #> [5850] "plot_FV_pre_norm_kmom" #> [5851] "plot_PVs_post" #> [5852] "plot_PVs_pre" #> [5853] "PV_post_artan" #> [5854] "PV_post_cubic" #> [5855] "PV_post_exact" #> [5856] "PV_post_mood_nm" #> [5857] "PV_post_mood_pm" #> [5858] "PV_post_triang_3" #> [5859] "PV_post_triang_dis" #> [5860] "PV_pre_artan" #> [5861] "PV_pre_cubic" #> [5862] "PV_pre_exact" #> [5863] "PV_pre_mood_nm" #> [5864] "PV_pre_mood_pm" #> [5865] "PV_pre_triang_3" #> [5866] "PV_pre_triang_dis" #> [5867] "triangular_moments_3" #> [5868] "triangular_moments_3_U" #> [5869] "triangular_moments_dis" #> [5870] "triangular_moments_dis_U" #> [5871] "triangular_parameters" #> [5872] "triangular_parameters_U" #> [5873] "variance_drv" #> [5874] "variance_post_mood_nm" #> [5875] "variance_post_mood_pm" #> [5876] "variance_pre_mood_nm" #> [5877] "variance_pre_mood_pm" #> [5878] "anocva" #> [5879] "checkRange01" #> [5880] "nClust" #> [5881] "nClustMulti" #> [5882] "spectralClustering" #> [5883] "anoint-package" #> [5884] "anoint" #> [5885] "anoint.fit" #> [5886] "anoint.formula" #> [5887] "anoint.subgroups" #> [5888] "coef" #> [5889] "confint" #> [5890] "data.anoint" #> [5891] "fits" #> [5892] "forest" #> [5893] "forest.subsets" #> [5894] "formula.anoint-class" #> [5895] "obo" #> [5896] "pim" #> [5897] "pim-class" #> [5898] "pim.fit" #> [5899] "pim.subsets" #> [5900] "prognostic.score" #> [5901] "show" #> [5902] "show-anoint.fit" #> [5903] "show.anoint" #> [5904] "show.formula.anoint" #> [5905] "simsolvd" #> [5906] "summary" #> [5907] "uim" #> [5908] "vcov" #> [5909] "ANOM" #> [5910] "ANOMgen" #> [5911] "ANOMintern" #> [5912] "hemoglobin" #> [5913] "math" #> [5914] "spring" #> [5915] "waterfilter" #> [5916] "anomalize" #> [5917] "anomalize_methods" #> [5918] "anomalize_package" #> [5919] "decompose_methods" #> [5920] "plot_anomalies" #> [5921] "plot_anomaly_decomposition" #> [5922] "prep_tbl_time" #> [5923] "set_time_scale_template" #> [5924] "tidyverse_cran_downloads" #> [5925] "time_apply" #> [5926] "time_decompose" #> [5927] "time_frequency" #> [5928] "time_recompose" #> [5929] "anomaly_series" #> [5930] "Lightcurves" #> [5931] "period_average" #> [5932] "plot.anomaly_series" #> [5933] "print.anomaly_series" #> [5934] "summary.anomaly_series" #> [5935] "anominate-package" #> [5936] "anominate" #> [5937] "anominate.sim" #> [5938] "densplot.anominate" #> [5939] "norm_anom" #> [5940] "plot.anominate" #> [5941] "quad_anom" #> [5942] "sen111" #> [5943] "sen111_anom" #> [5944] "summary.anominate" #> [5945] "traceplot.anominate" #> [5946] "ANOVA.TFNs-package" #> [5947] "crisp.Data" #> [5948] "Data" #> [5949] "f.fuzzy" #> [5950] "FANOVA" #> [5951] "means.vec" #> [5952] "mse" #> [5953] "mse.fuzzy" #> [5954] "mstr" #> [5955] "mstr.fuzzy" #> [5956] "plotTFNs" #> [5957] "sse" #> [5958] "sse.fuzzy" #> [5959] "sst" #> [5960] "sst.fuzzy" #> [5961] "sstr" #> [5962] "sstr.fuzzy" #> [5963] "Fbar.dif" #> [5964] "Fbar.exact" #> [5965] "Fbar.ineq" #> [5966] "Gibbs.ANOVA" #> [5967] "pooled.sd" #> [5968] "power.calc" #> [5969] "prior.predictive.check" #> [5970] "runShiny" #> [5971] "sample.size.calc" #> [5972] "AntAngioCOOL" #> [5973] "backupStudy" #> [5974] "checkRemovedArea" #> [5975] "createArea" #> [5976] "createBindingConstraint" #> [5977] "createCluster" #> [5978] "createDistrict" #> [5979] "createDSR" #> [5980] "createLink" #> [5981] "createPSP" #> [5982] "createStudy" #> [5983] "dicoGeneralSettings" #> [5984] "dicoOptimizationSettings" #> [5985] "editCluster" #> [5986] "editLink" #> [5987] "filteringOptions" #> [5988] "getPlaylist" #> [5989] "nodalOptimizationOptions" #> [5990] "propertiesLinkOptions" #> [5991] "readIniFile" #> [5992] "removeArea" #> [5993] "removeBindingConstraint" #> [5994] "removeCluster" #> [5995] "removeLink" #> [5996] "runSimulation" #> [5997] "runTsGenerator" #> [5998] "scenario-builder" #> [5999] "setPlaylist" #> [6000] "setSolverPath" #> [6001] "updateGeneralSettings" #> [6002] "updateOptimizationSettings" #> [6003] "writeIni" #> [6004] "addConvergencePriceArea" #> [6005] "addConvergencePriceSystem" #> [6006] "addDownwardMargin" #> [6007] "addExportAndImport" #> [6008] "addLoadFactorLink" #> [6009] "addMonotones" #> [6010] "addNetLoad" #> [6011] "addProcessingH5" #> [6012] "addUpwardMargin" #> [6013] "correctBalance" #> [6014] "externalDependency" #> [6015] "getValues" #> [6016] "loadFactor" #> [6017] "mergeAllAntaresData" #> [6018] "modulation" #> [6019] "neighbours" #> [6020] "netLoadRamp" #> [6021] "surplus" #> [6022] "surplusClusters" #> [6023] "surplusSectors" #> [6024] "synthesize" #> [6025] "thermalGroupCapacities" #> [6026] "as.antaresDataList" #> [6027] "as.antaresDataTable" #> [6028] "changeTimeStep" #> [6029] "copyToClipboard" #> [6030] "extractDataList" #> [6031] "getAreas" #> [6032] "getIdCols" #> [6033] "getLinks" #> [6034] "isH5Opts" #> [6035] "readAntares" #> [6036] "readAntaresAreas" #> [6037] "readBindingConstraints" #> [6038] "readClusterDesc" #> [6039] "readInputTS" #> [6040] "readLayout" #> [6041] "readOptimCriteria" #> [6042] "removeVirtualAreas" #> [6043] "setRam" #> [6044] "setSimulationPath" #> [6045] "showAliases" #> [6046] "simOptions" #> [6047] "subset.antaresDataList" #> [6048] "viewAntares" #> [6049] "writeAntaresH5" #> [6050] "addShadows" #> [6051] "exchangesStack" #> [6052] "limitSizeGraph" #> [6053] "mapLayout" #> [6054] "modRpart" #> [6055] "modXY" #> [6056] "placeGeoPoints-shiny" #> [6057] "plot.mapLayout" #> [6058] "plotMap" #> [6059] "plotMapLayout" #> [6060] "plotMapOptions" #> [6061] "plotThermalGroupCapacities" #> [6062] "plotXY" #> [6063] "prodStackAliases" #> [6064] "prodStackLegend" #> [6065] "runAppAntaresViz" #> [6066] "savePlotAsPng" #> [6067] "setInteractivity" #> [6068] "stackMap" #> [6069] "tsPlot" #> [6070] "anthro" #> [6071] "anthro_prevalence" #> [6072] "anthro_zscores" #> [6073] "AnthropMMD-package" #> [6074] "StartMMD" #> [6075] "Anthropometry-package" #> [6076] "anthrCases" #> [6077] "archetypesBoundary" #> [6078] "archetypoids" #> [6079] "array3Dlandm" #> [6080] "bustSizesStandard" #> [6081] "CCbiclustAnthropo" #> [6082] "cdfDissWomenPrototypes" #> [6083] "checkBranchLocalIMO" #> [6084] "checkBranchLocalMO" #> [6085] "computSizesHipamAnthropom" #> [6086] "computSizesTrimowa" #> [6087] "cube34landm" #> [6088] "cube8landm" #> [6089] "descrDissTrunks" #> [6090] "figures8landm" #> [6091] "getBestPamsamIMO" #> [6092] "getBestPamsamMO" #> [6093] "getDistMatrix" #> [6094] "HartiganShapes" #> [6095] "hipamAnthropom" #> [6096] "landmarksSampleSpaSurv" #> [6097] "LloydShapes" #> [6098] "nearestToArchetypes" #> [6099] "optraShapes" #> [6100] "overlapBiclustersByRows" #> [6101] "parallelep34landm" #> [6102] "parallelep8landm" #> [6103] "percentilsArchetypoid" #> [6104] "plotPrototypes" #> [6105] "plotTreeHipamAnthropom" #> [6106] "plotTrimmOutl" #> [6107] "preprocessing" #> [6108] "projShapes" #> [6109] "qtranShapes" #> [6110] "sampleSpanishSurvey" #> [6111] "screeArchetypal" #> [6112] "shapes3dShapes" #> [6113] "skeletonsArchetypal" #> [6114] "stepArchetypesRawData" #> [6115] "stepArchetypoids" #> [6116] "TDDclust" #> [6117] "trimmedLloydShapes" #> [6118] "trimmedoid" #> [6119] "trimmOutl" #> [6120] "trimowa" #> [6121] "USAFSurvey" #> [6122] "weightsMixtureUB" #> [6123] "xyplotPCArchetypes" #> [6124] "antitrust-package" #> [6125] "aids" #> [6126] "AIDS-class" #> [6127] "Antitrust-class" #> [6128] "antitrust_shiny" #> [6129] "auction2nd.cap" #> [6130] "auction2nd.logit" #> [6131] "Auction2ndCap-class" #> [6132] "Auction2ndLogit-class" #> [6133] "Auction2ndLogitALM-class" #> [6134] "Bertrand" #> [6135] "Bertrand-class" #> [6136] "ces" #> [6137] "CES-class" #> [6138] "CESALM-class" #> [6139] "CESNests-class" #> [6140] "cmcr-methods" #> [6141] "cmcr.bertrand" #> [6142] "cmcr.cournot" #> [6143] "collusion-methods" #> [6144] "Cournot" #> [6145] "Cournot-class" #> [6146] "CV-methods" #> [6147] "defineMarketTools-methods" #> [6148] "diversion-methods" #> [6149] "elast-methods" #> [6150] "HHI" #> [6151] "linear" #> [6152] "Linear-class" #> [6153] "logit" #> [6154] "Logit-class" #> [6155] "LogitALM-class" #> [6156] "LogitCap-class" #> [6157] "LogitNests-class" #> [6158] "LogitNestsALM-class" #> [6159] "LogLin-class" #> [6160] "other-methods" #> [6161] "PCAIDS-class" #> [6162] "PCAIDSNests-class" #> [6163] "sim" #> [6164] "Stackelberg-class" #> [6165] "antiword" #> [6166] "AntWeb" #> [6167] "aw_cbind" #> [6168] "aw_code" #> [6169] "aw_coords" #> [6170] "aw_data" #> [6171] "aw_data_all" #> [6172] "aw_distinct" #> [6173] "aw_images" #> [6174] "aw_map" #> [6175] "aw_unique" #> [6176] "print.antweb" #> [6177] "anyLib" #> [6178] "anytime-package" #> [6179] "anytime" #> [6180] "assertDate" #> [6181] "getFormats" #> [6182] "iso8601" #> [6183] "aic-class" #> [6184] "AIC-methods" #> [6185] "anova-methods" #> [6186] "antibio" #> [6187] "aod-pkg" #> [6188] "betabin" #> [6189] "coef-methods" #> [6190] "cohorts" #> [6191] "deviance-methods" #> [6192] "df.residual-methods" #> [6193] "dja" #> [6194] "drs-class" #> [6195] "fitted-methods" #> [6196] "glimML-class" #> [6197] "glimQL-class" #> [6198] "iccbin" #> [6199] "iccbin-class" #> [6200] "invlink" #> [6201] "link" #> [6202] "logLik-methods" #> [6203] "mice" #> [6204] "negbin" #> [6205] "orob1" #> [6206] "orob2" #> [6207] "predict-methods" #> [6208] "quasibin" #> [6209] "quasipois" #> [6210] "rabbits" #> [6211] "raoscott" #> [6212] "rats" #> [6213] "residuals-methods" #> [6214] "salmonella" #> [6215] "splitbin" #> [6216] "summary,aic-method" #> [6217] "summary.glimML-class" #> [6218] "varbin" #> [6219] "varbin-class" #> [6220] "vcov-methods" #> [6221] "wald.test" #> [6222] "aodml" #> [6223] "aodql" #> [6224] "aods3-pkg" #> [6225] "drs" #> [6226] "gof" #> [6227] ".genericTest" #> [6228] "Accessor-class" #> [6229] "aoos-class" #> [6230] "Binary-class" #> [6231] "defineClass" #> [6232] "defineRefClass" #> [6233] "envCopy" #> [6234] "parser_%m%" #> [6235] "print.Print" #> [6236] "Private-class" #> [6237] "publicFunction" #> [6238] "retList" #> [6239] "Show-class" #> [6240] "%g%" #> [6241] "%type%" #> [6242] "aoptbbpb" #> [6243] "aoptgdtd" #> [6244] "wtaoptbtib" #> [6245] "aoristic-package" #> [6246] "aoristic" #> [6247] "aoristic.all.graph" #> [6248] "aoristic.density" #> [6249] "aoristic.df" #> [6250] "aoristic.grid" #> [6251] "aoristic.shp" #> [6252] "aoristic.spdf" #> [6253] "arlington" #> [6254] "CouncilDistrict" #> [6255] "anova_apa" #> [6256] "apa" #> [6257] "chisq_apa" #> [6258] "cohens_d" #> [6259] "cohens_d_" #> [6260] "cor_apa" #> [6261] "petasq" #> [6262] "petasq_" #> [6263] "t_apa" #> [6264] "t_test" #> [6265] "access_log_combined" #> [6266] "access_log_common" #> [6267] "clear.urls" #> [6268] "get.url.params" #> [6269] "parse.php.msgs" #> [6270] "read.apache.access.log" #> [6271] "read.apache.error.log" #> [6272] "read.multiple.apache.access.log" #> [6273] "read.multiple.apache.error.log" #> [6274] "album" #> [6275] "apa.1way.table" #> [6276] "apa.2way.table" #> [6277] "apa.aov.table" #> [6278] "apa.cor.table" #> [6279] "apa.d.table" #> [6280] "apa.ezANOVA.table" #> [6281] "apa.reg.boot.table" #> [6282] "apa.reg.table" #> [6283] "apaTables" #> [6284] "dating_wide" #> [6285] "drink_attitude_wide" #> [6286] "Eysenck" #> [6287] "fidler_thompson" #> [6288] "get.ci.partial.eta.squared" #> [6289] "goggles" #> [6290] "viagra" #> [6291] "apa.desc" #> [6292] "apaText" #> [6293] "apc-package" #> [6294] "apc-internal" #> [6295] "apc.data.list" #> [6296] "apc.data.list.subset" #> [6297] "apc.data.sums" #> [6298] "apc.fit.model" #> [6299] "apc.forecast" #> [6300] "apc.forecast.ac" #> [6301] "apc.forecast.ap" #> [6302] "apc.forecast.apc" #> [6303] "apc.get.design" #> [6304] "apc.get.index" #> [6305] "apc.identify" #> [6306] "apc.plot.data.all" #> [6307] "apc.plot.data.level" #> [6308] "apc.plot.data.sparsity" #> [6309] "apc.plot.data.sums" #> [6310] "apc.plot.data.within" #> [6311] "apc.plot.fit" #> [6312] "apc.plot.fit.all" #> [6313] "apc.plot.fit.pt" #> [6314] "apc.plot.fit.residuals" #> [6315] "apc.polygon" #> [6316] "data.aids" #> [6317] "data.asbestos" #> [6318] "data.Belgian.lung.cancer" #> [6319] "data.Italian.bladder.cancer" #> [6320] "data.Japanese.breast.cancer" #> [6321] "data.loss.BZ" #> [6322] "data.loss.TA" #> [6323] "data.loss.VNJ" #> [6324] "data.RH.mortality" #> [6325] "data.US.prostate.cancer" #> [6326] "vector.2.triangle" #> [6327] "APCanalysis-package" #> [6328] "apc" #> [6329] "EERpenalties" #> [6330] "FDRpenalties" #> [6331] "IERpenalties" #> [6332] "PB12matrix" #> [6333] "PB12response" #> [6334] "plot.apc" #> [6335] "summary.apc" #> [6336] "testdata" #> [6337] "apcf-package" #> [6338] "dists" #> [6339] "dists2pcf" #> [6340] "fv_pcf" #> [6341] "pat2dists" #> [6342] "plot.fv_pcf" #> [6343] "sim_patterns" #> [6344] "apcluster-package" #> [6345] "aggExCluster" #> [6346] "AggExResult-class" #> [6347] "apcluster" #> [6348] "apcluster-deprecated" #> [6349] "apclusterDemo" #> [6350] "apclusterK" #> [6351] "apclusterL" #> [6352] "APResult-class" #> [6353] "ch22Promoters" #> [6354] "coerce-methods" #> [6355] "conversions" #> [6356] "cutree-methods" #> [6357] "ExClust-class" #> [6358] "heatmap" #> [6359] "labels-methods" #> [6360] "preferenceRange" #> [6361] "similarities" #> [6362] "sort-methods" #> [6363] "apdesign" #> [6364] "apdesign_i" #> [6365] "indv_change" #> [6366] "mean_change" #> [6367] "Gilles" #> [6368] "Didier" #> [6369] "Benoit" #> [6370] "Durand" #> [6371] "Julien" #> [6372] "Dutheil" #> [6373] "RJ" #> [6374] "Ewing" #> [6375] "Gascuel" #> [6376] "Thomas" #> [6377] "Guillerme" #> [6378] "Christoph" #> [6379] "Heibl" #> [6380] "Anthony" #> [6381] "Ives" #> [6382] "Bradley" #> [6383] "Jones" #> [6384] "Franz" #> [6385] "Krah" #> [6386] "Lawson" #> [6387] "Vincent" #> [6388] "Lefort" #> [6389] "Pierre" #> [6390] "Legendre" #> [6391] "cph]" #> [6392] "Jim" #> [6393] "Lemon" #> [6394] "Eric" #> [6395] "Marcon" #> [6396] "Rosemary" #> [6397] "McCloskey" #> [6398] "Johan" #> [6399] "Nylander" #> [6400] "Rainer" #> [6401] "Opgen-Rhein" #> [6402] "Andrei-Alin" #> [6403] "Popescu" #> [6404] "Manuela" #> [6405] "Royer-Carenzi" #> [6406] "Klaus" #> [6407] "Schliep" #> [6408] "Korbinian" #> [6409] "Strimmer" #> [6410] "Damien" #> [6411] "de" #> [6412] "Vienne" #> [6413] "Emmanuel" #> [6414] "Paradis" #> [6415] "2019-03-17" #> [6416] "07:14:59" #> [6417] "ape-package" #> [6418] "AAbin" #> [6419] "add.scale.bar" #> [6420] "additive" #> [6421] "alex" #> [6422] "all.equal.DNAbin" #> [6423] "all.equal.phylo" #> [6424] "alview" #> [6425] "apetools" #> [6426] "as.alignment" #> [6427] "as.bitsplits" #> [6428] "as.matching" #> [6429] "as.phylo" #> [6430] "as.phylo.formula" #> [6431] "axisPhylo" #> [6432] "balance" #> [6433] "base.freq" #> [6434] "bd.ext" #> [6435] "bd.time" #> [6436] "binaryPGLMM" #> [6437] "bind.tree" #> [6438] "BIONJ" #> [6439] "bird.families" #> [6440] "bird.orders" #> [6441] "birthdeath" #> [6442] "boot.phylo" #> [6443] "branching.times" #> [6444] "c.phylo" #> [6445] "CADM.global" #> [6446] "carnivora" #> [6447] "checkAlignment" #> [6448] "checkLabel" #> [6449] "checkValidPhylo" #> [6450] "cherry" #> [6451] "chiroptera" #> [6452] "chronoMPL" #> [6453] "chronopl" #> [6454] "chronos" #> [6455] "clustal" #> [6456] "coalescent.intervals" #> [6457] "collapse.singles" #> [6458] "collapsed.intervals" #> [6459] "compar.cheverud" #> [6460] "compar.gee" #> [6461] "compar.lynch" #> [6462] "compar.ou" #> [6463] "comparePhylo" #> [6464] "compute.brlen" #> [6465] "compute.brtime" #> [6466] "cophenetic.phylo" #> [6467] "cophyloplot" #> [6468] "corBlomberg" #> [6469] "corBrownian" #> [6470] "corClasses" #> [6471] "corGrafen" #> [6472] "corMartins" #> [6473] "corPagel" #> [6474] "corphylo" #> [6475] "correlogram.formula" #> [6476] "data.nex" #> [6477] "dbd" #> [6478] "def" #> [6479] "del.gaps" #> [6480] "delta.plot" #> [6481] "dist.dna" #> [6482] "dist.gene" #> [6483] "dist.topo" #> [6484] "diversi.gof" #> [6485] "diversi.time" #> [6486] "diversity.contrast.test" #> [6487] "DNAbin" #> [6488] "DNAbin2indel" #> [6489] "dnds" #> [6490] "drop.tip" #> [6491] "evonet" #> [6492] "ewLasso" #> [6493] "FastME" #> [6494] "gammaStat" #> [6495] "hivtree" #> [6496] "howmanytrees" #> [6497] "identify.phylo" #> [6498] "image.DNAbin" #> [6499] "Initialize.corPhyl" #> [6500] "is.binary" #> [6501] "is.compatible" #> [6502] "is.monophyletic" #> [6503] "is.ultrametric" #> [6504] "kronoviz" #> [6505] "label2table" #> [6506] "ladderize" #> [6507] "lmorigin" #> [6508] "LTT" #> [6509] "ltt.plot" #> [6510] "makeLabel" #> [6511] "makeNodeLabel" #> [6512] "mantel.test" #> [6513] "mat3" #> [6514] "mat5M3ID" #> [6515] "mat5Mrand" #> [6516] "matexpo" #> [6517] "mcconwaysims.test" #> [6518] "mcmc.popsize" #> [6519] "mixedFontLabel" #> [6520] "Moran.I" #> [6521] "MPR" #> [6522] "mrca" #> [6523] "mst" #> [6524] "multi2di" #> [6525] "multiphylo" #> [6526] "mvr" #> [6527] "nj" #> [6528] "njs" #> [6529] "node.dating" #> [6530] "node.depth" #> [6531] "nodelabels" #> [6532] "nodepath" #> [6533] "parafit" #> [6534] "pcoa" #> [6535] "phydataplot" #> [6536] "phymltest" #> [6537] "pic" #> [6538] "pic.ortho" #> [6539] "plot.correlogram" #> [6540] "plot.phylo" #> [6541] "plot.phylo.extra" #> [6542] "plot.varcomp" #> [6543] "plotTreeTime" #> [6544] "print.phylo" #> [6545] "rDNAbin" #> [6546] "read.caic" #> [6547] "read.dna" #> [6548] "read.GenBank" #> [6549] "read.gff" #> [6550] "read.nexus" #> [6551] "read.nexus.data" #> [6552] "read.tree" #> [6553] "reorder.phylo" #> [6554] "richness.yule.test" #> [6555] "rlineage" #> [6556] "root" #> [6557] "rotate" #> [6558] "rTraitCont" #> [6559] "rTraitDisc" #> [6560] "rTraitMult" #> [6561] "rtree" #> [6562] "rtt" #> [6563] "SDM" #> [6564] "seg.sites" #> [6565] "skyline" #> [6566] "skylineplot" #> [6567] "slowinskiguyer.test" #> [6568] "speciesTree" #> [6569] "stree" #> [6570] "subtreeplot" #> [6571] "subtrees" #> [6572] "summary.phylo" #> [6573] "trans" #> [6574] "treePop" #> [6575] "trex" #> [6576] "triangMtd" #> [6577] "unique.multiPhylo" #> [6578] "updateLabel" #> [6579] "varcomp" #> [6580] "varCompPhylip" #> [6581] "vcv" #> [6582] "vcv2phylo" #> [6583] "weight.taxo" #> [6584] "where" #> [6585] "which.edge" #> [6586] "woodmouse" #> [6587] "write.dna" #> [6588] "write.nexus" #> [6589] "write.nexus.data" #> [6590] "write.tree" #> [6591] "yule" #> [6592] "yule.cov" #> [6593] "yule.time" #> [6594] "ap" #> [6595] "accessors" #> [6596] "add.gaps" #> [6597] "apex" #> [6598] "concatenate" #> [6599] "dist.multidna" #> [6600] "getTree" #> [6601] "initialize,multidna-method" #> [6602] "initialize,multiphyDat-method" #> [6603] "multidna-class" #> [6604] "multidna2alignment" #> [6605] "multidna2genind" #> [6606] "multidna2multiphyDat" #> [6607] "multiphyDat-class" #> [6608] "plot,multidna,ANY-method" #> [6609] "read.multidna" #> [6610] "rm.gaps" #> [6611] "show,multidna-method" #> [6612] "show,multiphyDat-method" #> [6613] "[,multidna,ANY,ANY,ANY-method" #> [6614] "APcontours" #> [6615] "APKML2SHP" #> [6616] "APopen" #> [6617] "APpolygonize" #> [6618] "APpolyMerge" #> [6619] "APprecise" #> [6620] "AProunder" #> [6621] "APSHPdel" #> [6622] "APSHPfiles" #> [6623] "APSHPread" #> [6624] "APSHPsave" #> [6625] "APtimer" #> [6626] "SHPextensions" #> [6627] "align" #> [6628] "aphid" #> [6629] "backward" #> [6630] "casino" #> [6631] "deriveHMM" #> [6632] "derivePHMM" #> [6633] "forward" #> [6634] "generate" #> [6635] "globins" #> [6636] "logsum" #> [6637] "plot.HMM" #> [6638] "plot.PHMM" #> [6639] "readPHMM" #> [6640] "substitution" #> [6641] "unalign" #> [6642] "Viterbi" #> [6643] "weight" #> [6644] "writePHMM" #> [6645] "aplore3" #> [6646] "aps" #> [6647] "burn1000" #> [6648] "burn13m" #> [6649] "burn_eval_1" #> [6650] "burn_eval_2" #> [6651] "glow11m" #> [6652] "glow500" #> [6653] "glow_bonemed" #> [6654] "glow_mis_comp" #> [6655] "glow_mis_wmissing" #> [6656] "glow_rand" #> [6657] "icu" #> [6658] "myopia" #> [6659] "nhanes" #> [6660] "polypharm" #> [6661] "scale_example" #> [6662] "bagplot" #> [6663] "bagplot.pairs" #> [6664] "boxplot2D" #> [6665] "faces" #> [6666] "hdepth" #> [6667] "iconplot" #> [6668] "plothulls" #> [6669] "plotsummary" #> [6670] "puticon" #> [6671] "skyline.hist" #> [6672] "slider" #> [6673] "slider.bootstrap.lm.plot" #> [6674] "slider.brush" #> [6675] "slider.hist" #> [6676] "slider.lowess.plot" #> [6677] "slider.smooth.plot.ts" #> [6678] "slider.split.plot.ts" #> [6679] "slider.stem.leaf" #> [6680] "slider.zoom.plot.ts" #> [6681] "spin3R" #> [6682] "stem.leaf" #> [6683] "APML0-package" #> [6684] "APML0" #> [6685] "print.APML0" #> [6686] "apmsWAPP-package" #> [6687] "int_mat" #> [6688] "norm.inttable" #> [6689] "saint_permF" #> [6690] "tspm_apms" #> [6691] "varFilter" #> [6692] "apng-package" #> [6693] "apng" #> [6694] "APNG_BLEND_OP_OVER" #> [6695] "APNG_BLEND_OP_SOURCE" #> [6696] "APNG_DISPOSE_OP_BACKGROUND" #> [6697] "APNG_DISPOSE_OP_NONE" #> [6698] "APNG_DISPOSE_OP_PREVIOUS" #> [6699] "apollo_attach" #> [6700] "apollo_avgInterDraws" #> [6701] "apollo_avgIntraDraws" #> [6702] "apollo_choiceAnalysis" #> [6703] "apollo_cnl" #> [6704] "apollo_combineModels" #> [6705] "apollo_combineResults" #> [6706] "apollo_conditionals" #> [6707] "apollo_deltaMethod" #> [6708] "apollo_detach" #> [6709] "apollo_dft" #> [6710] "apollo_drugChoiceData" #> [6711] "apollo_el" #> [6712] "apollo_estimate" #> [6713] "apollo_firstRow" #> [6714] "apollo_fitsTest" #> [6715] "apollo_initialise" #> [6716] "apollo_lc" #> [6717] "apollo_lcConditionals" #> [6718] "apollo_lcUnconditionals" #> [6719] "apollo_llCalc" #> [6720] "apollo_loadModel" #> [6721] "apollo_lrTest" #> [6722] "apollo_makeCluster" #> [6723] "apollo_makeDraws" #> [6724] "apollo_makeLogLike" #> [6725] "apollo_mdcev" #> [6726] "apollo_mdcevInside" #> [6727] "apollo_mdcevOutside" #> [6728] "apollo_mdcnev" #> [6729] "apollo_mlhs" #> [6730] "apollo_mnl" #> [6731] "apollo_modeChoiceData" #> [6732] "apollo_modelOutput" #> [6733] "apollo_nl" #> [6734] "apollo_normalDensity" #> [6735] "apollo_ol" #> [6736] "apollo_outOfSample" #> [6737] "apollo_panelProd" #> [6738] "apollo_prediction" #> [6739] "apollo_prepareProb" #> [6740] "apollo_readBeta" #> [6741] "apollo_saveOutput" #> [6742] "apollo_searchStart" #> [6743] "apollo_sharesTest" #> [6744] "apollo_speedTest" #> [6745] "apollo_splitDataDraws" #> [6746] "apollo_swissRouteChoiceData" #> [6747] "apollo_timeUseData" #> [6748] "apollo_unconditionals" #> [6749] "apollo_validateControl" #> [6750] "apollo_validateData" #> [6751] "apollo_validateHBControl" #> [6752] "apollo_validateInputs" #> [6753] "apollo_weighting" #> [6754] "apollo_writeF12" #> [6755] "apollo_writeTheta" #> [6756] "apparent" #> [6757] "apparent_TestData" #> [6758] "appell-package" #> [6759] "appellf1" #> [6760] "hyp2f1" #> [6761] "APPEstimation-package" #> [6762] "appe.glm" #> [6763] "appe.lm" #> [6764] "cvalest.bin" #> [6765] "densratio.appe" #> [6766] "apple" #> [6767] "cv.apple" #> [6768] "plot.apple" #> [6769] "predict.apple" #> [6770] "AppliedPredictiveModeling-package" #> [6771] "abalone" #> [6772] "AlzheimerDisease" #> [6773] "bookTheme" #> [6774] "ChemicalManufacturingProcess" #> [6775] "concrete" #> [6776] "FuelEconomy" #> [6777] "getPackages" #> [6778] "hepatic" #> [6779] "logisticCreditPredictions" #> [6780] "permeability" #> [6781] "permuteRelief" #> [6782] "quadBoundaryFunc" #> [6783] "schedulingData" #> [6784] "scriptLocation" #> [6785] "segmentationOriginal" #> [6786] "solubility" #> [6787] "twoClassData" #> [6788] "appnn-package" #> [6789] "appnn" #> [6790] "approximator-package" #> [6791] "Afun" #> [6792] "as.sublist" #> [6793] "basis.toy" #> [6794] "betahat.app" #> [6795] "c.fun" #> [6796] "generate.toy.observations" #> [6797] "genie" #> [6798] "H.fun" #> [6799] "hdash.fun" #> [6800] "hpa.fun.toy" #> [6801] "is.consistent" #> [6802] "mdash.fun" #> [6803] "object" #> [6804] "Pi" #> [6805] "subsets.fun" #> [6806] "subset_maker" #> [6807] "tee.fun" #> [6808] "toyapps" #> [6809] "V.fun.app" #> [6810] "approxmatch-package" #> [6811] "covbalance" #> [6812] "Dodgeram" #> [6813] "kwaymatching" #> [6814] "multigrp_dist_struc" #> [6815] "nrbalancematch" #> [6816] "aprean3" #> [6817] "dsa01a" #> [6818] "dsa06b" #> [6819] "dsa15a" #> [6820] "dse03a" #> [6821] "dse03aa" #> [6822] "dse03bb" #> [6823] "dse03c" #> [6824] "dse03cc" #> [6825] "dse03dd" #> [6826] "dse03e" #> [6827] "dse03ee" #> [6828] "dse03f" #> [6829] "dse03g" #> [6830] "dse03gg" #> [6831] "dse03h" #> [6832] "dse03hh" #> [6833] "dse03i" #> [6834] "dse03ii" #> [6835] "dse03j" #> [6836] "dse03jj" #> [6837] "dse03jj2" #> [6838] "dse03jj3" #> [6839] "dse03k" #> [6840] "dse03kk" #> [6841] "dse03ll" #> [6842] "dse03n" #> [6843] "dse03o" #> [6844] "dse03r" #> [6845] "dse03v" #> [6846] "dse03w" #> [6847] "dse03x" #> [6848] "dse03z" #> [6849] "dse04d" #> [6850] "dse04e" #> [6851] "dse04f" #> [6852] "dse06a" #> [6853] "dse06b" #> [6854] "dse06c" #> [6855] "dse06d" #> [6856] "dse06e" #> [6857] "dse06f" #> [6858] "dse06g" #> [6859] "dse06h" #> [6860] "dse06i" #> [6861] "dse06j" #> [6862] "dse06k" #> [6863] "dse06l" #> [6864] "dse06z" #> [6865] "dse07b" #> [6866] "dse07c" #> [6867] "dse08b" #> [6868] "dse09b" #> [6869] "dse12a" #> [6870] "dse12b" #> [6871] "dse12c" #> [6872] "dse12d" #> [6873] "dse12e" #> [6874] "dse12h" #> [6875] "dse13a" #> [6876] "dse13b" #> [6877] "dse13c" #> [6878] "dse13d" #> [6879] "dse13e" #> [6880] "dse13f" #> [6881] "dse13g" #> [6882] "dse13h" #> [6883] "dse14b" #> [6884] "dse14c" #> [6885] "dse14d" #> [6886] "dse14e" #> [6887] "dse14f" #> [6888] "dse14g" #> [6889] "dse14j" #> [6890] "dse14l" #> [6891] "dse14q" #> [6892] "dse14r" #> [6893] "dse14s" #> [6894] "dse14t" #> [6895] "dse14u" #> [6896] "dse15a" #> [6897] "dse15b" #> [6898] "dse15c" #> [6899] "dse15e" #> [6900] "dse15f" #> [6901] "dse15h" #> [6902] "dse15i" #> [6903] "dse15j" #> [6904] "dse15k" #> [6905] "dse15l" #> [6906] "dse15n" #> [6907] "dse15p" #> [6908] "dse16a" #> [6909] "dse16b" #> [6910] "dse16c" #> [6911] "dse16d" #> [6912] "dse17b" #> [6913] "dse19d" #> [6914] "dse22a" #> [6915] "dse22b" #> [6916] "dse22c" #> [6917] "dse22d" #> [6918] "dse22e" #> [6919] "dse22f" #> [6920] "dse22g" #> [6921] "dse23a_a" #> [6922] "dse23a_b" #> [6923] "dse23d" #> [6924] "dse23e" #> [6925] "dse23f" #> [6926] "dse23g_1" #> [6927] "dse23g_2" #> [6928] "dse23h" #> [6929] "dse24a" #> [6930] "dse24b" #> [6931] "dse24c" #> [6932] "dse24d" #> [6933] "dse24e" #> [6934] "dse24g" #> [6935] "dse24h" #> [6936] "dse24i" #> [6937] "dse24j" #> [6938] "dse24k" #> [6939] "dse24l" #> [6940] "dse24m" #> [6941] "dse24n" #> [6942] "dse24o" #> [6943] "dse24p" #> [6944] "dsq23_3_3" #> [6945] "dsq23_3_7" #> [6946] "dsq23_7_5" #> [6947] "dss217" #> [6948] "dss222" #> [6949] "dss2310" #> [6950] "dst021" #> [6951] "dst032" #> [6952] "dst033" #> [6953] "dst081" #> [6954] "dst121" #> [6955] "dst132" #> [6956] "dst134" #> [6957] "dst141" #> [6958] "dst144" #> [6959] "dst145" #> [6960] "dst146" #> [6961] "dst181" #> [6962] "dst191" #> [6963] "dst192" #> [6964] "dst232" #> [6965] "dst242" #> [6966] "dst252" #> [6967] "dst253" #> [6968] "dst261" #> [6969] "dsx161" #> [6970] "bootval" #> [6971] "compdist" #> [6972] "datashape" #> [6973] "grandpart" #> [6974] "kcrossval" #> [6975] "loglikelihood" #> [6976] "loocval" #> [6977] "ml.rgr" #> [6978] "ml.shrink" #> [6979] "ols.rgr" #> [6980] "ols.shrink" #> [6981] "randnor" #> [6982] "randpart" #> [6983] "randunif" #> [6984] "shrink.heur" #> [6985] "splitval" #> [6986] "strategy" #> [6987] "aprof" #> [6988] "is.aprof" #> [6989] "plot.aprof" #> [6990] "print.aprof" #> [6991] "profileplot" #> [6992] "readLineDensity" #> [6993] "summary.aprof" #> [6994] "targetedSummary" #> [6995] "apsim" #> [6996] "checkCont" #> [6997] "checkMet" #> [6998] "GetApsimNGTable" #> [6999] "getToken" #> [7000] "insertTavAmp" #> [7001] "kingsData" #> [7002] "loadApsim" #> [7003] "loadMet" #> [7004] "met" #> [7005] "metFile-class" #> [7006] "prepareMet" #> [7007] "writeMetFile" #> [7008] "findElement" #> [7009] "generateSim" #> [7010] "getElementVlaue" #> [7011] "left" #> [7012] "len" #> [7013] "omitBlank" #> [7014] "omitBlankSE" #> [7015] "removeAttribure" #> [7016] "replaceElementVlaue" #> [7017] "right" #> [7018] "runAPSIM" #> [7019] "searchChar" #> [7020] "splitEqual" #> [7021] "vector2string" #> [7022] "apsimr-package" #> [7023] "apsim_emul_sa" #> [7024] "apsim_vector" #> [7025] "edit_apsim" #> [7026] "edit_sim_file" #> [7027] "example_apsim" #> [7028] "plot.apsim" #> [7029] "plot.gamSA" #> [7030] "print.gamSA" #> [7031] "apsrtable" #> [7032] "apsrtableSummary" #> [7033] "modelInfo" #> [7034] "notefunctions" #> [7035] "apt-package" #> [7036] "ciTarFit" #> [7037] "ciTarLag" #> [7038] "ciTarThd" #> [7039] "daVich" #> [7040] "ecmAsyFit" #> [7041] "ecmAsyTest" #> [7042] "ecmDiag" #> [7043] "ecmSymFit" #> [7044] "guiApt" #> [7045] "guiCor" #> [7046] "print.ecm" #> [7047] "summary.ciTarFit" #> [7048] "summary.ecm" #> [7049] "downto.tree" #> [7050] "taxa.tree" #> [7051] "APBinary" #> [7052] "APSurv" #> [7053] "CompareAP" #> [7054] "mayo" #> [7055] "aldous.test" #> [7056] "all.equal.treeshape" #> [7057] "as.phylo.treeshape" #> [7058] "as.treeshape" #> [7059] "aux_lik" #> [7060] "a_N" #> [7061] "bind.trees" #> [7062] "build_tree" #> [7063] "carnivora.treeshape" #> [7064] "change_int" #> [7065] "change_int_eta" #> [7066] "cladesize" #> [7067] "colless" #> [7068] "cutreeshape" #> [7069] "cytochromc" #> [7070] "depth" #> [7071] "enhance" #> [7072] "enhance_eta" #> [7073] "get_extinction_list" #> [7074] "get_PD_sample" #> [7075] "get_tree_beta" #> [7076] "hivtree.treeshape" #> [7077] "index.test" #> [7078] "lambda.epsilon" #> [7079] "lambda_N" #> [7080] "likelihood.test" #> [7081] "maxlik.betasplit" #> [7082] "mcmc_alpha" #> [7083] "mcmc_eta" #> [7084] "nodes_depths_ordonnes" #> [7085] "plot.treeshape" #> [7086] "primates" #> [7087] "rbactrian" #> [7088] "rhodopsin" #> [7089] "rtreeshape" #> [7090] "sackin" #> [7091] "shape.statistic" #> [7092] "shift.test" #> [7093] "simulate.R" #> [7094] "simulate.R.K" #> [7095] "simulate.Tau.X" #> [7096] "simulate.Yi" #> [7097] "simulate_kingman" #> [7098] "simulate_tree" #> [7099] "simulate_yule" #> [7100] "smaller.clade.spectrum" #> [7101] "spectrum.treeshape" #> [7102] "split" #> [7103] "subtree.test" #> [7104] "summary.treeshape" #> [7105] "tipsubtree" #> [7106] "transform" #> [7107] "transform_eta" #> [7108] "treeshape" #> [7109] "universal.treeshape" #> [7110] "yule_lengths" #> [7111] "aqfig-package" #> [7112] "aspect.ratio.plot" #> [7113] "init.fig.dimen" #> [7114] "kristen.colors" #> [7115] "ozone1" #> [7116] "ozone2" #> [7117] "plot3d.points" #> [7118] "ragged.image" #> [7119] "scatterplot.density" #> [7120] "vertical.image.legend" #> [7121] "2019-01-03" #> [7122] "06:50:03" #> [7123] "aqp-package" #> [7124] "addBracket" #> [7125] "addVolumeFraction" #> [7126] "aggregateColor" #> [7127] "aggregateSoilDepth" #> [7128] "argillic.clay.increase.depth" #> [7129] "brierScore" #> [7130] "ca630" #> [7131] "checkSPC" #> [7132] "clod.hz.ids" #> [7133] "colorQuantiles" #> [7134] "confusionIndex" #> [7135] "crit.clay.argillic" #> [7136] "estimatePSCS" #> [7137] "estimateSoilDepth" #> [7138] "evalGenHZ" #> [7139] "evalMissingData" #> [7140] "f.noise" #> [7141] "generalize.hz" #> [7142] "get.increase.depths" #> [7143] "get.increase.matrix" #> [7144] "get.ml.hz" #> [7145] "getArgillicBounds" #> [7146] "getSoilDepthClass" #> [7147] "getSurfaceHorizonDepth" #> [7148] "glom" #> [7149] "groupedProfilePlot" #> [7150] "guessGenHzLevels" #> [7151] "hzDistinctnessCodeToOffset" #> [7152] "hzTransitionProbabilities" #> [7153] "missingDataGrid" #> [7154] "munsell" #> [7155] "munsell2rgb" #> [7156] "panel.depth_function" #> [7157] "plotMultipleSPC" #> [7158] "plot_distance_graph" #> [7159] "previewColors" #> [7160] "profileApply-methods" #> [7161] "profileGroupLabels" #> [7162] "profile_compare-methods" #> [7163] "random_profile" #> [7164] "rebuildSPC" #> [7165] "resample.twotheta" #> [7166] "rruff.sample" #> [7167] "shannonEntropy" #> [7168] "slab-methods" #> [7169] "slice-methods" #> [7170] "soilColorSignature" #> [7171] "SoilProfileCollection-class" #> [7172] "SoilProfileCollection-plotting-methods" #> [7173] "soil_minerals" #> [7174] "sp1" #> [7175] "sp2" #> [7176] "sp3" #> [7177] "sp4" #> [7178] "sp5" #> [7179] "sp6" #> [7180] "SPC-utils" #> [7181] "subsetProfiles-methods" #> [7182] "tau" #> [7183] "test_hz_logic" #> [7184] "textureTriangleSummary" #> [7185] "union" #> [7186] "unique-methods" #> [7187] "aqr-package" #> [7188] "approximateSLTP" #> [7189] "aqDataReady" #> [7190] "aqDayOfWeekStat" #> [7191] "aqDisableDebugMessages" #> [7192] "aqDropHour" #> [7193] "aqDropHours" #> [7194] "aqEnableDebugMessages" #> [7195] "aqFilterOHLCSD" #> [7196] "aqHourIndex" #> [7197] "aqHourlyStat" #> [7198] "aqInit" #> [7199] "aqInitMessaging" #> [7200] "aqLoadOHLC" #> [7201] "aqLoadSeriesField" #> [7202] "aqLoadXtsFromCsv" #> [7203] "aqLoadYahooEOD" #> [7204] "aqPoll" #> [7205] "aqSaveXtsToCsv" #> [7206] "aqSend" #> [7207] "aqStoreMatrix" #> [7208] "aqStoreSeriesField" #> [7209] "aqSubscribeChannel" #> [7210] "aqTestCallToDynLib" #> [7211] "aqUnsubscribeChannel" #> [7212] "aqWaitForData" #> [7213] "buildArchiveURL" #> [7214] "generatePnlCurve" #> [7215] "oneMonthAgo" #> [7216] "today" #> [7217] "aquaenv" #> [7218] "AquaEnv_package" #> [7219] "as.data.frame.aquaenv" #> [7220] "BufferFactors" #> [7221] "c.aquaenv" #> [7222] "ConcRelCl" #> [7223] "DeltaPcoeffs" #> [7224] "gauge_p" #> [7225] "K0_CO2" #> [7226] "K0_O2" #> [7227] "Ksp_aragonite" #> [7228] "Ksp_calcite" #> [7229] "K_BOH3" #> [7230] "K_CO2" #> [7231] "K_H2PO4" #> [7232] "K_H2S" #> [7233] "K_H3PO4" #> [7234] "K_HCO3" #> [7235] "K_HF" #> [7236] "K_HPO4" #> [7237] "K_HSO4" #> [7238] "K_NH4" #> [7239] "K_SiOH4" #> [7240] "K_SiOOH3" #> [7241] "K_W" #> [7242] "length.aquaenv" #> [7243] "MeanMolecularMass" #> [7244] "merge.aquaenv" #> [7245] "PhysChemConst" #> [7246] "plot.aquaenv" #> [7247] "sample_dickson1981" #> [7248] "sample_dickson2007" #> [7249] "TAfit" #> [7250] "Technicals" #> [7251] "titration" #> [7252] "watdepth" #> [7253] "AR-package" #> [7254] "AR.Sim" #> [7255] "Q.AR1" #> [7256] "Q.iid" #> [7257] "Q.lCAR" #> [7258] "Q.mBYM" #> [7259] "Q.pCAR" #> [7260] "sim.AR" #> [7261] "US.df" #> [7262] "US.graph" #> [7263] "AR1seg-package" #> [7264] "AR1seg_func" #> [7265] "arabicStemR-package" #> [7266] "aljazeera" #> [7267] "cleanChars" #> [7268] "cleanLatinChars" #> [7269] "doStemming" #> [7270] "fixAlifs" #> [7271] "removeArabicNumbers" #> [7272] "removeDiacritics" #> [7273] "removeEnglishNumbers" #> [7274] "removeFarsiNumbers" #> [7275] "removeNewlineChars" #> [7276] "removeNumbers" #> [7277] "removePrefixes" #> [7278] "removePunctuation" #> [7279] "removeStopWords" #> [7280] "removeSuffixes" #> [7281] "reverse.transliterate" #> [7282] "stem" #> [7283] "transliterate" #> [7284] "average" #> [7285] "averagebyday" #> [7286] "blankcorr" #> [7287] "blankcorrected" #> [7288] "calibration" #> [7289] "clcorrection" #> [7290] "concat" #> [7291] "decaycorrection" #> [7292] "fitlogratios" #> [7293] "fractionation" #> [7294] "get4039" #> [7295] "getages" #> [7296] "getJfactors" #> [7297] "getmasses" #> [7298] "interference" #> [7299] "loaddata" #> [7300] "loadirradiations" #> [7301] "logratios" #> [7302] "massfractionation" #> [7303] "Melbourne" #> [7304] "newredux" #> [7305] "param" #> [7306] "PHdata" #> [7307] "plot.timeresolved" #> [7308] "plotcorr" #> [7309] "process" #> [7310] "read" #> [7311] "redux" #> [7312] "redux2isoplotr" #> [7313] "results" #> [7314] "subset.timeresolved" #> [7315] "summary.results" #> [7316] "timeresolved" #> [7317] "weightedmean" #> [7318] "applyCut" #> [7319] "applyCuts" #> [7320] "cba" #> [7321] "cbaCSV" #> [7322] "cbaIris" #> [7323] "cbaIrisNumeric" #> [7324] "CBARuleModel-class" #> [7325] "CBARuleModelAccuracy" #> [7326] "cba_manual" #> [7327] "discretizeUnsupervised" #> [7328] "discrNumeric" #> [7329] "getAppearance" #> [7330] "humtemp" #> [7331] "mdlp2" #> [7332] "predict.CBARuleModel" #> [7333] "prune" #> [7334] "topRules" #> [7335] "ARCensReg" #> [7336] "CloudCeiling" #> [7337] "InfDiag" #> [7338] "phosphorus" #> [7339] "rARCens" #> [7340] "ArchaeoChron" #> [7341] "chronoEvents_Gauss" #> [7342] "chronoOutliers_Gauss" #> [7343] "chrono_Gauss" #> [7344] "combinationWithOutliers_Gauss" #> [7345] "combinationWithRandomEffect_Gauss" #> [7346] "combination_Gauss" #> [7347] "cuers" #> [7348] "eventModel_C14" #> [7349] "eventModel_Gauss" #> [7350] "intcal13" #> [7351] "marine13" #> [7352] "shcal13" #> [7353] "sunspot" #> [7354] "app_ArchaeoPhases" #> [7355] "ArchaeoPhases" #> [7356] "coda.mcmc" #> [7357] "CreateMinMaxGroup" #> [7358] "CredibleInterval" #> [7359] "DatesHiatus" #> [7360] "Events" #> [7361] "Fishpond" #> [7362] "ImportCSV" #> [7363] "ImportCSV.BCal" #> [7364] "KADatesChronoModel" #> [7365] "KADatesOxcal" #> [7366] "KAPhasesChronoModel" #> [7367] "MarginalPlot" #> [7368] "MarginalProba" #> [7369] "MarginalStatistics" #> [7370] "MultiCredibleInterval" #> [7371] "MultiDatesPlot" #> [7372] "MultiHPD" #> [7373] "MultiPhasePlot" #> [7374] "MultiPhasesGap" #> [7375] "MultiPhasesTransition" #> [7376] "MultiPhaseTimeRange" #> [7377] "MultiSuccessionPlot" #> [7378] "OccurrencePlot" #> [7379] "PhaseDurationPlot" #> [7380] "PhasePlot" #> [7381] "Phases" #> [7382] "PhasesGap" #> [7383] "PhaseStatistics" #> [7384] "PhasesTransition" #> [7385] "PhaseTimeRange" #> [7386] "SuccessionPlot" #> [7387] "TempoActivityPlot" #> [7388] "TempoPlot" #> [7389] "archdata-package" #> [7390] "Acheulean" #> [7391] "Arnhofen" #> [7392] "BACups" #> [7393] "BarmoseI.grid" #> [7394] "BarmoseI.pp" #> [7395] "Bornholm" #> [7396] "DartPoints" #> [7397] "EIAGraves" #> [7398] "EndScrapers" #> [7399] "EngrBone" #> [7400] "ESASites" #> [7401] "EWBurials" #> [7402] "Fibulae" #> [7403] "Handaxes" #> [7404] "MaskSite" #> [7405] "Mesolithic" #> [7406] "Michelsberg" #> [7407] "Nelson" #> [7408] "Olorgesailie.maj" #> [7409] "Olorgesailie.sub" #> [7410] "OxfordPots" #> [7411] "PitHouses" #> [7412] "RBGlass1" #> [7413] "RBGlass2" #> [7414] "RBPottery" #> [7415] "Snodgrass" #> [7416] "TRBPottery" #> [7417] "archetypes" #> [7418] "archetypesFamily" #> [7419] "archmap" #> [7420] "as.archetypes" #> [7421] "barplot.archetypes" #> [7422] "bestModel.stepArchetypes" #> [7423] "body" #> [7424] "coef.archetypes" #> [7425] "fitted.archetypes" #> [7426] "kappa.archetypes" #> [7427] "lines.pcplot" #> [7428] "movieplot" #> [7429] "nparameters.archetypes" #> [7430] "panorama.archetypes" #> [7431] "parameters,archetypes-method" #> [7432] "pcplot.archetypes" #> [7433] "pcplot.default" #> [7434] "predict.archetypes" #> [7435] "residuals.archetypes" #> [7436] "robustArchetypes" #> [7437] "rss" #> [7438] "rss.archetypes" #> [7439] "screeplot.stepArchetypes" #> [7440] "simplexplot" #> [7441] "simplex_projection" #> [7442] "skel" #> [7443] "skeletonplot" #> [7444] "stepArchetypes" #> [7445] "summary.stepArchetypes" #> [7446] "toy" #> [7447] "weightedArchetypes" #> [7448] "weights.archetypes" #> [7449] "xyplot" #> [7450] "xyplot.archetypes" #> [7451] "xyplot.robustArchetypes" #> [7452] "xyplot.stepArchetypes" #> [7453] "xyplot.weightedArchetypes" #> [7454] "[.stepArchetypes" #> [7455] "archidraw" #> [7456] "archigrow" #> [7457] "architect" #> [7458] "bottleneckdist" #> [7459] "dartToTable" #> [7460] "latdist" #> [7461] "perhomology" #> [7462] "plot.barcode" #> [7463] "rsmlToTable" #> [7464] "trajectory" #> [7465] "Przemyslaw" #> [7466] "Biecek" #> [7467] "2019-01-02" #> [7468] "11:30:09" #> [7469] "archivist-package" #> [7470] "addHooksToPrint" #> [7471] "addTagsRepo" #> [7472] "aformat" #> [7473] "ahistory" #> [7474] "alink" #> [7475] "aoptions" #> [7476] "aread" #> [7477] "areadLocal" #> [7478] "asearch" #> [7479] "asearchLocal" #> [7480] "asession" #> [7481] "atrace" #> [7482] "cache" #> [7483] "copyLocalRepo" #> [7484] "createLocalRepo" #> [7485] "createMDGallery" #> [7486] "deleteLocalRepo" #> [7487] "getRemoteHook" #> [7488] "getTagsLocal" #> [7489] "loadFromLocalRepo" #> [7490] "md5hash" #> [7491] "removeTagsRepo" #> [7492] "Repository" #> [7493] "restoreLibs" #> [7494] "rmFromLocalRepo" #> [7495] "saveToLocalRepo" #> [7496] "searchInLocalRepo" #> [7497] "setLocalRepo" #> [7498] "shinySearchInLocalRepo" #> [7499] "showLocalRepo" #> [7500] "splitTagsLocal" #> [7501] "summaryLocalRepo" #> [7502] "Tags" #> [7503] "zipLocalRepo" #> [7504] "%a%" #> [7505] "archivist.github-package" #> [7506] "addHooksToPrintGitHub" #> [7507] "archive" #> [7508] "archivist-github-integration" #> [7509] "authoriseGitHub" #> [7510] "cloneGitHubRepo" #> [7511] "createGitHubRepo" #> [7512] "deleteGitHubRepo" #> [7513] "pushGitHubRepo" #> [7514] "data.q1" #> [7515] "data.q2" #> [7516] "estimate_t0" #> [7517] "fitArCo" #> [7518] "inflationNFP" #> [7519] "panel_to_ArCo_list" #> [7520] "plot.fitArCo" #> [7521] "ardec" #> [7522] "ardec.lm" #> [7523] "ardec.periodic" #> [7524] "ardec.trend" #> [7525] "tempEng" #> [7526] "ar_stl_asthma" #> [7527] "ar_stl_race" #> [7528] "ar_stl_wards" #> [7529] "ar_stl_wardsClipped" #> [7530] "ar_validate" #> [7531] "ar_validate_crs" #> [7532] "ar_validate_longlat" #> [7533] "ar_validate_sf" #> [7534] "ar_validate_vars_conflict" #> [7535] "ar_validate_vars_exist" #> [7536] "aw_aggregate" #> [7537] "aw_area" #> [7538] "aw_calculate" #> [7539] "aw_calculate_weight" #> [7540] "aw_interpolate" #> [7541] "aw_interpolater" #> [7542] "aw_interpolate_multiple" #> [7543] "aw_interpolate_single" #> [7544] "aw_intersect" #> [7545] "aw_preview_weights" #> [7546] "aw_strip_df" #> [7547] "aw_total" #> [7548] "aw_validate_preview" #> [7549] "aw_verify" #> [7550] "aw_weight" #> [7551] "areaplot-package" #> [7552] "areaplot" #> [7553] "confplot" #> [7554] "arena_results" #> [7555] "get_simulation_results" #> [7556] "get_statistics_summary" #> [7557] "plot_box" #> [7558] "plot_confint" #> [7559] "plot_scatter" #> [7560] "runArenaApp" #> [7561] "arf3DS4-package" #> [7562] "arf-example-data" #> [7563] "arfcorrelation-class" #> [7564] "arfversion" #> [7565] "BIC" #> [7566] "checkSolution" #> [7567] "clearWarnings" #> [7568] "createAllAverages" #> [7569] "createAverages" #> [7570] "createRegs" #> [7571] "data-class" #> [7572] "determineStartRect" #> [7573] "differenceCor" #> [7574] "euclidDist" #> [7575] "experiment-class" #> [7576] "extr-repl-fmridata" #> [7577] "fitConnectivity" #> [7578] "fitModel" #> [7579] "fitRange" #> [7580] "fmri.data-class" #> [7581] "fmri2array" #> [7582] "functional-class" #> [7583] "getAtlasLabels" #> [7584] "getExp" #> [7585] "getModelAtlas" #> [7586] "loadData" #> [7587] "loadExp" #> [7588] "loadFunc" #> [7589] "loadModel" #> [7590] "loadOptions" #> [7591] "loadRda" #> [7592] "loadReg" #> [7593] "loadStart" #> [7594] "makeDerivs" #> [7595] "makeExpDirs" #> [7596] "makeLowResStruct" #> [7597] "makeROImask" #> [7598] "makeSingleTrialEvents" #> [7599] "mcpCorrect" #> [7600] "minBIC" #> [7601] "mnames-class" #> [7602] "model-class" #> [7603] "newModel" #> [7604] "nifti.fileinfo-class" #> [7605] "nifti.header-class" #> [7606] "options-class" #> [7607] "processModel" #> [7608] "processSeed" #> [7609] "pruneModel" #> [7610] "readData" #> [7611] "readDerivs" #> [7612] "registration-class" #> [7613] "RMSEA" #> [7614] "roiConnectivity" #> [7615] "saveFunc" #> [7616] "saveModel" #> [7617] "saveModelBin" #> [7618] "saveReg" #> [7619] "sequence-class" #> [7620] "setFuncTimings" #> [7621] "setIsoContour" #> [7622] "setRegFiles" #> [7623] "setRegParams" #> [7624] "settings-class" #> [7625] "showModels" #> [7626] "varcov" #> [7627] "version-class" #> [7628] "wald" #> [7629] "wald-class" #> [7630] "writeData" #> [7631] "arfima-package" #> [7632] "AIC.arfima" #> [7633] "arfima" #> [7634] "arfima.sim" #> [7635] "arfima0" #> [7636] "arfimachanges" #> [7637] "ARToPacf" #> [7638] "bestModes" #> [7639] "coef.arfima" #> [7640] "fitted.arfima" #> [7641] "iARFIMA" #> [7642] "IdentInvertQ" #> [7643] "lARFIMA" #> [7644] "lARFIMAwTF" #> [7645] "logLik.arfima" #> [7646] "PacfToAR" #> [7647] "plot.predarfima" #> [7648] "plot.tacvf" #> [7649] "predict.arfima" #> [7650] "print.arfima" #> [7651] "print.predarfima" #> [7652] "print.summary.arfima" #> [7653] "print.tacvf" #> [7654] "removeMode" #> [7655] "residuals.arfima" #> [7656] "SeriesJ" #> [7657] "sim_from_fitted" #> [7658] "summary.arfima" #> [7659] "tacfplot" #> [7660] "tacvf" #> [7661] "tacvfARFIMA" #> [7662] "tmpyr" #> [7663] "vcov.arfima" #> [7664] "weed" #> [7665] "ArfimaMLM-package" #> [7666] "arfimaMLM" #> [7667] "arfimaOLS" #> [7668] "arfimaPrep" #> [7669] "fd" #> [7670] "argo" #> [7671] "argo2" #> [7672] "argo2_main" #> [7673] "argo_main" #> [7674] "bootstrap_relative_efficiency" #> [7675] "boot_re" #> [7676] "gt.parser.pub.api" #> [7677] "gt.parser.pub.web" #> [7678] "heatmap_argo" #> [7679] "heatmap_cor" #> [7680] "load_data" #> [7681] "load_reg_data" #> [7682] "logit_inv" #> [7683] "parse_gt_weekly" #> [7684] "parse_unrevised_ili" #> [7685] "plot_argo" #> [7686] "summary_argo" #> [7687] "argon2-package" #> [7688] "blake2b" #> [7689] "gen_nonce" #> [7690] "hashing" #> [7691] "raw_as_char" #> [7692] "argonDashBody" #> [7693] "argonDashFooter" #> [7694] "argonDashGallery" #> [7695] "argonDashHeader" #> [7696] "argonDashNavbar" #> [7697] "argonDashPage" #> [7698] "argonDashSidebar" #> [7699] "argonDropNav" #> [7700] "argonDropNavDivider" #> [7701] "argonDropNavItem" #> [7702] "argonDropNavTitle" #> [7703] "argonFooterItem" #> [7704] "argonFooterMenu" #> [7705] "argonInfoCard" #> [7706] "argonSidebarDivider" #> [7707] "argonSidebarHeader" #> [7708] "argonSidebarItem" #> [7709] "argonSidebarMenu" #> [7710] "argonTabItem" #> [7711] "argonTabItems" #> [7712] "argonAlert" #> [7713] "argonBadge" #> [7714] "argonBlur" #> [7715] "argonButton" #> [7716] "argonCard" #> [7717] "argonCarousel" #> [7718] "argonCarouselItem" #> [7719] "argonCascade" #> [7720] "argonCascadeItem" #> [7721] "argonColumn" #> [7722] "argonContainer" #> [7723] "argonDropdown" #> [7724] "argonDropdownItem" #> [7725] "argonFooter" #> [7726] "argonH1" #> [7727] "argonIcon" #> [7728] "argonIconWrapper" #> [7729] "argonImage" #> [7730] "argonInstall" #> [7731] "argonLead" #> [7732] "argonMargin" #> [7733] "argonModal" #> [7734] "argonMuted" #> [7735] "argonNavbar" #> [7736] "argonNavItem" #> [7737] "argonNavMenu" #> [7738] "argonPadding" #> [7739] "argonPage" #> [7740] "argonPageTemplate" #> [7741] "argonPagination" #> [7742] "argonPaginationItem" #> [7743] "argonPersp" #> [7744] "argonProfile" #> [7745] "argonProfileStat" #> [7746] "argonProfileStats" #> [7747] "argonProgress" #> [7748] "argonQuote" #> [7749] "argonRow" #> [7750] "argonSection" #> [7751] "argonTab" #> [7752] "argonTabSet" #> [7753] "argonTextColor" #> [7754] "argonTooltip" #> [7755] "argonUser" #> [7756] "argosfilter-package" #> [7757] "bearing" #> [7758] "dist.next" #> [7759] "dist.prev" #> [7760] "distance_m" #> [7761] "internal.angles" #> [7762] "radian" #> [7763] "sdafilter" #> [7764] "seal" #> [7765] "vmask" #> [7766] "ArgumentParser" #> [7767] "add.argument" #> [7768] "add_argument" #> [7769] "arg.parser" #> [7770] "argparser" #> [7771] "arg_parser" #> [7772] "parse.args" #> [7773] "parse_args" #> [7774] "print.arg.parser" #> [7775] "addError" #> [7776] "ArgumentCheck" #> [7777] "match_arg" #> [7778] "ARHT" #> [7779] "moments_PSD" #> [7780] "r3chisq" #> [7781] "ari_example" #> [7782] "ari_narrate" #> [7783] "ari_spin" #> [7784] "ari_stitch" #> [7785] "ARIbrain-package" #> [7786] "ARI" #> [7787] "cluster_threshold" #> [7788] "aricode" #> [7789] "clustComp" #> [7790] "NID" #> [7791] "NMI" #> [7792] "NVI" #> [7793] "RI" #> [7794] "sortPairs" #> [7795] "arkdb-package" #> [7796] "ark" #> [7797] "streamable_base_csv" #> [7798] "streamable_base_tsv" #> [7799] "streamable_readr_csv" #> [7800] "streamable_readr_tsv" #> [7801] "streamable_table" #> [7802] "unark" #> [7803] "bayesglm" #> [7804] "bayespolr" #> [7805] "binnedplot" #> [7806] "coefplot" #> [7807] "contrast.bayes" #> [7808] "corrplot" #> [7809] "discrete.histogram" #> [7810] "display" #> [7811] "extractDIC" #> [7812] "fround" #> [7813] "GO" #> [7814] "invlogit" #> [7815] "lalonde" #> [7816] "matching" #> [7817] "mcsamp" #> [7818] "model.matrixBayes" #> [7819] "multicomp.plot" #> [7820] "readColumns" #> [7821] "rescale" #> [7822] "residual.plot" #> [7823] "se.coef" #> [7824] "sigma.hat" #> [7825] "standardize" #> [7826] "traceplot" #> [7827] "triangleplot" #> [7828] "ARMADA" #> [7829] "ARMADA.heatmap" #> [7830] "ARMADA.select" #> [7831] "ARMADA.summary" #> [7832] "clustering" #> [7833] "covariables" #> [7834] "toys.data" #> [7835] "toys.data.multi" #> [7836] "toys.data.reg" #> [7837] "X_decor" #> [7838] "arms" #> [7839] "arms_gibbs" #> [7840] "arnie" #> [7841] "AROC-package" #> [7842] "AROC.bnp" #> [7843] "AROC.bsp" #> [7844] "AROC.kernel" #> [7845] "AROC.sp" #> [7846] "compute.threshold.AROC.bnp" #> [7847] "compute.threshold.AROC.bsp" #> [7848] "compute.threshold.AROC.kernel" #> [7849] "compute.threshold.AROC.sp" #> [7850] "paauccontrol" #> [7851] "plot.AROC" #> [7852] "pooledROC.BB" #> [7853] "pooledROC.emp" #> [7854] "predictive.checks.AROC.bnp" #> [7855] "predictive.checks.AROC.bsp" #> [7856] "print.AROC" #> [7857] "psa" #> [7858] "summary.AROC" #> [7859] "Bengtsson" #> [7860] "cre," #> [7861] "James" #> [7862] "Bullard" #> [7863] "Kasper" #> [7864] "Hansen" #> [7865] "Neuvial" #> [7866] "Elizabeth" #> [7867] "Purdom" #> [7868] "Mark" #> [7869] "Robinson" #> [7870] "Ken" #> [7871] "Simpson" #> [7872] "2018-04-16" #> [7873] "18:53:05" #> [7874] "aroma.affymetrix-package" #> [7875] "AbstractProbeSequenceNormalization" #> [7876] "AdditiveCovariatesNormalization" #> [7877] "AffineCnPlm" #> [7878] "AffinePlm" #> [7879] "AffineSnpPlm" #> [7880] "AffymetrixCdfFile" #> [7881] "AffymetrixCelFile" #> [7882] "AffymetrixCelSet" #> [7883] "AffymetrixCelSetReporter" #> [7884] "AffymetrixCelSetTuple" #> [7885] "AffymetrixCnChpSet" #> [7886] "AffymetrixFile" #> [7887] "AffymetrixFileSet" #> [7888] "AffymetrixFileSetReporter" #> [7889] "AffymetrixPgfFile" #> [7890] "AlleleSummation" #> [7891] "AllelicCrosstalkCalibration" #> [7892] "AromaChipTypeAnnotationFile" #> [7893] "ArrayExplorer" #> [7894] "AvgCnPlm" #> [7895] "AvgPlm" #> [7896] "AvgSnpPlm" #> [7897] "BackgroundCorrection" #> [7898] "BaseCountNormalization" #> [7899] "BasePositionNormalization" #> [7900] "ChipEffectFile" #> [7901] "ChipEffectSet" #> [7902] "ChipEffectTransform" #> [7903] "CnagCfhFile" #> [7904] "CnagCfhSet" #> [7905] "CnChipEffectFile" #> [7906] "CnChipEffectSet" #> [7907] "CnPlm" #> [7908] "CnProbeAffinityFile" #> [7909] "CrlmmParametersFile" #> [7910] "CrlmmParametersSet" #> [7911] "DChipCdfBinFile" #> [7912] "DChipDcpFile" #> [7913] "DChipDcpSet" #> [7914] "DChipGenomeInformation" #> [7915] "DChipQuantileNormalization" #> [7916] "DChipSnpInformation" #> [7917] "doCRMAv1" #> [7918] "doCRMAv2" #> [7919] "doFIRMA" #> [7920] "doGCRMA" #> [7921] "doRMA" #> [7922] "ExonChipEffectFile" #> [7923] "ExonChipEffectSet" #> [7924] "ExonProbeAffinityFile" #> [7925] "ExonRmaPlm" #> [7926] "FirmaFile" #> [7927] "FirmaModel" #> [7928] "FirmaSet" #> [7929] "FragmentEquivalentClassNormalization" #> [7930] "FragmentLengthNormalization" #> [7931] "GcContentNormalization" #> [7932] "GcContentNormalization2" #> [7933] "GcRmaBackgroundCorrection" #> [7934] "GenericReporter" #> [7935] "GenomeInformation" #> [7936] "HetLogAddCnPlm" #> [7937] "HetLogAddPlm" #> [7938] "HetLogAddSnpPlm" #> [7939] "justRMA" #> [7940] "LimmaBackgroundCorrection" #> [7941] "LinearModelProbeSequenceNormalization" #> [7942] "MatNormalization" #> [7943] "MatSmoothing" #> [7944] "MbeiCnPlm" #> [7945] "MbeiPlm" #> [7946] "MbeiSnpPlm" #> [7947] "Model" #> [7948] "MultiArrayUnitModel" #> [7949] "NormExpBackgroundCorrection" #> [7950] "OpticalBackgroundCorrection" #> [7951] "ParameterCelFile" #> [7952] "ParameterCelSet" #> [7953] "ProbeAffinityFile" #> [7954] "ProbeLevelModel" #> [7955] "ProbeLevelTransform" #> [7956] "ProbeLevelTransform3" #> [7957] "QualityAssessmentFile" #> [7958] "QualityAssessmentModel" #> [7959] "QualityAssessmentSet" #> [7960] "QuantileNormalization" #> [7961] "ReseqCrosstalkCalibration" #> [7962] "ResidualFile" #> [7963] "ResidualSet" #> [7964] "RmaBackgroundCorrection" #> [7965] "RmaCnPlm" #> [7966] "RmaPlm" #> [7967] "RmaSnpPlm" #> [7968] "ScaleNormalization" #> [7969] "ScaleNormalization3" #> [7970] "SingleArrayUnitModel" #> [7971] "SmoothMultiarrayModel" #> [7972] "SmoothRmaModel" #> [7973] "SnpChipEffectFile" #> [7974] "SnpChipEffectSet" #> [7975] "SnpInformation" #> [7976] "SnpPlm" #> [7977] "SnpProbeAffinityFile" #> [7978] "SpatialReporter" #> [7979] "TransformReport" #> [7980] "UgpGenomeInformation" #> [7981] "UnitModel" #> [7982] "UnitTypeScaleNormalization" #> [7983] "WeightsFile" #> [7984] "WeightsSet" #> [7985] "aroma.apd-package" #> [7986] "cdfToApdMap" #> [7987] "celToApd" #> [7988] "createApd" #> [7989] "findApdMap" #> [7990] "gtypeCelToPQ" #> [7991] "readApd" #> [7992] "readApdHeader" #> [7993] "readApdMap" #> [7994] "readApdRectangle" #> [7995] "readApdUnits" #> [7996] "updateApd" #> [7997] "updateApdHeader" #> [7998] "updateApdUnits" #> [7999] "writeApd" #> [8000] "writeApdMap" #> [8001] "aroma.cn-package" #> [8002] "AbstractCurveNormalization" #> [8003] "callXXorXY.numeric" #> [8004] "MultiSourceCopyNumberNormalization" #> [8005] "PairedPscbsModel" #> [8006] "PrincipalCurveNormalization" #> [8007] "TotalCnBinnedSmoothing" #> [8008] "TotalCnKernelSmoothing" #> [8009] "TotalCnSmoothing" #> [8010] "TumorBoostNormalization" #> [8011] "XYCurveNormalization" #> [8012] "2018-05-03" #> [8013] "13:41:54" #> [8014] "aroma.core-package" #> [8015] "AbstractCNData" #> [8016] "AbstractPSCNData" #> [8017] "AromaCellCpgFile" #> [8018] "AromaCellPositionFile" #> [8019] "AromaCellTabularBinaryFile" #> [8020] "AromaGenomeTextFile" #> [8021] "AromaMicroarrayDataFile" #> [8022] "AromaMicroarrayDataSet" #> [8023] "AromaMicroarrayDataSetTuple" #> [8024] "AromaMicroarrayTabularBinaryFile" #> [8025] "AromaPlatform" #> [8026] "AromaPlatformInterface" #> [8027] "AromaRepository" #> [8028] "AromaTabularBinaryFile" #> [8029] "AromaTabularBinarySet" #> [8030] "AromaTransform" #> [8031] "AromaUnitCallFile" #> [8032] "AromaUnitCallSet" #> [8033] "AromaUnitFracBCnBinaryFile" #> [8034] "AromaUnitFracBCnBinarySet" #> [8035] "AromaUnitGenotypeCallFile" #> [8036] "AromaUnitGenotypeCallSet" #> [8037] "AromaUnitPscnBinaryFile" #> [8038] "AromaUnitPscnBinarySet" #> [8039] "AromaUnitSignalBinaryFile" #> [8040] "AromaUnitSignalBinarySet" #> [8041] "AromaUnitTabularBinaryFile" #> [8042] "AromaUnitTotalCnBinaryFile" #> [8043] "AromaUnitTotalCnBinarySet" #> [8044] "AromaUnitTypesFile" #> [8045] "BinnedScatter" #> [8046] "CbsModel" #> [8047] "ChromosomalModel" #> [8048] "ChromosomeExplorer" #> [8049] "colBinnedSmoothing.matrix" #> [8050] "colKernelSmoothing.matrix" #> [8051] "CopyNumberChromosomalModel" #> [8052] "CopyNumberSegmentationModel" #> [8053] "doCBS" #> [8054] "Explorer" #> [8055] "GladModel" #> [8056] "HaarSegModel" #> [8057] "NonPairedPSCNData" #> [8058] "PairedPSCNData" #> [8059] "ParametersInterface" #> [8060] "RawAlleleBFractions" #> [8061] "RawCopyNumberModel" #> [8062] "RawCopyNumbers" #> [8063] "RawGenomicSignals" #> [8064] "RawMirroredAlleleBFractions" #> [8065] "RawSequenceReads" #> [8066] "SegmentedAlleleBFractions" #> [8067] "SegmentedCopyNumbers" #> [8068] "SegmentedGenomicSignalsInterface" #> [8069] "UnitAnnotationDataFile" #> [8070] "UnitNamesFile" #> [8071] "UnitTypesFile" #> [8072] "Arothron-package" #> [8073] "aro.clo.points" #> [8074] "bary.mesh" #> [8075] "compare_check.set" #> [8076] "dec.curve" #> [8077] "DM_base_sur" #> [8078] "DM_face_sur" #> [8079] "DM_set" #> [8080] "dta" #> [8081] "endo_set" #> [8082] "export_amira" #> [8083] "export_amira.path" #> [8084] "ext.int.mesh" #> [8085] "ext.mesh.rai" #> [8086] "grid_pov" #> [8087] "human_skull" #> [8088] "krd1_tooth" #> [8089] "landmark_frm2amira" #> [8090] "malleus_bone" #> [8091] "MAs_sets" #> [8092] "noise.mesh" #> [8093] "out.inn.mesh" #> [8094] "patches_frm2amira" #> [8095] "pov_selecter" #> [8096] "read.amira.dir" #> [8097] "read.amira.set" #> [8098] "read.path.amira" #> [8099] "repmat" #> [8100] "RMs_sets" #> [8101] "SCP1.mesh" #> [8102] "sinus_set" #> [8103] "SM_set" #> [8104] "spherical.flipping" #> [8105] "trasf.mesh" #> [8106] "yoda_set" #> [8107] "yoda_sur" #> [8108] "ARpLMEC.est" #> [8109] "ARpLMEC.sim" #> [8110] "ARPobservation" #> [8111] "augmented_recording" #> [8112] "continuous_duration_recording" #> [8113] "Dunlap" #> [8114] "eq_dist" #> [8115] "event_counting" #> [8116] "F_const" #> [8117] "F_exp" #> [8118] "F_gam" #> [8119] "F_gam_mix" #> [8120] "F_unif" #> [8121] "F_weib" #> [8122] "incidence_bounds" #> [8123] "interim_bounds" #> [8124] "interval_recording" #> [8125] "logRespRatio" #> [8126] "Moes" #> [8127] "momentary_time_recording" #> [8128] "PIR_loglik" #> [8129] "PIR_MOM" #> [8130] "prevalence_bounds" #> [8131] "reported_observations" #> [8132] "r_behavior_stream" #> [8133] "r_continuous_recording" #> [8134] "r_event_counting" #> [8135] "r_MTS" #> [8136] "r_PIR" #> [8137] "r_WIR" #> [8138] "arpr" #> [8139] "browse_r" #> [8140] "const" #> [8141] "iff" #> [8142] "pipe_into" #> [8143] "prefix" #> [8144] "prefix_path" #> [8145] "remove_names" #> [8146] "aRpsDCA-package" #> [8147] "arps" #> [8148] "arps.eur" #> [8149] "arps.with.buildup" #> [8150] "as.effective" #> [8151] "as.nominal" #> [8152] "bestfit" #> [8153] "curtailed" #> [8154] "format.arps" #> [8155] "harmonic" #> [8156] "hyp2exp" #> [8157] "hyperbolic" #> [8158] "print.arps" #> [8159] "rescale.by.time" #> [8160] "arrangements-package" #> [8161] "Combinations" #> [8162] "ncombinations" #> [8163] "npartitions" #> [8164] "npermutations" #> [8165] "Partitions" #> [8166] "partitions" #> [8167] "Permutations" #> [8168] "permutations" #> [8169] "arrApply" #> [8170] "binarize.array" #> [8171] "clusterDisc" #> [8172] "mskmeans" #> [8173] "arrayhelpers-package" #> [8174] "array2df" #> [8175] "array2vec" #> [8176] "arrayhelpers.unittest" #> [8177] "colSums,matrix-method" #> [8178] "countRows" #> [8179] "delold" #> [8180] "dropdimnames" #> [8181] "ensuredim" #> [8182] "groupsum" #> [8183] "makeNd" #> [8184] "ndim" #> [8185] "numericindex" #> [8186] "peek" #> [8187] "rowsum,array-method" #> [8188] "slice" #> [8189] "ta" #> [8190] "ars" #> [8191] "Atkinson" #> [8192] "Tina" #> [8193] "Gunderson" #> [8194] "Gregory" #> [8195] "Dougherty" #> [8196] "Patrick" #> [8197] "Votruba" #> [8198] "Ryan" #> [8199] "Lennon" #> [8200] "Andrew" #> [8201] "Hanson" #> [8202] "Krista" #> [8203] "Goergen" #> [8204] "Emily" #> [8205] "Lundt" #> [8206] "Brendan" #> [8207] "Broderick" #> [8208] "Maddie" #> [8209] "McCullough" #> [8210] "Ethan" #> [8211] "Heinzen" #> [8212] "2019-03-25" #> [8213] "21:25:33" #> [8214] "arsenal" #> [8215] "arsenal-defunct" #> [8216] "arsenal-deprecated" #> [8217] "arsenal_table" #> [8218] "as.data.frame.freqlist" #> [8219] "as.data.frame.modelsum" #> [8220] "as.data.frame.tableby" #> [8221] "comparedf" #> [8222] "comparedf.control" #> [8223] "comparedf.tolerances" #> [8224] "diffs" #> [8225] "formulize" #> [8226] "freq.control" #> [8227] "freqlist" #> [8228] "freqlist.internal" #> [8229] "internal.functions" #> [8230] "keep.labels" #> [8231] "labels" #> [8232] "mdy.Date" #> [8233] "mockstudy" #> [8234] "modelsum" #> [8235] "modelsum.control" #> [8236] "modelsum.family" #> [8237] "modelsum.internal" #> [8238] "NA.operations" #> [8239] "padjust" #> [8240] "paired" #> [8241] "paired.control" #> [8242] "paired.internal" #> [8243] "summary.compare" #> [8244] "summary.freqlist" #> [8245] "summary.modelsum" #> [8246] "summary.tableby" #> [8247] "tableby" #> [8248] "tableby.control" #> [8249] "tableby.internal" #> [8250] "tableby.stats" #> [8251] "tableby.stats.internal" #> [8252] "write2" #> [8253] "write2.internal" #> [8254] "write2specific" #> [8255] "yaml" #> [8256] "%nin%" #> [8257] "aligned.rank.transform" #> [8258] "higgins1990" #> [8259] "artfima-package" #> [8260] "artfima" #> [8261] "artfimaSDF" #> [8262] "artfimaTACVF" #> [8263] "artsim" #> [8264] "bestModels" #> [8265] "best_glp_models" #> [8266] "bev" #> [8267] "eaglecol" #> [8268] "ifisher" #> [8269] "nilemin" #> [8270] "ogden" #> [8271] "Periodogram" #> [8272] "plot.artfima" #> [8273] "predict.artfima" #> [8274] "print.artfima" #> [8275] "print.bestmodels" #> [8276] "SB32" #> [8277] "seriesa" #> [8278] "tseg" #> [8279] "ARTIVA-package" #> [8280] "ARTIVA-internal" #> [8281] "ARTIVAnet" #> [8282] "ARTIVAsubnet" #> [8283] "ARTIVAsubnetAnalysis" #> [8284] "choosePriors" #> [8285] "CP.postDist" #> [8286] "drosophila" #> [8287] "geneNetworkSummary" #> [8288] "plotCP.postDist" #> [8289] "priors" #> [8290] "simulatedProfiles" #> [8291] "traceGeneProfiles" #> [8292] "traceNetworks" #> [8293] "yeast" #> [8294] "anova.art" #> [8295] "art" #> [8296] "artlm" #> [8297] "Higgins1990Table1" #> [8298] "Higgins1990Table5" #> [8299] "HigginsABC" #> [8300] "InteractionTestData" #> [8301] "summary.art" #> [8302] "ARTP" #> [8303] "ARTP_pathway" #> [8304] "gene.list" #> [8305] "gene_SNP_data" #> [8306] "geno_data" #> [8307] "obs_pvalues" #> [8308] "perm_pvalues" #> [8309] "pheno.list" #> [8310] "pheno_data" #> [8311] "plot_genes" #> [8312] "runPermutations" #> [8313] "single.marker.test" #> [8314] "snp.list" #> [8315] "ARTP2-package" #> [8316] "data" #> [8317] "exclude.snps" #> [8318] "geno" #> [8319] "inflation" #> [8320] "meta" #> [8321] "options" #> [8322] "options.default" #> [8323] "pathway" #> [8324] "rARTP" #> [8325] "read.bed" #> [8326] "ref.does" #> [8327] "ref.geno" #> [8328] "sARTP" #> [8329] "subj.id" #> [8330] "warm.start" #> [8331] "abbreviate" #> [8332] "addComplement" #> [8333] "Adult" #> [8334] "affinity" #> [8335] "APappearance-class" #> [8336] "apriori" #> [8337] "AScontrol-classes" #> [8338] "ASparameter-classes" #> [8339] "associations-class" #> [8340] "crossTable" #> [8341] "DATAFRAME" #> [8342] "dissimilarity" #> [8343] "duplicated" #> [8344] "eclat" #> [8345] "Epub" #> [8346] "Groceries" #> [8347] "hierarchy" #> [8348] "hits" #> [8349] "image" #> [8350] "Income" #> [8351] "interestMeasure" #> [8352] "is.closed" #> [8353] "is.maximal" #> [8354] "is.redundant" #> [8355] "is.significant" #> [8356] "is.superset" #> [8357] "itemCoding" #> [8358] "itemFrequency" #> [8359] "itemFrequencyPlot" #> [8360] "itemMatrix-class" #> [8361] "itemSetOperations" #> [8362] "itemsets-class" #> [8363] "length" #> [8364] "LIST" #> [8365] "match" #> [8366] "merge" #> [8367] "Mushroom" #> [8368] "proximity-classes" #> [8369] "random.transactions" #> [8370] "read.PMML" #> [8371] "read.transactions" #> [8372] "ruleInduction" #> [8373] "rules-class" #> [8374] "setOperations" #> [8375] "sort" #> [8376] "subset" #> [8377] "SunBai" #> [8378] "support" #> [8379] "supportingTransactions" #> [8380] "tidLists-class" #> [8381] "transactions-class" #> [8382] "unique" #> [8383] "weclat" #> [8384] "write" #> [8385] "[-methods" #> [8386] "bCBA" #> [8387] "CBA" #> [8388] "CBA.object" #> [8389] "classFrequency" #> [8390] "discretizeDF.supervised" #> [8391] "mineCARs" #> [8392] "wCBA" #> [8393] "Agrawal" #> [8394] "NBMiner" #> [8395] "NBMinerParameters" #> [8396] "c-methods" #> [8397] "cspade" #> [8398] "info-methods" #> [8399] "inspect-methods" #> [8400] "itemFrequency-methods" #> [8401] "match-methods" #> [8402] "read_baskets" #> [8403] "ruleInduction-methods" #> [8404] "sequencerules-class" #> [8405] "sequences-class" #> [8406] "sgCMatrix-class" #> [8407] "similarity-methods" #> [8408] "size-methods" #> [8409] "SPcontrol-class" #> [8410] "SPparameter-class" #> [8411] "subset-methods" #> [8412] "support-methods" #> [8413] "timedsequences-class" #> [8414] "timeFrequency-methods" #> [8415] "times-methods" #> [8416] "zaki" #> [8417] "inspectDT" #> [8418] "plotly_arules" #> [8419] "ruleExplorer" #> [8420] "saveAsGraph" #> [8421] "arxiv_cats" #> [8422] "arxiv_count" #> [8423] "arxiv_open" #> [8424] "arxiv_search" #> [8425] "can_arxiv_connect" #> [8426] "query_terms" #> [8427] "ashkenazi" #> [8428] "ChanningHouse" #> [8429] "gastricXelox" #> [8430] "hepatoCellular" #> [8431] "pancreatic" #> [8432] "pancreatic2" #> [8433] "pharmacoSmoking" #> [8434] "prostateSurvival" #> [8435] "agrostis" #> [8436] "alfalfa.split.plot" #> [8437] "alpha.div" #> [8438] "anm.ci" #> [8439] "anm.coin" #> [8440] "anm.cont.pdf" #> [8441] "anm.die" #> [8442] "anm.ExpDesign" #> [8443] "anm.geo.growth" #> [8444] "anm.loglik" #> [8445] "anm.ls" #> [8446] "anm.ls.reg" #> [8447] "anm.LV" #> [8448] "anm.mc.bvn" #> [8449] "anm.samp.design" #> [8450] "anolis" #> [8451] "anscombe" #> [8452] "ant.dew" #> [8453] "AP.test" #> [8454] "asthma" #> [8455] "auc" #> [8456] "baby.walk" #> [8457] "bats" #> [8458] "Bayes.disc" #> [8459] "bayes.lm" #> [8460] "BCI.count" #> [8461] "BCI.plant" #> [8462] "BDM.test" #> [8463] "bin2dec" #> [8464] "bombus" #> [8465] "bone" #> [8466] "book.menu" #> [8467] "boot.ci.M" #> [8468] "bound.angle" #> [8469] "bplot" #> [8470] "bromus" #> [8471] "bv.boxplot" #> [8472] "bvn.plot" #> [8473] "C.isotope" #> [8474] "caribou" #> [8475] "case0902" #> [8476] "case1202" #> [8477] "chi.plot" #> [8478] "chronic" #> [8479] "ci.boot" #> [8480] "ci.impt" #> [8481] "ci.median" #> [8482] "ci.mu.oneside" #> [8483] "ci.mu.z" #> [8484] "ci.p" #> [8485] "ci.prat" #> [8486] "ci.prat.ak" #> [8487] "ci.sigma" #> [8488] "ci.strat" #> [8489] "cliff.env" #> [8490] "cliff.sp" #> [8491] "ConDis.matrix" #> [8492] "crab.weight" #> [8493] "crabs" #> [8494] "cuckoo" #> [8495] "D.sq" #> [8496] "death.penalty" #> [8497] "deer.296" #> [8498] "DH.test" #> [8499] "dO2" #> [8500] "drugs" #> [8501] "e.cancer" #> [8502] "eff.rbd" #> [8503] "enzyme" #> [8504] "ES.May" #> [8505] "exercise.repeated" #> [8506] "facebook" #> [8507] "Fbird" #> [8508] "fly.sex" #> [8509] "frog" #> [8510] "fruit" #> [8511] "G.mean" #> [8512] "garments" #> [8513] "Glucose2" #> [8514] "goats" #> [8515] "H.mean" #> [8516] "heart" #> [8517] "HL.mean" #> [8518] "huber.mu" #> [8519] "huber.NR" #> [8520] "huber.one.step" #> [8521] "illusions" #> [8522] "ipomopsis" #> [8523] "joint.ci.bonf" #> [8524] "Kappa" #> [8525] "km" #> [8526] "Kullback" #> [8527] "larrea" #> [8528] "life.exp" #> [8529] "lm.select" #> [8530] "loess.surf" #> [8531] "magnets" #> [8532] "MC" #> [8533] "MC.test" #> [8534] "mcmc.norm.hier" #> [8535] "ML.k" #> [8536] "Mode" #> [8537] "modlevene.test" #> [8538] "montane.island" #> [8539] "moose.sel" #> [8540] "mosquito" #> [8541] "MS.test" #> [8542] "myeloma" #> [8543] "near.bound" #> [8544] "one.sample.t" #> [8545] "one.sample.z" #> [8546] "paik" #> [8547] "pairw.anova" #> [8548] "pairw.fried" #> [8549] "pairw.kw" #> [8550] "pairw.oneway" #> [8551] "panel.cor.res" #> [8552] "partial.R2" #> [8553] "partial.resid.plot" #> [8554] "PCB" #> [8555] "perm.fact.test" #> [8556] "pika" #> [8557] "plantTraits" #> [8558] "plot.pairw" #> [8559] "plotAncova" #> [8560] "plotCI.reg" #> [8561] "PM2.5" #> [8562] "polyamine" #> [8563] "portneuf" #> [8564] "potash" #> [8565] "power.z.test" #> [8566] "press" #> [8567] "Preston.dist" #> [8568] "prostate" #> [8569] "prp" #> [8570] "pseudo.v" #> [8571] "qq.Plot" #> [8572] "r.bw" #> [8573] "r.dist" #> [8574] "R.hat" #> [8575] "r.pb" #> [8576] "Rabino_CO2" #> [8577] "refinery" #> [8578] "rinvchisq" #> [8579] "rmvm" #> [8580] "samp.dist" #> [8581] "samp.dist.mech" #> [8582] "savage" #> [8583] "sc.twin" #> [8584] "se.jack" #> [8585] "sedum.ts" #> [8586] "see.accPrec.tck" #> [8587] "see.ancova.tck" #> [8588] "see.anova.tck" #> [8589] "see.cor.range.tck" #> [8590] "see.exppower.tck" #> [8591] "see.HW" #> [8592] "see.lma.tck" #> [8593] "see.lmr.tck" #> [8594] "see.lmu.tck" #> [8595] "see.logic" #> [8596] "see.M" #> [8597] "see.mixedII" #> [8598] "see.mnom.tck" #> [8599] "see.move" #> [8600] "see.nlm" #> [8601] "see.norm.tck" #> [8602] "see.power" #> [8603] "see.rEffect.tck" #> [8604] "see.regression.tck" #> [8605] "see.roc.tck" #> [8606] "see.smooth.tck" #> [8607] "see.ttest.tck" #> [8608] "see.typeI_II" #> [8609] "selftest.se.tck1" #> [8610] "Semiconductor" #> [8611] "SexDeterm" #> [8612] "shad" #> [8613] "shade.norm" #> [8614] "shade.norm.tck" #> [8615] "simberloff" #> [8616] "skew" #> [8617] "SM.temp.moist" #> [8618] "snore" #> [8619] "so2.us.cities" #> [8620] "stan.error" #> [8621] "starkey" #> [8622] "suess" #> [8623] "trag" #> [8624] "transM" #> [8625] "trim.me" #> [8626] "trim.ranef.test" #> [8627] "trim.test" #> [8628] "tukey.add.test" #> [8629] "veneer" #> [8630] "Venn" #> [8631] "vs" #> [8632] "wash.rich" #> [8633] "webs" #> [8634] "whickham" #> [8635] "wildebeest" #> [8636] "win" #> [8637] "wine" #> [8638] "world.co2" #> [8639] "world.pop" #> [8640] "asciiruler" #> [8641] "genbank_seqblock" #> [8642] "print.asciiruler" #> [8643] "width" #> [8644] "make_sps_setup" #> [8645] "parse_setup" #> [8646] "read_ascii_setup" #> [8647] "sas_ascii_reader" #> [8648] "spss_ascii_reader" #> [8649] "asd-package" #> [8650] "combn.test" #> [8651] "dunnett.test" #> [8652] "gsubpop.sim" #> [8653] "gtreatsel.sim" #> [8654] "hyp.test" #> [8655] "select.rule" #> [8656] "simeans.binormal" #> [8657] "subpop.sim" #> [8658] "treatsel.sim" #> [8659] "asdreader" #> [8660] "asd_file" #> [8661] "get_metadata" #> [8662] "get_spectra" #> [8663] "soil.asd" #> [8664] "install_ASGS" #> [8665] "latlon2SA" #> [8666] "STE_2016_simple" #> [8667] "ash-internal" #> [8668] "ash1" #> [8669] "ash2" #> [8670] "bin1" #> [8671] "bin2" #> [8672] "Matthew" #> [8673] "Stephens" #> [8674] "Peter" #> [8675] "Carbonetto" #> [8676] "Chaoxing" #> [8677] "Dai" #> [8678] "Gerard" #> [8679] "Mengyin" #> [8680] "Lu" #> [8681] "Lei" #> [8682] "Sun" #> [8683] "Willwerscheid" #> [8684] "Nan" #> [8685] "Xiao" #> [8686] "Mazon" #> [8687] "Zeng" #> [8688] "2019-02-22" #> [8689] "09:50:03" #> [8690] "ash" #> [8691] "ashci" #> [8692] "ashr" #> [8693] "calc_loglik" #> [8694] "calc_logLR" #> [8695] "calc_mixmean" #> [8696] "calc_mixsd" #> [8697] "calc_null_loglik" #> [8698] "calc_null_vloglik" #> [8699] "calc_vloglik" #> [8700] "calc_vlogLR" #> [8701] "cdf.ash" #> [8702] "cdf_conv" #> [8703] "cdf_post" #> [8704] "compute_lfsr" #> [8705] "comp_cdf" #> [8706] "comp_cdf_conv" #> [8707] "comp_cdf_conv.normalmix" #> [8708] "comp_cdf_conv.unimix" #> [8709] "comp_cdf_post" #> [8710] "comp_dens" #> [8711] "comp_dens_conv" #> [8712] "comp_dens_conv.normalmix" #> [8713] "comp_dens_conv.unimix" #> [8714] "comp_mean" #> [8715] "comp_mean.normalmix" #> [8716] "comp_mean2" #> [8717] "comp_postmean" #> [8718] "comp_postmean2" #> [8719] "comp_postprob" #> [8720] "comp_postsd" #> [8721] "comp_sd" #> [8722] "comp_sd.normalmix" #> [8723] "cxxMixSquarem" #> [8724] "dens" #> [8725] "dens_conv" #> [8726] "dlogf" #> [8727] "estimate_mixprop" #> [8728] "gen_etruncFUN" #> [8729] "get_density" #> [8730] "get_lfsr" #> [8731] "get_post_sample" #> [8732] "igmix" #> [8733] "lik_binom" #> [8734] "lik_logF" #> [8735] "lik_normal" #> [8736] "lik_normalmix" #> [8737] "lik_pois" #> [8738] "lik_t" #> [8739] "loglik_conv" #> [8740] "loglik_conv.default" #> [8741] "log_comp_dens_conv" #> [8742] "log_comp_dens_conv.normalmix" #> [8743] "log_comp_dens_conv.unimix" #> [8744] "mixcdf" #> [8745] "mixcdf.default" #> [8746] "mixEM" #> [8747] "mixIP" #> [8748] "mixmean2" #> [8749] "mixprop" #> [8750] "mixSQP" #> [8751] "mixVBEM" #> [8752] "my_e2truncbeta" #> [8753] "my_e2truncgamma" #> [8754] "my_e2truncnorm" #> [8755] "my_e2trunct" #> [8756] "my_etruncbeta" #> [8757] "my_etruncgamma" #> [8758] "my_etrunclogf" #> [8759] "my_etruncnorm" #> [8760] "my_etrunct" #> [8761] "my_vtruncnorm" #> [8762] "ncomp" #> [8763] "ncomp.default" #> [8764] "normalmix" #> [8765] "pcdf_post" #> [8766] "plogf" #> [8767] "plot.ash" #> [8768] "plot_diagnostic" #> [8769] "pm_on_zero" #> [8770] "posterior_dist" #> [8771] "postmean" #> [8772] "postmean2" #> [8773] "postsd" #> [8774] "post_sample" #> [8775] "post_sample.normalmix" #> [8776] "post_sample.unimix" #> [8777] "print.ash" #> [8778] "qval.from.lfdr" #> [8779] "set_data" #> [8780] "summary.ash" #> [8781] "unimix" #> [8782] "vcdf_post" #> [8783] "w_mixEM" #> [8784] "asht-package" #> [8785] "abcnonHtest" #> [8786] "ama1c1cpg" #> [8787] "anovaOneWay" #> [8788] "bfTest" #> [8789] "cvTest" #> [8790] "meldCD" #> [8791] "meldtTest" #> [8792] "quantileTest" #> [8793] "signTest" #> [8794] "tukeyWelsch" #> [8795] "var1Test" #> [8796] "wmwTest" #> [8797] "wspoissonTest" #> [8798] "wsrTest" #> [8799] "AsioHeaders-package" #> [8800] "arvi" #> [8801] "crop.bands" #> [8802] "custom.eqn" #> [8803] "dn2toa" #> [8804] "gemi" #> [8805] "gvmi" #> [8806] "msavi" #> [8807] "multi.indices" #> [8808] "ndbi" #> [8809] "ndvi" #> [8810] "ndwi" #> [8811] "pavi" #> [8812] "sen2_msi" #> [8813] "thermal" #> [8814] "askpass" #> [8815] "ssh_askpass" #> [8816] "ASScenarioDesc" #> [8817] "checkDuplicatedInstances" #> [8818] "convertAlgoPerfToWideFormat" #> [8819] "convertToLlama" #> [8820] "convertToLlamaCVFolds" #> [8821] "createCVSplits" #> [8822] "findDominatedAlgos" #> [8823] "fixFeckingPresolve" #> [8824] "getAlgorithmNames" #> [8825] "getCosealASScenario" #> [8826] "getCostsAndPresolvedStatus" #> [8827] "getDefaultFeatureStepNames" #> [8828] "getFeatureNames" #> [8829] "getFeatureStepNames" #> [8830] "getInstanceNames" #> [8831] "getNumberOfCVFolds" #> [8832] "getNumberOfCVReps" #> [8833] "getProvidedFeatures" #> [8834] "getSummedFeatureCosts" #> [8835] "imputeAlgoPerf" #> [8836] "parseASScenario" #> [8837] "plotAlgoCorMatrix" #> [8838] "plotAlgoPerf" #> [8839] "runLlamaModels" #> [8840] "summarizeAlgoPerf" #> [8841] "summarizeAlgoRunstatus" #> [8842] "summarizeFeatureSteps" #> [8843] "summarizeFeatureValues" #> [8844] "writeASScenario" #> [8845] "ASMap-package" #> [8846] "alignCross" #> [8847] "breakCross" #> [8848] "combineMap" #> [8849] "fixClones" #> [8850] "genClones" #> [8851] "heatMap" #> [8852] "mapBC" #> [8853] "mapBCu" #> [8854] "mapDH" #> [8855] "mapDHf" #> [8856] "mapF2" #> [8857] "mergeCross" #> [8858] "mstmap.cross" #> [8859] "mstmap.data.frame" #> [8860] "pp.init" #> [8861] "profileGen" #> [8862] "profileMark" #> [8863] "pullCross" #> [8864] "pushCross" #> [8865] "pValue" #> [8866] "quickEst" #> [8867] "statGen" #> [8868] "statMark" #> [8869] "subsetCross" #> [8870] "asnipe-package" #> [8871] "gbi" #> [8872] "get_associations_points_tw" #> [8873] "get_group_by_individual" #> [8874] "get_network" #> [8875] "get_sampling_periods" #> [8876] "gmmevents" #> [8877] "identified_individuals" #> [8878] "inds" #> [8879] "LAR" #> [8880] "LRA" #> [8881] "mrqap.custom.null" #> [8882] "mrqap.dsp" #> [8883] "network_permutation" #> [8884] "network_swap" #> [8885] "print.mrqap.dsp" #> [8886] "times" #> [8887] "aspace-package" #> [8888] "acos_d" #> [8889] "activities" #> [8890] "activities2" #> [8891] "asin_d" #> [8892] "as_radians" #> [8893] "atan_d" #> [8894] "calc_box" #> [8895] "calc_sdd" #> [8896] "calc_sde" #> [8897] "centre" #> [8898] "CF2PTS" #> [8899] "CMD" #> [8900] "cos_d" #> [8901] "mean_centre" #> [8902] "median_centre" #> [8903] "plot_centres" #> [8904] "plot_sdd" #> [8905] "plot_sde" #> [8906] "r.BOX" #> [8907] "r.SDD" #> [8908] "r.SDE" #> [8909] "sin_d" #> [8910] "tan_d" #> [8911] "wts" #> [8912] "ASPBay-package" #> [8913] "ASP.Bayesian" #> [8914] "ASP.Score" #> [8915] "ASP.Selection" #> [8916] "ASPData" #> [8917] "Graphs.Bayesian" #> [8918] "aSPC" #> [8919] "corAspect" #> [8920] "duncan" #> [8921] "galo" #> [8922] "lineals" #> [8923] "plot.aspect" #> [8924] "wurzer" #> [8925] "aspi" #> [8926] "diplostomum_eyes_excl_lenses" #> [8927] "diplostomum_lenses" #> [8928] "eb.test" #> [8929] "plotHistogram" #> [8930] "plotVolcano" #> [8931] "simulated_asymmetry_inconsistent_bias" #> [8932] "simulated_left_bias_heterogeneous_proportions" #> [8933] "simulated_left_bias_homogeneous_proportions" #> [8934] "simulated_symmetrical_infection" #> [8935] "aSPU" #> [8936] "aSPUd" #> [8937] "aSPUpath" #> [8938] "aSPUpath2" #> [8939] "aSPUr" #> [8940] "aSPUs" #> [8941] "aSPUsD" #> [8942] "aSPUsPath" #> [8943] "aSPUsPath2" #> [8944] "aSPUw" #> [8945] "estcov" #> [8946] "exdat" #> [8947] "GATES2" #> [8948] "GatesSimes" #> [8949] "GEEaSPU" #> [8950] "getlogitp" #> [8951] "Hyst" #> [8952] "kegg9" #> [8953] "minP" #> [8954] "MTaSPUs" #> [8955] "MTaSPUsSet" #> [8956] "MTaSPUsSetPath" #> [8957] "MTaSPUsSetScore" #> [8958] "plotPmat" #> [8959] "pruneSNP" #> [8960] "SAMD11" #> [8961] "simPathAR1Snp" #> [8962] "someGs" #> [8963] "2019-03-04" #> [8964] "11:50:07" #> [8965] "asremlPlus-package" #> [8966] "allDifferences.data.frame" #> [8967] "alldiffs.object" #> [8968] "angular" #> [8969] "angular.mod" #> [8970] "as.alldiffs" #> [8971] "as.asrtests" #> [8972] "as.predictions.frame" #> [8973] "asremlPlus-deprecated" #> [8974] "asremlPlusTips" #> [8975] "asrtests.object" #> [8976] "bootREMLRT.asreml" #> [8977] "changeTerms.asrtests" #> [8978] "chooseModel.asrtests" #> [8979] "estimateV.asreml" #> [8980] "facCombine.alldiffs" #> [8981] "getASRemlVersionLoaded" #> [8982] "getTestPvalue.asrtests" #> [8983] "infoCriteria.asreml" #> [8984] "is.alldiffs" #> [8985] "is.asrtests" #> [8986] "is.predictions.frame" #> [8987] "Ladybird.dat" #> [8988] "linTransform.alldiffs" #> [8989] "loadASRemlVersion" #> [8990] "newfit.asreml" #> [8991] "num.recode" #> [8992] "Oats.dat" #> [8993] "permute.square" #> [8994] "permute.to.zero.lowertri" #> [8995] "plotPredictions.data.frame" #> [8996] "plotPvalues.alldiffs" #> [8997] "plotPvalues.data.frame" #> [8998] "plotVariofaces.data.frame" #> [8999] "powerTransform" #> [9000] "predictions.frame" #> [9001] "predictPlus.asreml" #> [9002] "predictPresent.asreml" #> [9003] "print.alldiffs" #> [9004] "print.asrtests" #> [9005] "print.predictions.frame" #> [9006] "print.wald.tab" #> [9007] "recalcLSD.alldiffs" #> [9008] "recalcWaldTab.asrtests" #> [9009] "redoErrorIntervals.alldiffs" #> [9010] "REMLRT.asreml" #> [9011] "reorderClassify.alldiffs" #> [9012] "reparamSigDevn.asrtests" #> [9013] "rmboundary.asrtests" #> [9014] "setvarianceterms.call" #> [9015] "simulate.asreml" #> [9016] "sort.alldiffs" #> [9017] "subset.alldiffs" #> [9018] "testranfix.asrtests" #> [9019] "testresidual.asrtests" #> [9020] "testswapran.asrtests" #> [9021] "validAlldiffs" #> [9022] "validAsrtests" #> [9023] "validPredictionsFrame" #> [9024] "variofaces.asreml" #> [9025] "WaterRunoff.dat" #> [9026] "Wheat.dat" #> [9027] "ASSA-package" #> [9028] "bmssa" #> [9029] "brexit" #> [9030] "bssa" #> [9031] "combplot" #> [9032] "GDPIP" #> [9033] "msst" #> [9034] "msstc" #> [9035] "mtsframe" #> [9036] "correct_bias" #> [9037] "create_assay" #> [9038] "detect_bias" #> [9039] "plate7" #> [9040] "plot.assay" #> [9041] "print.assay" #> [9042] "assert_colnames" #> [9043] "assert_ids" #> [9044] "assert_nrows" #> [9045] "assert_values" #> [9046] "check_files" #> [9047] "import_files" #> [9048] "2016-12-31" #> [9049] "are_identical" #> [9050] "are_same_length" #> [9051] "are_set_equal" #> [9052] "assertionError" #> [9053] "assertive" #> [9054] "assert_engine" #> [9055] "assert_is_all_of" #> [9056] "bapply" #> [9057] "call_and_name" #> [9058] "cause" #> [9059] "changes" #> [9060] "character_to_list_of_integer_vectors" #> [9061] "coerce_to" #> [9062] "DIM" #> [9063] "dont_stop" #> [9064] "false" #> [9065] "get_name_in_parent" #> [9066] "has_any_attributes" #> [9067] "has_arg" #> [9068] "has_attributes" #> [9069] "has_cols" #> [9070] "has_dims" #> [9071] "has_duplicates" #> [9072] "has_names" #> [9073] "has_slot" #> [9074] "has_terms" #> [9075] "is2" #> [9076] "is_array" #> [9077] "is_atomic" #> [9078] "is_batch_mode" #> [9079] "is_binding_locked" #> [9080] "is_cas_number" #> [9081] "is_character" #> [9082] "is_class" #> [9083] "is_closure_function" #> [9084] "is_complex" #> [9085] "is_connection" #> [9086] "is_credit_card_number" #> [9087] "is_data.frame" #> [9088] "is_data.table" #> [9089] "is_date" #> [9090] "is_date_string" #> [9091] "is_debugged" #> [9092] "is_diagonal_matrix" #> [9093] "is_dir" #> [9094] "is_divisible_by" #> [9095] "is_email_address" #> [9096] "is_empty" #> [9097] "is_empty_character" #> [9098] "is_empty_file" #> [9099] "is_empty_model" #> [9100] "is_environment" #> [9101] "is_equal_to" #> [9102] "is_error_free" #> [9103] "is_executable_file" #> [9104] "is_existing" #> [9105] "is_existing_file" #> [9106] "is_externalptr" #> [9107] "is_factor" #> [9108] "is_finite" #> [9109] "is_formula" #> [9110] "is_function" #> [9111] "is_hex_color" #> [9112] "is_honorific" #> [9113] "is_identity_matrix" #> [9114] "is_if_condition" #> [9115] "is_inherited_from" #> [9116] "is_integer" #> [9117] "is_internal_function" #> [9118] "is_in_past" #> [9119] "is_in_range" #> [9120] "is_ip_address" #> [9121] "is_isbn_code" #> [9122] "is_language" #> [9123] "is_leaf" #> [9124] "is_library" #> [9125] "is_list" #> [9126] "is_loaded" #> [9127] "is_logical" #> [9128] "is_lower_triangular_matrix" #> [9129] "is_matching_fixed" #> [9130] "is_monotonic_increasing" #> [9131] "is_nan" #> [9132] "is_null" #> [9133] "is_numeric" #> [9134] "is_numeric_string" #> [9135] "is_on_os_path" #> [9136] "is_package_current" #> [9137] "is_qr" #> [9138] "is_r" #> [9139] "is_raster" #> [9140] "is_raw" #> [9141] "is_real" #> [9142] "is_relistable" #> [9143] "is_rstudio_current" #> [9144] "is_rstudio_desktop" #> [9145] "is_r_current" #> [9146] "is_s3_generic" #> [9147] "is_s4" #> [9148] "is_single_character" #> [9149] "is_square_matrix" #> [9150] "is_symmetric_matrix" #> [9151] "is_table" #> [9152] "is_tbl" #> [9153] "is_try_error" #> [9154] "is_ts" #> [9155] "is_uk_car_licence" #> [9156] "is_uk_national_insurance_number" #> [9157] "is_uk_postcode" #> [9158] "is_uk_telephone_number" #> [9159] "is_unsorted" #> [9160] "is_us_social_security_number" #> [9161] "is_us_telephone_number" #> [9162] "is_us_zip_code" #> [9163] "is_valid_r_code" #> [9164] "is_valid_variable_name" #> [9165] "is_whole_number" #> [9166] "is_windows" #> [9167] "is_xxx_for_decimal_point" #> [9168] "is_zero_matrix" #> [9169] "merge_dots_with_list" #> [9170] "na" #> [9171] "n_elements" #> [9172] "parenthesize" #> [9173] "print_and_capture" #> [9174] "r_can_find_tools" #> [9175] "r_has_jpeg_capability" #> [9176] "safe_deparse" #> [9177] "set_cause" #> [9178] "strip_attributes" #> [9179] "sys_get_locale" #> [9180] "Truth" #> [9181] "use_first" #> [9182] "merge.list" #> [9183] "print.scalar_with_cause" #> [9184] "assert_all_are_existing" #> [9185] "assert_all_are_valid_variable_names" #> [9186] "assert_has_arg" #> [9187] "assert_is_binding_locked" #> [9188] "assert_is_debugged" #> [9189] "assert_is_if_condition" #> [9190] "assert_is_loaded" #> [9191] "assert_is_valid_r_code" #> [9192] "assert_all_are_cas_numbers" #> [9193] "assert_all_are_credit_card_numbers" #> [9194] "assert_all_are_email_addresses" #> [9195] "assert_all_are_hex_colors" #> [9196] "assert_all_are_honorifics" #> [9197] "assert_all_are_ip_addresses" #> [9198] "assert_all_are_isbn_codes" #> [9199] "assert_all_are_uk_car_licences" #> [9200] "assert_all_are_uk_national_insurance_numbers" #> [9201] "assert_all_are_uk_postcodes" #> [9202] "assert_all_are_uk_telephone_numbers" #> [9203] "assert_all_are_us_social_security_numbers" #> [9204] "assert_all_are_us_telephone_numbers" #> [9205] "assert_all_are_us_zip_codes" #> [9206] "assert_all_are_after" #> [9207] "assert_all_are_date_strings" #> [9208] "as.character.file" #> [9209] "assert_all_are_dirs" #> [9210] "assert_all_are_empty_files" #> [9211] "assert_all_are_executable_files" #> [9212] "assert_all_are_existing_files" #> [9213] "assert_all_are_libraries" #> [9214] "assert_is_bzfile_connection" #> [9215] "assert_is_diagonal_matrix" #> [9216] "assert_is_identity_matrix" #> [9217] "assert_is_lower_triangular_matrix" #> [9218] "assert_is_square_matrix" #> [9219] "assert_is_symmetric_matrix" #> [9220] "assert_is_zero_matrix" #> [9221] "assert_has_terms" #> [9222] "assert_is_empty_model" #> [9223] "assert_all_are_divisible_by" #> [9224] "assert_all_are_equal_to" #> [9225] "assert_all_are_finite" #> [9226] "assert_all_are_imaginary" #> [9227] "assert_all_are_in_closed_range" #> [9228] "assert_all_are_nan" #> [9229] "assert_all_numbers_are_whole_numbers" #> [9230] "assert_has_all_attributes" #> [9231] "assert_has_colnames" #> [9232] "assert_has_cols" #> [9233] "assert_has_dims" #> [9234] "assert_has_duplicates" #> [9235] "assert_has_elements" #> [9236] "assert_has_slot" #> [9237] "assert_is_atomic" #> [9238] "assert_is_monotonic_increasing" #> [9239] "assert_is_not_null" #> [9240] "assert_is_unsorted" #> [9241] "assert_all_are_on_os_path" #> [9242] "assert_is_64_bit_os" #> [9243] "assert_is_architect" #> [9244] "assert_is_batch_mode" #> [9245] "assert_is_comma_for_decimal_point" #> [9246] "assert_is_package_current" #> [9247] "assert_is_rstudio_current" #> [9248] "assert_is_r_current" #> [9249] "assert_r_can_find_tools" #> [9250] "assert_r_has_jpeg_capability" #> [9251] "rstudio_version_info" #> [9252] "assert_are_disjoint_sets" #> [9253] "assert_all_are_empty_character" #> [9254] "assert_all_are_matching_fixed" #> [9255] "assert_all_are_numeric_strings" #> [9256] "assert_all_are_single_characters" #> [9257] "create_regex" #> [9258] "matches_regex" #> [9259] "recycle" #> [9260] "strip_invalid_chars" #> [9261] "'is-date.R'" #> [9262] "'is-formula.R'" #> [9263] "'is-function.R'" #> [9264] "'is-type-data.table.R'" #> [9265] "'is-type-dplyr.R'" #> [9266] "'is-type-methods.R'" #> [9267] "'is-type-stats.R'" #> [9268] "2016-12-30" #> [9269] "assert_all_are_classes" #> [9270] "assert_is_an_integer" #> [9271] "assert_is_array" #> [9272] "assert_is_a_bool" #> [9273] "assert_is_a_complex" #> [9274] "assert_is_a_double" #> [9275] "assert_is_a_raw" #> [9276] "assert_is_a_string" #> [9277] "assert_is_call" #> [9278] "assert_is_closure_function" #> [9279] "assert_is_data.frame" #> [9280] "assert_is_data.table" #> [9281] "assert_is_date" #> [9282] "assert_is_environment" #> [9283] "assert_is_externalptr" #> [9284] "assert_is_factor" #> [9285] "assert_is_formula" #> [9286] "assert_is_function" #> [9287] "assert_is_inherited_from" #> [9288] "assert_is_internal_function" #> [9289] "assert_is_leaf" #> [9290] "assert_is_list" #> [9291] "assert_is_mts" #> [9292] "assert_is_qr" #> [9293] "assert_is_raster" #> [9294] "assert_is_relistable" #> [9295] "assert_is_s3_generic" #> [9296] "assert_is_S4" #> [9297] "assert_is_table" #> [9298] "assert_is_tbl" #> [9299] "assert_is_try_error" #> [9300] "assert" #> [9301] "assertr" #> [9302] "assert_rows" #> [9303] "chaining_functions" #> [9304] "col_concat" #> [9305] "has_all_names" #> [9306] "insist" #> [9307] "insist_rows" #> [9308] "in_set" #> [9309] "is_uniq" #> [9310] "maha_dist" #> [9311] "not_na" #> [9312] "num_row_NAs" #> [9313] "print.assertr_assert_error" #> [9314] "print.assertr_verify_error" #> [9315] "success_and_error_functions" #> [9316] "summary.assertr_assert_error" #> [9317] "summary.assertr_verify_error" #> [9318] "verify" #> [9319] "within_bounds" #> [9320] "within_n_mads" #> [9321] "within_n_sds" #> [9322] "are_equal" #> [9323] "assert-is" #> [9324] "assertions-file" #> [9325] "assert_that" #> [9326] "has_args" #> [9327] "has_attr" #> [9328] "noNA" #> [9329] "not_empty" #> [9330] "on_failure" #> [9331] "scalar" #> [9332] "validate_that" #> [9333] "Are" #> [9334] "two" #> [9335] "objects" #> [9336] "are_equal(x," #> [9337] "y," #> [9338] "x," #> [9339] "to" #> [9340] "..." #> [9341] "additional" #> [9342] "arguments" #> [9343] "passed" #> [9344] "Other" #> [9345] "assertions:" #> [9346] "is.error," #> [9347] "is.scalar," #> [9348] "noNA," #> [9349] "<-" #> [9350] "see_if(are_equal(x," #> [9351] "1.999," #> [9352] "tol" #> [9353] "Missing" #> [9354] "is" #> [9355] "are_equal," #> [9356] "Useful" #> [9357] "related" #> [9358] "has_extension(path," #> [9359] "path" #> [9360] "file" #> [9361] "ext" #> [9362] "extension" #> [9363] "for" #> [9364] "(has_extension" #> [9365] "tmp" #> [9366] "writeLines(\"x\"," #> [9367] "Assert" #> [9368] "that" #> [9369] "certain" #> [9370] "conditions" #> [9371] "are" #> [9372] "drop-in" #> [9373] "replacement" #> [9374] "stopifnot" #> [9375] "but" #> [9376] "designed" #> [9377] "give" #> [9378] "informative" #> [9379] "assert_that(...," #> [9380] "env" #> [9381] "parent.frame()," #> [9382] "msg" #> [9383] "see_if(...," #> [9384] "unnamed" #> [9385] "expressions" #> [9386] "describe" #> [9387] "the" #> [9388] "be" #> [9389] "tested." #> [9390] "Rather" #> [9391] "than" #> [9392] "bining" #> [9393] "with" #> [9394] "&&," #> [9395] "separate" #> [9396] "them" #> [9397] "by" #> [9398] "commas" #> [9399] "so" #> [9400] "better" #> [9401] "error" #> [9402] "sages" #> [9403] "can" #> [9404] "(advanced" #> [9405] "use" #> [9406] "only)" #> [9407] "environment" #> [9408] "which" #> [9409] "custom" #> [9410] "message" #> [9411] "printed" #> [9412] "if" #> [9413] "one" #> [9414] "Assertion" #> [9415] "should" #> [9416] "return" #> [9417] "single" #> [9418] "TRUE" #> [9419] "FALSE:" #> [9420] "any" #> [9421] "other" #> [9422] "result" #> [9423] "an" #> [9424] "error," #> [9425] "will" #> [9426] "complain" #> [9427] "about" #> [9428] "it." #> [9429] "This" #> [9430] "always" #> [9431] "case" #> [9432] "assertions" #> [9433] "provided" #> [9434] "assertthat," #> [9435] "you" #> [9436] "may" #> [9437] "need" #> [9438] "more" #> [9439] "careful" #> [9440] "base" #> [9441] "To" #> [9442] "make" #> [9443] "your" #> [9444] "own" #> [9445] "work" #> [9446] "assert_that," #> [9447] "see" #> [9448] "help" #> [9449] "on_failure." #> [9450] "tively," #> [9451] "specified" #> [9452] "each" #> [9453] "validate_that," #> [9454] "returns" #> [9455] "(not" #> [9456] "error)" #> [9457] "assert_that()" #> [9458] "generates" #> [9459] "errors," #> [9460] "can't" #> [9461] "usefully" #> [9462] "run" #> [9463] "##" #> [9464] "Not" #> [9465] "assert_that(length(x)" #> [9466] "==" #> [9467] "writeLines(\"\"," #> [9468] "assert_that(FALSE," #> [9469] "\"Custom" #> [9470] "End(Not" #> [9471] "But" #> [9472] "see_if" #> [9473] "just" #> [9474] "values," #> [9475] "you'll" #> [9476] "examples:" #> [9477] "remember" #> [9478] "see_if(length(x)" #> [9479] "see_if(5" #> [9480] "3," #> [9481] "\"Five" #> [9482] "not" #> [9483] "smaller" #> [9484] "Check" #> [9485] "function" #> [9486] "has" #> [9487] "has_args(f," #> [9488] "args," #> [9489] "exact" #> [9490] "%has_args%" #> [9491] "args" #> [9492] "character" #> [9493] "vector" #> [9494] "argument" #> [9495] "TRUE," #> [9496] "names" #> [9497] "must" #> [9498] "exactly" #> [9499] "(order" #> [9500] "value);" #> [9501] "have" #> [9502] "at" #> [9503] "least" #> [9504] "has_args(mean," #> [9505] "\"x\"," #> [9506] "see_if(mean" #> [9507] "Has" #> [9508] "attribute" #> [9509] "has_attr(x," #> [9510] "%has_attr%" #> [9511] "has_name(x," #> [9512] "%has_name%" #> [9513] "name" #> [9514] "has_attr(has_attr," #> [9515] "list(a" #> [9516] "1," #> [9517] "see_if(y" #> [9518] "Does" #> [9519] "contain" #> [9520] "missing" #> [9521] "see_if(noNA(c(TRUE," #> [9522] "sample(c(1:10," #> [9523] "NA)," #> [9524] "100," #> [9525] "rep" #> [9526] "doesn’t" #> [9527] "empty" #> [9528] "not_empty(mtcars[0," #> [9529] "not_empty(mtcars[," #> [9530] "Custom" #> [9531] "failure" #> [9532] "messages" #> [9533] "on_failure(x)" #> [9534] "assertion" #> [9535] "met," #> [9536] "FALSE" #> [9537] "value" #> [9538] "parameters" #> [9539] "call" #> [9540] "is_odd" #> [9541] "function(x)" #> [9542] "assert_that(is.numeric(x)," #> [9543] "length(x)" #> [9544] "%%" #> [9545] "on_failure(is_odd)" #> [9546] "function(call," #> [9547] "env)" #> [9548] "paste0(deparse(call$x)," #> [9549] "input" #> [9550] "is.scalar" #> [9551] "provides" #> [9552] "generic" #> [9553] "method" #> [9554] "checking" #> [9555] "scalar." #> [9556] "is.string," #> [9557] "is.flag," #> [9558] "is.count" #> [9559] "provide" #> [9560] "tests" #> [9561] "specific" #> [9562] "Generic" #> [9563] "check" #> [9564] "string" #> [9565] "see_if(is.string(c(\"a\"," #> [9566] "number" #> [9567] "numeric/integer" #> [9568] "flag" #> [9569] "logical" #> [9570] "see_if(is.flag(c(FALSE," #> [9571] "FALSE," #> [9572] "positive" #> [9573] "Validate" #> [9574] "alternative" #> [9575] "makes" #> [9576] "easier" #> [9577] "S4" #> [9578] "\"validate\"" #> [9579] "validate_that(...," #> [9580] "false," #> [9581] "validate_that(length(x)" #> [9582] "(has_args)," #> [9583] "(has_attr)," #> [9584] "2," #> [9585] "7," #> [9586] "4," #> [9587] "(assertions-file)," #> [9588] "(scalar)," #> [9589] "(assert-is)," #> [9590] "6," #> [9591] "(on_failure)," #> [9592] "(assert_that)," #> [9593] "AssetCorr-package" #> [9594] "analyze_AssetCorr" #> [9595] "defaultTimeseries" #> [9596] "interALL" #> [9597] "interCMM" #> [9598] "interCopula" #> [9599] "interCov" #> [9600] "interJDP" #> [9601] "interMLE" #> [9602] "intraALL" #> [9603] "intraAMLE" #> [9604] "intraAMM" #> [9605] "intraBeta" #> [9606] "intraCMM" #> [9607] "intraFMM" #> [9608] "intraJDP1" #> [9609] "intraJDP2" #> [9610] "intraMLE" #> [9611] "intraMode" #> [9612] "buildS" #> [9613] "plot.AssetPricing" #> [9614] "vsolve" #> [9615] "xsolve" #> [9616] "accuracy.kfold" #> [9617] "accuracy.MC" #> [9618] "accuracy.plot" #> [9619] "assign.kfold" #> [9620] "assign.matrix" #> [9621] "assign.MC" #> [9622] "assign.X" #> [9623] "check.loci" #> [9624] "compile.data" #> [9625] "membership.plot" #> [9626] "read.Genepop" #> [9627] "read.Structure" #> [9628] "reduce.allele" #> [9629] "acid" #> [9630] "alogit" #> [9631] "anova.ssr" #> [9632] "Arosa" #> [9633] "bdiag" #> [9634] "bond" #> [9635] "canadaTemp" #> [9636] "chickenpox" #> [9637] "chol.new" #> [9638] "climate" #> [9639] "dcrdr" #> [9640] "deviance.ssr" #> [9641] "dmudr" #> [9642] "dsidr" #> [9643] "dsms" #> [9644] "gdmudr" #> [9645] "gdsidr" #> [9646] "hat.ssr" #> [9647] "horm.cort" #> [9648] "ident" #> [9649] "inc" #> [9650] "intervals.nnr" #> [9651] "intervals.slm" #> [9652] "intervals.snm" #> [9653] "intervals.snr" #> [9654] "kron" #> [9655] "lspline" #> [9656] "nnr" #> [9657] "nnr.control" #> [9658] "paramecium" #> [9659] "periodic" #> [9660] "plot.bCI" #> [9661] "plot.ssr" #> [9662] "Polynomial" #> [9663] "Polynomial2" #> [9664] "predict.slm" #> [9665] "predict.snm" #> [9666] "predict.snr" #> [9667] "predict.ssr" #> [9668] "print.anova.ssr" #> [9669] "print.nnr" #> [9670] "print.slm" #> [9671] "print.snm" #> [9672] "print.snr" #> [9673] "print.ssr" #> [9674] "print.summary.nnr" #> [9675] "print.summary.slm" #> [9676] "print.summary.snm" #> [9677] "print.summary.snr" #> [9678] "print.summary.ssr" #> [9679] "rk.prod" #> [9680] "seizure" #> [9681] "Shrinkage" #> [9682] "sine4p" #> [9683] "slm" #> [9684] "snm" #> [9685] "snm.control" #> [9686] "snr" #> [9687] "snr.control" #> [9688] "sphere" #> [9689] "ssr" #> [9690] "ssr.control" #> [9691] "ssr.object" #> [9692] "star" #> [9693] "Stratford" #> [9694] "summary.nnr" #> [9695] "summary.slm" #> [9696] "summary.snm" #> [9697] "summary.snr" #> [9698] "summary.ssr" #> [9699] "Thin" #> [9700] "TXtemp" #> [9701] "ultrasound" #> [9702] "USAtemp" #> [9703] "wesdr" #> [9704] "xyplot2" #> [9705] "ASSISTant" #> [9706] "ASSISTDesign" #> [9707] "ASSISTDesignB" #> [9708] "ASSISTDesignC" #> [9709] "DEFUSE3Design" #> [9710] "LLL.SETTINGS" #> [9711] "afcSKAT" #> [9712] "AssocAFC" #> [9713] "cor.afc" #> [9714] "geno.afc" #> [9715] "kin.afc" #> [9716] "maf.afc" #> [9717] "phenotype.afc" #> [9718] "Wcorrected" #> [9719] "weights.afc" #> [9720] "Wqls" #> [9721] "assocInd-package" #> [9722] "CECI" #> [9723] "ceSimErrorsEqualCECI" #> [9724] "ceSimErrorsEqualGLECI" #> [9725] "ceSimErrorsEqualHWI" #> [9726] "ceSimErrorsEqualSRI" #> [9727] "ceSimErrorsEqualvSRI" #> [9728] "ceSimErrorsUnequalCECI" #> [9729] "ceSimErrorsUnequalGLECI" #> [9730] "ceSimErrorsUnequalHWI" #> [9731] "ceSimErrorsUnequalSRI" #> [9732] "ceSimErrorsUnequalvSRI" #> [9733] "GLECI" #> [9734] "gleSimGLECI" #> [9735] "gleSimHWI" #> [9736] "gleSimSRI" #> [9737] "gleSimvSRI" #> [9738] "HWI" #> [9739] "iieSimHWI" #> [9740] "iieSimSRI" #> [9741] "iieSimvSRI" #> [9742] "MWI" #> [9743] "SRI" #> [9744] "vSRI" #> [9745] "dr" #> [9746] "drS.eg" #> [9747] "eigenstrat" #> [9748] "max3" #> [9749] "nmax3" #> [9750] "npt" #> [9751] "pcoc" #> [9752] "smt" #> [9753] "tw" #> [9754] "assortnet-package" #> [9755] "assortment.continuous" #> [9756] "assortment.discrete" #> [9757] "AssotesteR-package" #> [9758] "ASCORE" #> [9759] "ASSU" #> [9760] "ASSUW" #> [9761] "ASUM" #> [9762] "BST" #> [9763] "CALPHA" #> [9764] "CARV" #> [9765] "CAST" #> [9766] "CMAT" #> [9767] "CMC" #> [9768] "GDBR" #> [9769] "genodata" #> [9770] "MULTI" #> [9771] "ORWSS" #> [9772] "RARECOVER" #> [9773] "RBT" #> [9774] "RVT1" #> [9775] "RVT2" #> [9776] "RWAS" #> [9777] "SCORE" #> [9778] "SEQSUM" #> [9779] "SKAT" #> [9780] "SSU" #> [9781] "SSUW" #> [9782] "SUM" #> [9783] "TTEST" #> [9784] "UMINP" #> [9785] "VT" #> [9786] "WSS" #> [9787] "WST" #> [9788] "AST" #> [9789] "calcSpaceMat" #> [9790] "data.adjacent.mat" #> [9791] "data.residual.AST" #> [9792] "anova.asterOrReaster" #> [9793] "aster" #> [9794] "astertransform" #> [9795] "chamae" #> [9796] "chamae2" #> [9797] "chamae3" #> [9798] "echin2" #> [9799] "echinacea" #> [9800] "families" #> [9801] "mlogl" #> [9802] "newpickle" #> [9803] "oats" #> [9804] "penmlogl" #> [9805] "pickle" #> [9806] "predict.aster" #> [9807] "quickle" #> [9808] "radish" #> [9809] "raster" #> [9810] "reaster" #> [9811] "summary.aster" #> [9812] "summary.reaster" #> [9813] "truncated" #> [9814] "aster2-package" #> [9815] "asterdata" #> [9816] "constancy" #> [9817] "cumulant" #> [9818] "hornworm" #> [9819] "subset.asterdata" #> [9820] "test1" #> [9821] "Transform" #> [9822] "aaxis" #> [9823] "abox" #> [9824] "acb" #> [9825] "acol" #> [9826] "age2z" #> [9827] "akde2d" #> [9828] "angdist" #> [9829] "angsize" #> [9830] "aplot" #> [9831] "aqbeta" #> [9832] "astro" #> [9833] "cardinal" #> [9834] "cenang" #> [9835] "chicdf" #> [9836] "chipdf" #> [9837] "chipval" #> [9838] "combrad" #> [9839] "comovdist.los" #> [9840] "comovdist.trans" #> [9841] "comovvol" #> [9842] "concen" #> [9843] "convmu" #> [9844] "convrad" #> [9845] "coscalc" #> [9846] "ellipse" #> [9847] "gauss" #> [9848] "get.fitskey" #> [9849] "h2re" #> [9850] "igamma" #> [9851] "kronrad" #> [9852] "label" #> [9853] "lookback" #> [9854] "lookback2z" #> [9855] "lumdens" #> [9856] "lumdist" #> [9857] "nicetime" #> [9858] "p2chi" #> [9859] "petro" #> [9860] "petroindex" #> [9861] "petrorad" #> [9862] "plotfits" #> [9863] "put.fitskey" #> [9864] "re2h" #> [9865] "read.fits" #> [9866] "read.fitshdr" #> [9867] "read.fitsim" #> [9868] "read.fitskey" #> [9869] "read.fitstab" #> [9870] "scalemark" #> [9871] "schechter" #> [9872] "schechter.bin" #> [9873] "schechter.ellipse" #> [9874] "schechter.fit" #> [9875] "scmean" #> [9876] "sersic" #> [9877] "shade" #> [9878] "shadowtext" #> [9879] "solar" #> [9880] "strip" #> [9881] "write.fits" #> [9882] "write.fitshdr" #> [9883] "write.fitskey" #> [9884] "writeBin64" #> [9885] "astrochron-package" #> [9886] "anchorTime" #> [9887] "ar1" #> [9888] "ar1etp" #> [9889] "arcsinT" #> [9890] "armaGen" #> [9891] "asm" #> [9892] "autoPlot" #> [9893] "bandpass" #> [9894] "bergerPeriods" #> [9895] "calcPeriods" #> [9896] "cb" #> [9897] "clipIt" #> [9898] "confAdjust" #> [9899] "constantSedrate" #> [9900] "cosTaper" #> [9901] "cycles" #> [9902] "delPts" #> [9903] "demean" #> [9904] "detrend" #> [9905] "diffAccum" #> [9906] "divTrend" #> [9907] "dpssTaper" #> [9908] "eAsm" #> [9909] "eAsmTrack" #> [9910] "eha" #> [9911] "eTimeOpt" #> [9912] "eTimeOptTrack" #> [9913] "etp" #> [9914] "extract" #> [9915] "flip" #> [9916] "freq2sedrate" #> [9917] "gausTaper" #> [9918] "getColor" #> [9919] "getData" #> [9920] "getLaskar" #> [9921] "hannTaper" #> [9922] "headn" #> [9923] "hilbert" #> [9924] "idPts" #> [9925] "imbrie" #> [9926] "integratePower" #> [9927] "iso" #> [9928] "linage" #> [9929] "linterp" #> [9930] "logT" #> [9931] "lowpass" #> [9932] "lowspec" #> [9933] "makeNoise" #> [9934] "modelA" #> [9935] "mtm" #> [9936] "mtmAR" #> [9937] "mtmML96" #> [9938] "mtmPL" #> [9939] "multiTest" #> [9940] "mwCor" #> [9941] "mwin" #> [9942] "mwStats" #> [9943] "noKernel" #> [9944] "noLow" #> [9945] "pad" #> [9946] "peak" #> [9947] "periodogram" #> [9948] "pl" #> [9949] "plotEha" #> [9950] "plS" #> [9951] "prewhiteAR" #> [9952] "prewhiteAR1" #> [9953] "pwrLaw" #> [9954] "pwrLawFit" #> [9955] "rankSeries" #> [9956] "readMatrix" #> [9957] "repl0" #> [9958] "replEps" #> [9959] "resample" #> [9960] "rmNA" #> [9961] "sedRamp" #> [9962] "sedrate2time" #> [9963] "slideCor" #> [9964] "sortNave" #> [9965] "stepHeat" #> [9966] "strats" #> [9967] "surrogateCor" #> [9968] "surrogates" #> [9969] "synthStrat" #> [9970] "taner" #> [9971] "testBackground" #> [9972] "testPrecession" #> [9973] "testTilt" #> [9974] "timeOpt" #> [9975] "timeOptMCMC" #> [9976] "timeOptPlot" #> [9977] "timeOptSim" #> [9978] "timeOptTemplate" #> [9979] "timeOptTemplatePlot" #> [9980] "timeOptTemplateSim" #> [9981] "tones" #> [9982] "traceFreq" #> [9983] "tracePeak" #> [9984] "trackFreq" #> [9985] "trackPeak" #> [9986] "trim" #> [9987] "trimAT" #> [9988] "trough" #> [9989] "tune" #> [9990] "writeCSV" #> [9991] "writeT" #> [9992] "wtMean" #> [9993] "xplot" #> [9994] "zoomIn" #> [9995] "asteroid_dens" #> [9996] "censor_Be" #> [9997] "COMBO17_lowz" #> [9998] "COUP_var" #> [9999] "ell_gal_profile" #> [10000] "exoplanet_RV" #> [10001] "GlobClus_mag" #> [10002] "GlobClus_prop" #> [10003] "GX" #> [10004] "HIP" #> [10005] "LMC_dist" #> [10006] "plan_neb_LF" #> [10007] "protostellar_disks" #> [10008] "protostellar_jets" #> [10009] "SDSS_ptsrc_test" #> [10010] "SDSS_ptsrc_train" #> [10011] "SDSS_QSO" #> [10012] "Shapley_galaxy" #> [10013] "Sun_spot_num" #> [10014] "astroFns-package" #> [10015] "angSep" #> [10016] "b2j" #> [10017] "beamDiskOverlap" #> [10018] "dmjd2ut" #> [10019] "dms2rad" #> [10020] "gmst1" #> [10021] "hms2rad" #> [10022] "j2b" #> [10023] "jd2ymd" #> [10024] "planetFlux" #> [10025] "rad2dms" #> [10026] "rad2hms" #> [10027] "ut2dmjd" #> [10028] "ut2lst" #> [10029] "ymd2jd" #> [10030] "astrolibR-package" #> [10031] "adstring" #> [10032] "airtovac" #> [10033] "aitoff" #> [10034] "altaz2hadec" #> [10035] "baryvel" #> [10036] "bprecess" #> [10037] "calz_unred" #> [10038] "ccm_unred" #> [10039] "cirrange" #> [10040] "cosmo_param" #> [10041] "co_aberration" #> [10042] "co_nutate" #> [10043] "co_refract" #> [10044] "co_refract_forward" #> [10045] "ct2lst" #> [10046] "daycnv" #> [10047] "deredd" #> [10048] "dtdz" #> [10049] "eci2geo" #> [10050] "eq2hor" #> [10051] "eqpole" #> [10052] "euler" #> [10053] "flux2mag" #> [10054] "fm_unred" #> [10055] "galage" #> [10056] "gal_uvw" #> [10057] "gcirc" #> [10058] "geo2eci" #> [10059] "geo2geodetic" #> [10060] "geodetic2geo" #> [10061] "glactc" #> [10062] "glactc_pm" #> [10063] "hadec2altaz" #> [10064] "helio" #> [10065] "helio_jd" #> [10066] "helio_rv" #> [10067] "hor2eq" #> [10068] "imf" #> [10069] "intdiv" #> [10070] "ismeuv" #> [10071] "jdcnv" #> [10072] "jprecess" #> [10073] "juldate" #> [10074] "ldist" #> [10075] "lsf_rotate" #> [10076] "mag2flux" #> [10077] "month_cnv" #> [10078] "moonpos" #> [10079] "mphase" #> [10080] "nutate" #> [10081] "planck" #> [10082] "planet_coords" #> [10083] "polyidl" #> [10084] "posang" #> [10085] "precess" #> [10086] "precess_xyz" #> [10087] "premat" #> [10088] "radec" #> [10089] "rhotheta" #> [10090] "sixty" #> [10091] "sphdist" #> [10092] "sunpos" #> [10093] "ten" #> [10094] "uvbybeta" #> [10095] "vactoair" #> [10096] "xyz" #> [10097] "ydn2md" #> [10098] "ymd2dn" #> [10099] "zang" #> [10100] "astsa-package" #> [10101] "acf1" #> [10102] "acf2" #> [10103] "ar1miss" #> [10104] "arf" #> [10105] "arma.spec" #> [10106] "ARMAtoAR" #> [10107] "beamd" #> [10108] "birth" #> [10109] "blood" #> [10110] "bnrf1ebv" #> [10111] "bnrf1hvs" #> [10112] "ccf2" #> [10113] "chicken" #> [10114] "climhyd" #> [10115] "cmort" #> [10116] "cpg" #> [10117] "djia" #> [10118] "econ5" #> [10119] "EM0" #> [10120] "EM1" #> [10121] "EQ5" #> [10122] "EQcount" #> [10123] "eqexp" #> [10124] "EXP6" #> [10125] "FDR" #> [10126] "flu" #> [10127] "fmri" #> [10128] "fmri1" #> [10129] "gas" #> [10130] "globtemp" #> [10131] "globtempl" #> [10132] "gnp" #> [10133] "gtemp" #> [10134] "gtemp2" #> [10135] "HCT" #> [10136] "hor" #> [10137] "jj" #> [10138] "Kfilter0" #> [10139] "Kfilter1" #> [10140] "Kfilter2" #> [10141] "Ksmooth0" #> [10142] "Ksmooth1" #> [10143] "Ksmooth2" #> [10144] "lag1.plot" #> [10145] "lag2.plot" #> [10146] "LagReg" #> [10147] "lap" #> [10148] "lead" #> [10149] "mvspec" #> [10150] "nyse" #> [10151] "oil" #> [10152] "part" #> [10153] "PLT" #> [10154] "prodn" #> [10155] "qinfl" #> [10156] "qintr" #> [10157] "rec" #> [10158] "sales" #> [10159] "salt" #> [10160] "saltemp" #> [10161] "sarima" #> [10162] "sarima.for" #> [10163] "SigExtract" #> [10164] "so2" #> [10165] "soi" #> [10166] "soiltemp" #> [10167] "sp500w" #> [10168] "speech" #> [10169] "stoch.reg" #> [10170] "sunspotz" #> [10171] "SVfilter" #> [10172] "tempr" #> [10173] "tsplot" #> [10174] "unemp" #> [10175] "UnempRate" #> [10176] "varve" #> [10177] "WBC" #> [10178] "asus" #> [10179] "asus.cuts" #> [10180] "ejs" #> [10181] "sureshrink" #> [10182] "sureshrink.mse" #> [10183] "asVPC.binW" #> [10184] "asVPC.distanceW" #> [10185] "makeCOVbin" #> [10186] "origdata" #> [10187] "read_Simdata" #> [10188] "simdata" #> [10189] "VPC.graph" #> [10190] "asymLD-package" #> [10191] "compute.ALD" #> [10192] "compute.AShomz" #> [10193] "hla.freqs" #> [10194] "lsort" #> [10195] "snp.freqs" #> [10196] "asymmetry-package" #> [10197] "asymscal" #> [10198] "asymscalexample" #> [10199] "Englishtowns" #> [10200] "hmap" #> [10201] "mdsunique" #> [10202] "plot.mdsunique" #> [10203] "plot.skewsymmetry" #> [10204] "plot.slidevector" #> [10205] "print.mdsunique" #> [10206] "print.slidevector" #> [10207] "productsafety" #> [10208] "skewsymmetry" #> [10209] "slidevector" #> [10210] "studentmigration" #> [10211] "summary.mdsunique" #> [10212] "summary.skewsymmetry" #> [10213] "summary.slidevector" #> [10214] "asymp.test" #> [10215] "DIGdata" #> [10216] "seMean" #> [10217] "AsynchLong-package" #> [10218] "asynchDataTD" #> [10219] "asynchDataTI" #> [10220] "asynchHK" #> [10221] "asynchLV" #> [10222] "asynchTD" #> [10223] "asynchTI" #> [10224] "asynchWLV" #> [10225] "asypow.n" #> [10226] "asypow.noncent" #> [10227] "asypow.power" #> [10228] "asypow.sig" #> [10229] "info.binomial.design" #> [10230] "info.binomial.kgroup" #> [10231] "info.expsurv.design" #> [10232] "info.expsurv.kgroup" #> [10233] "info.mvlogistic" #> [10234] "info.mvloglin" #> [10235] "info.ordinal.design" #> [10236] "info.ordinal.kgroup" #> [10237] "info.poisson.design" #> [10238] "info.poisson.kgroup" #> [10239] "info.reparam" #> [10240] "add_observation_column" #> [10241] "atable" #> [10242] "atable_options" #> [10243] "atable_options_reset" #> [10244] "atable_package" #> [10245] "check_format_statistics" #> [10246] "check_format_tests" #> [10247] "check_statistics" #> [10248] "check_tests" #> [10249] "format_statistics" #> [10250] "format_tests" #> [10251] "indent_data_frame" #> [10252] "is_syntactically_valid_name" #> [10253] "multi_sample_htest" #> [10254] "replace_consecutive" #> [10255] "replace_NA" #> [10256] "standardized_test_data" #> [10257] "statistics" #> [10258] "translate_to_LaTeX" #> [10259] "two_sample_htest" #> [10260] "ATE-package" #> [10261] "ATE" #> [10262] "Cressie" #> [10263] "objective" #> [10264] "nhanes_bmi" #> [10265] "nsw" #> [10266] "plot.ATE" #> [10267] "summary.ATE" #> [10268] "AtelieR-package" #> [10269] "AtelieR" #> [10270] "atlas.connect" #> [10271] "atlas.contains" #> [10272] "atlas.csv" #> [10273] "atlas.dump" #> [10274] "atlas.query" #> [10275] "atlas.status" #> [10276] "atmcmc-package" #> [10277] "atmcmc" #> [10278] "plotmcmc" #> [10279] "summarymcmc" #> [10280] "ATmet-package" #> [10281] "LHSdesign" #> [10282] "MCdesign" #> [10283] "sensitivityMet" #> [10284] "atmopt-package" #> [10285] "atm.addpts" #> [10286] "atm.init" #> [10287] "atm.nextpts" #> [10288] "atm.predict" #> [10289] "atm.remlev" #> [10290] "camel6" #> [10291] "detpep10exp" #> [10292] "A2P.lin" #> [10293] "CheckAtm.lin" #> [10294] "MakeArrivals.lin" #> [10295] "MakeAtmList.lin" #> [10296] "meshgrid" #> [10297] "meshgridn" #> [10298] "P4X.lin" #> [10299] "P4X.lin_no_c" #> [10300] "PlotAtm.lin" #> [10301] "Prop.lin" #> [10302] "Prop.lin_no_c" #> [10303] "RESCALE" #> [10304] "sky.colors" #> [10305] "accurate" #> [10306] "adf.test" #> [10307] "arch.test" #> [10308] "aTSA" #> [10309] "coint.test" #> [10310] "ecm" #> [10311] "estimate" #> [10312] "expsmooth" #> [10313] "forecast" #> [10314] "Holt" #> [10315] "identify" #> [10316] "kpss.test" #> [10317] "MA" #> [10318] "pp.test" #> [10319] "stationary.test" #> [10320] "stepar" #> [10321] "trend.test" #> [10322] "ts.diag" #> [10323] "Winters" #> [10324] "atsd" #> [10325] "create_entity" #> [10326] "get_entities" #> [10327] "get_metrics" #> [10328] "get_series_tags" #> [10329] "query" #> [10330] "save_connection" #> [10331] "save_series" #> [10332] "set_connection" #> [10333] "show_connection" #> [10334] "to_zoo" #> [10335] "update_entity" #> [10336] "attempt-package" #> [10337] "attempt" #> [10338] "discretly" #> [10339] "if_all" #> [10340] "if_then" #> [10341] "on_error" #> [10342] "silently" #> [10343] "silent_attempt" #> [10344] "stop_if" #> [10345] "surely" #> [10346] "try_catch" #> [10347] "with_message" #> [10348] "attrCUSUM-package" #> [10349] "getAve" #> [10350] "getAve_binomial" #> [10351] "getAve_Poisson" #> [10352] "getContl" #> [10353] "getContl_binomial" #> [10354] "getContl_Poisson" #> [10355] "XtToCt" #> [10356] "zibinom" #> [10357] "zipois" #> [10358] "atusact" #> [10359] "atuscps" #> [10360] "atusresp" #> [10361] "AUC-package" #> [10362] "AUCNews" #> [10363] "churn" #> [10364] "plot.AUC" #> [10365] "sensitivity" #> [10366] "specificity" #> [10367] "aucm" #> [10368] "bupa" #> [10369] "cleveland" #> [10370] "control.minQuad" #> [10371] "dcsauc" #> [10372] "get.X.diff" #> [10373] "getQ" #> [10374] "grid.auc" #> [10375] "kyphosis" #> [10376] "minQuad" #> [10377] "ramp.f" #> [10378] "rauc" #> [10379] "rlogit" #> [10380] "sample.for.cv" #> [10381] "sauc.phi" #> [10382] "simulations" #> [10383] "tune.it" #> [10384] "AUCRF" #> [10385] "AUCRFcv" #> [10386] "OptimalSet" #> [10387] "plot.AUCRF" #> [10388] "auctestr" #> [10389] "auc_compare" #> [10390] "fbh_test" #> [10391] "sample_experiment_data" #> [10392] "se_auc" #> [10393] "stouffer_z" #> [10394] "audio.drivers" #> [10395] "audioInstance-methods" #> [10396] "audioSample" #> [10397] "audioSample-methods" #> [10398] "controls" #> [10399] "record" #> [10400] "wait" #> [10401] "wave" #> [10402] "audiolyzR-package" #> [10403] "audioHist" #> [10404] "audioScatter" #> [10405] "audioSplom" #> [10406] "simulateD" #> [10407] "simulateT" #> [10408] "audit" #> [10409] "auditorData" #> [10410] "modelEvaluation" #> [10411] "modelFit" #> [10412] "modelPerformance" #> [10413] "modelResiduals" #> [10414] "observationInfluence" #> [10415] "plot.modelAudit" #> [10416] "plotACF" #> [10417] "plotAutocorrelation" #> [10418] "plotCooksDistance" #> [10419] "plotHalfNormal" #> [10420] "plotLIFT" #> [10421] "plotModelCorrelation" #> [10422] "plotModelPCA" #> [10423] "plotModelRanking" #> [10424] "plotPrediction" #> [10425] "plotREC" #> [10426] "plotResidual" #> [10427] "plotResidualBoxplot" #> [10428] "plotResidualDensity" #> [10429] "plotROC" #> [10430] "plotRROC" #> [10431] "plotScaleLocation" #> [10432] "plotTwoSidedECDF" #> [10433] "scoreCooksDistance" #> [10434] "scoreDW" #> [10435] "scoreHalfNormal" #> [10436] "scoreMAE" #> [10437] "scoreMSE" #> [10438] "scorePeak" #> [10439] "scoreREC" #> [10440] "scoreRMSE" #> [10441] "scoreROC" #> [10442] "scoreRROC" #> [10443] "scoreRuns" #> [10444] "augmentedRCBD" #> [10445] "augmentedRCBD.bulk" #> [10446] "describe.augmentedRCBD" #> [10447] "freqdist.augmentedRCBD" #> [10448] "gva.augmentedRCBD" #> [10449] "print.augmentedRCBD" #> [10450] "print.augmentedRCBD.bulk" #> [10451] "report.augmentedRCBD" #> [10452] "report.augmentedRCBD.bulk" #> [10453] "augSIMEX-package" #> [10454] "augSIMEX" #> [10455] "coef.augSIMEX" #> [10456] "GeneRepeat" #> [10457] "GeneUni" #> [10458] "glmscore" #> [10459] "logLik.augSIMEX" #> [10460] "plot.augSIMEX" #> [10461] "predict.augSIMEX" #> [10462] "residuals.augSIMEX" #> [10463] "summary.augSIMEX" #> [10464] "ToyMult" #> [10465] "ToyRepeat" #> [10466] "ToyUni" #> [10467] "vcov.augSIMEX" #> [10468] "auk" #> [10469] "auk_bbox" #> [10470] "auk_bcr" #> [10471] "auk_breeding" #> [10472] "auk_clean" #> [10473] "auk_complete" #> [10474] "auk_country" #> [10475] "auk_date" #> [10476] "auk_distance" #> [10477] "auk_duration" #> [10478] "auk_ebd" #> [10479] "auk_ebd_version" #> [10480] "auk_extent" #> [10481] "auk_filter" #> [10482] "auk_get_awk_path" #> [10483] "auk_get_ebd_path" #> [10484] "auk_last_edited" #> [10485] "auk_project" #> [10486] "auk_protocol" #> [10487] "auk_rollup" #> [10488] "auk_sampling" #> [10489] "auk_select" #> [10490] "auk_set_awk_path" #> [10491] "auk_set_ebd_path" #> [10492] "auk_species" #> [10493] "auk_split" #> [10494] "auk_state" #> [10495] "auk_time" #> [10496] "auk_unique" #> [10497] "auk_version" #> [10498] "auk_zerofill" #> [10499] "bcr_codes" #> [10500] "ebird_species" #> [10501] "ebird_states" #> [10502] "ebird_taxonomy" #> [10503] "filter_repeat_visits" #> [10504] "format_unmarked_occu" #> [10505] "get_ebird_taxonomy" #> [10506] "read_ebd" #> [10507] "Mortimer" #> [10508] "Collin" #> [10509] "Bennett" #> [10510] "Open" #> [10511] "Group" #> [10512] "2017-07-03" #> [10513] "07:11:41" #> [10514] "aurelius" #> [10515] "avro_array" #> [10516] "avro_boolean" #> [10517] "avro_bytes" #> [10518] "avro_double" #> [10519] "avro_enum" #> [10520] "avro_fixed" #> [10521] "avro_float" #> [10522] "avro_from_df" #> [10523] "avro_fullname" #> [10524] "avro_int" #> [10525] "avro_long" #> [10526] "avro_map" #> [10527] "avro_null" #> [10528] "avro_record" #> [10529] "avro_string" #> [10530] "avro_type" #> [10531] "avro_typemap" #> [10532] "avro_union" #> [10533] "build_model" #> [10534] "build_model.gbm" #> [10535] "build_model.lda" #> [10536] "build_model.naiveBayes" #> [10537] "build_model.randomForest" #> [10538] "build_model.rpart" #> [10539] "extract_params" #> [10540] "extract_params.Arima" #> [10541] "extract_params.cv.glmnet" #> [10542] "extract_params.ets" #> [10543] "extract_params.forecast" #> [10544] "extract_params.gbm" #> [10545] "extract_params.glm" #> [10546] "extract_params.glmnet" #> [10547] "extract_params.HoltWinters" #> [10548] "extract_params.ipredknn" #> [10549] "extract_params.kcca" #> [10550] "extract_params.kccasimple" #> [10551] "extract_params.kmeans" #> [10552] "extract_params.knn3" #> [10553] "extract_params.knnreg" #> [10554] "extract_params.lda" #> [10555] "extract_params.naiveBayes" #> [10556] "extract_params.randomForest" #> [10557] "extract_params.rpart" #> [10558] "gen_unique_eng_name" #> [10559] "gen_unique_enum_name" #> [10560] "gen_unique_fixed_name" #> [10561] "gen_unique_rec_name" #> [10562] "gen_unique_symb_name" #> [10563] "json_array" #> [10564] "json_map" #> [10565] "pfa" #> [10566] "pfa.Arima" #> [10567] "pfa.cv.glmnet" #> [10568] "pfa.ets" #> [10569] "pfa.forecast" #> [10570] "pfa.gbm" #> [10571] "pfa.glm" #> [10572] "pfa.glmnet" #> [10573] "pfa.HoltWinters" #> [10574] "pfa.ipredknn" #> [10575] "pfa.kcca" #> [10576] "pfa.kccasimple" #> [10577] "pfa.kmeans" #> [10578] "pfa.knn3" #> [10579] "pfa.knnreg" #> [10580] "pfa.lda" #> [10581] "pfa.lm" #> [10582] "pfa.naiveBayes" #> [10583] "pfa.randomForest" #> [10584] "pfa.rpart" #> [10585] "pfa_cell" #> [10586] "pfa_document" #> [10587] "pfa_engine" #> [10588] "pfa_expr" #> [10589] "pfa_pool" #> [10590] "read_pfa" #> [10591] "write_pfa" #> [10592] "LSH_Gaussian" #> [10593] "auc.nonpara.kernel" #> [10594] "auc.nonpara.mw" #> [10595] "auc.para.bayes" #> [10596] "auc.para.frequentist" #> [10597] "petBrainGlioma" #> [10598] "au.firth" #> [10599] "au.test.strat" #> [10600] "au.tests" #> [10601] "basic.tests" #> [10602] "perm.test.strat" #> [10603] "perm.tests" #> [10604] "auth0_logout_url" #> [10605] "shinyAuth0App" #> [10606] "use_auth0" #> [10607] "auto.pca" #> [10608] "abmodel" #> [10609] "abmodel-class" #> [10610] "autoBagging" #> [10611] "baggedtrees" #> [10612] "bb" #> [10613] "classmajority.landmarker" #> [10614] "classmajority.landmarker.correlation" #> [10615] "classmajority.landmarker.entropy" #> [10616] "classmajority.landmarker.interinfo" #> [10617] "classmajority.landmarker.mutual.information" #> [10618] "ContAttrs" #> [10619] "dstump.landmarker_d1" #> [10620] "dstump.landmarker_d1.correlation" #> [10621] "dstump.landmarker_d1.entropy" #> [10622] "dstump.landmarker_d1.interinfo" #> [10623] "dstump.landmarker_d1.mutual.information" #> [10624] "dstump.landmarker_d2" #> [10625] "dstump.landmarker_d2.correlation" #> [10626] "dstump.landmarker_d2.entropy" #> [10627] "dstump.landmarker_d2.interinfo" #> [10628] "dstump.landmarker_d2.mutual.information" #> [10629] "dstump.landmarker_d3" #> [10630] "dstump.landmarker_d3.correlation" #> [10631] "dstump.landmarker_d3.entropy" #> [10632] "dstump.landmarker_d3.interinfo" #> [10633] "dstump.landmarker_d3.mutual.information" #> [10634] "GetMeasure" #> [10635] "get_target" #> [10636] "KNORA.E" #> [10637] "lda.landmarker.correlation" #> [10638] "majority_voting" #> [10639] "mdsq" #> [10640] "nb.landmarker" #> [10641] "nb.landmarker.correlation" #> [10642] "nb.landmarker.entropy" #> [10643] "nb.landmarker.interinfo" #> [10644] "nb.landmarker.mutual.information" #> [10645] "OLA" #> [10646] "predict,abmodel-method" #> [10647] "ReadDF" #> [10648] "SymbAttrs" #> [10649] "sysdata" #> [10650] "add_cog_group" #> [10651] "add_layer_cogs" #> [10652] "autocog" #> [10653] "autocog_" #> [10654] "cog_desc" #> [10655] "cog_group" #> [10656] "cog_spec" #> [10657] "field_info" #> [10658] "known_cog_groups" #> [10659] "known_layer_cogs" #> [10660] "layer_count" #> [10661] "layer_info" #> [10662] "panel_cogs" #> [10663] "plot_class" #> [10664] "checkBucket" #> [10665] "checkFile" #> [10666] "checkPdf" #> [10667] "downloadFile" #> [10668] "getMetadata" #> [10669] "getObjectTree" #> [10670] "getOutputUrn" #> [10671] "makeBucket" #> [10672] "makePdf" #> [10673] "translateObj" #> [10674] "translateSvf" #> [10675] "uploadFile" #> [10676] "viewer3D" #> [10677] "viewerUI" #> [10678] "autoencoder-package" #> [10679] "autoencode" #> [10680] "autoencoder_Ninput=100_Nhidden=100_rho=1e-2" #> [10681] "autoencoder_Ninput=100_Nhidden=25_rho=1e-2" #> [10682] "training_matrix_N=5e3_Ninput=100" #> [10683] "visualize.hidden.units" #> [10684] "autoFRK" #> [10685] "mrts" #> [10686] "predict.FRK" #> [10687] "predict.mrts" #> [10688] "autoimage" #> [10689] "autolayout" #> [10690] "autolegend" #> [10691] "automar" #> [10692] "autosize" #> [10693] "blank.plot" #> [10694] "canada" #> [10695] "copoly" #> [10696] "ggautoimage" #> [10697] "inarccap" #> [10698] "legend.scale" #> [10699] "narccap" #> [10700] "parrows" #> [10701] "paxes" #> [10702] "pimage" #> [10703] "plines" #> [10704] "ppoints" #> [10705] "ppolygon" #> [10706] "psegments" #> [10707] "ptext" #> [10708] "reset.par" #> [10709] "automagic" #> [10710] "get_dependent_packages" #> [10711] "get_package_details" #> [10712] "install_deps_file" #> [10713] "install_package_guess" #> [10714] "make_deps_file" #> [10715] "parse_packages" #> [10716] "%>%" #> [10717] "autofitVariogram" #> [10718] "autoKrige" #> [10719] "autoKrige.cv" #> [10720] "automapPlot" #> [10721] "compare.cv" #> [10722] "plot.autoKrige" #> [10723] "posPredictionInterval" #> [10724] "automl_predict" #> [10725] "automl_train" #> [10726] "automl_train_manual" #> [10727] "autopar" #> [10728] "hpar" #> [10729] "assumptions_check" #> [10730] "classification_table" #> [10731] "create_formula_objects" #> [10732] "create_model_objects" #> [10733] "modelCompareMod" #> [10734] "model_coefficient_table" #> [10735] "model_coefficient_table_binomial" #> [10736] "model_output" #> [10737] "model_output_binomial" #> [10738] "model_summary_table" #> [10739] "model_summary_table_binomial" #> [10740] "run_model" #> [10741] "drawSamples" #> [10742] "MPLE" #> [10743] "MPLE_summary" #> [10744] "AutoPipe_tSNE" #> [10745] "cons_clust" #> [10746] "Groups_Sup" #> [10747] "read_expression_file" #> [10748] "rna" #> [10749] "Supervised_Cluster_Heatmap" #> [10750] "TopPAM" #> [10751] "top_supervised" #> [10752] "UnSuperClassifier" #> [10753] "autoplotly" #> [10754] "Autoplotprotein-package" #> [10755] "Autoplotprotein" #> [10756] "conservation" #> [10757] "domain_data" #> [10758] "length_data" #> [10759] "plotdomain" #> [10760] "plotmutagensis" #> [10761] "plotsite" #> [10762] "site_data" #> [10763] "autopls" #> [10764] "autoplsVAL" #> [10765] "extract.autopls" #> [10766] "murnau.X" #> [10767] "plot.autopls" #> [10768] "postprocessing" #> [10769] "predict.autopls" #> [10770] "predict.slim" #> [10771] "prepro" #> [10772] "reset" #> [10773] "set.iter" #> [10774] "set.lv" #> [10775] "summary.autopls" #> [10776] "ARMDE" #> [10777] "AutoSEARCH-package" #> [10778] "eqwma" #> [10779] "gedestp" #> [10780] "gets.mean" #> [10781] "gLag" #> [10782] "gLog.ep" #> [10783] "info.criterion" #> [10784] "jb.test" #> [10785] "ols.fit1" #> [10786] "regs.mean.sm" #> [10787] "regs.vol.sm" #> [10788] "skewness.test" #> [10789] "sm" #> [10790] "File" #> [10791] "backwd_stepwise_glm" #> [10792] "fwd_stepwise_glm" #> [10793] "arr_mask" #> [10794] "auto_thresh" #> [10795] "mean_stack_thresh" #> [10796] "med_stack_thresh" #> [10797] "stack_threshed_img" #> [10798] "th" #> [10799] "threshed_arr" #> [10800] "autovarCore-package" #> [10801] "apply_ln_transformation" #> [10802] "assess_joint_sktest" #> [10803] "assess_kurtosis" #> [10804] "assess_portmanteau" #> [10805] "assess_portmanteau_squared" #> [10806] "assess_skewness" #> [10807] "autovar" #> [10808] "coefficients_of_kurtosis" #> [10809] "coefficients_of_skewness" #> [10810] "compete" #> [10811] "daypart_dummies" #> [10812] "day_dummies" #> [10813] "explode_dummies" #> [10814] "impute_datamatrix" #> [10815] "invalid_mask" #> [10816] "model_is_stable" #> [10817] "model_score" #> [10818] "needs_trend" #> [10819] "outliers_column" #> [10820] "portmanteau_test_statistics" #> [10821] "print_correlation_matrix" #> [10822] "residual_outliers" #> [10823] "run_tests" #> [10824] "run_var" #> [10825] "selected_columns" #> [10826] "select_valid_masks" #> [10827] "significance_from_pearson_coef" #> [10828] "sktest_joint_p" #> [10829] "trend_columns" #> [10830] "validate_params" #> [10831] "validate_raw_dataframe" #> [10832] "capturing" #> [10833] "demo" #> [10834] "encoding" #> [10835] "formats" #> [10836] "info" #> [10837] "logging" #> [10838] "available" #> [10839] "available_on_bioc" #> [10840] "available_on_github" #> [10841] "create" #> [10842] "get_bad_words" #> [10843] "get_sentiment" #> [10844] "get_urban_data" #> [10845] "get_wikipidia" #> [10846] "pkg_name_dist" #> [10847] "suggest" #> [10848] "valid_package_name" #> [10849] "averisk" #> [10850] "getAF" #> [10851] "aVirtualTwins" #> [10852] "formatRCTDataset" #> [10853] "sepsis" #> [10854] "vt.data" #> [10855] "VT.difft" #> [10856] "VT.forest" #> [10857] "vt.forest" #> [10858] "VT.forest.double" #> [10859] "VT.forest.fold" #> [10860] "VT.forest.one" #> [10861] "VT.object" #> [10862] "VT.predict" #> [10863] "vt.subgroups" #> [10864] "VT.tree" #> [10865] "vt.tree" #> [10866] "VT.tree.class" #> [10867] "VT.tree.reg" #> [10868] "as.POSIXlt.aweek" #> [10869] "date2week" #> [10870] "print.aweek" #> [10871] "NA" #> [10872] "Package" #> [10873] "September" #> [10874] "Gergely" #> [10875] "Daroczi" #> [10876] "'AWS'" #> [10877] "Java" #> [10878] "'SDK'" #> [10879] "Installs" #> [10880] "compiled" #> [10881] "modules" #> [10882] "Amazon" #> [10883] "Web" #> [10884] "vices" #> [10885] "('AWS')" #> [10886] "used" #> [10887] "downstream" #> [10888] "packages" #> [10889] "ing" #> [10890] "'AWS'." #> [10891] "See" #> [10892] "<https://aws.amazon.com/sdk-for-java>" #> [10893] "tion" #> [10894] "on" #> [10895] "rJava," #> [10896] "2017-09-07" #> [10897] "18:33:38" #> [10898] "Athena" #> [10899] "AWR.Kinesis-package" #> [10900] "checkpoint" #> [10901] "kinesis_consumer" #> [10902] "kinesis_put_record" #> [10903] "AWR.KMS-package" #> [10904] "kms_decrypt" #> [10905] "kms_encrypt" #> [10906] "kms_generate_data_key" #> [10907] "aws-package" #> [10908] "aws" #> [10909] "aws-class" #> [10910] "aws.gaussian" #> [10911] "aws.irreg" #> [10912] "aws.segment" #> [10913] "awsdata" #> [10914] "awssegment-class" #> [10915] "awstestprop" #> [10916] "awsweights" #> [10917] "binning" #> [10918] "ICIcombined" #> [10919] "ICIsmooth" #> [10920] "ICIsmooth-class" #> [10921] "kernsm" #> [10922] "kernsm-class" #> [10923] "lpaws" #> [10924] "nlmeans" #> [10925] "paws" #> [10926] "print-methods" #> [10927] "qmeasures" #> [10928] "risk-methods" #> [10929] "summary-methods" #> [10930] "TV_denoising" #> [10931] "vaws" #> [10932] "vpaws" #> [10933] "aws.alexa-package" #> [10934] "alexa_check" #> [10935] "alexa_GET" #> [10936] "alexa_PROCESS" #> [10937] "browse_categories" #> [10938] "category_listing" #> [10939] "in_links" #> [10940] "set_secret_key" #> [10941] "traffic_history" #> [10942] "url_info" #> [10943] "aws.cloudtrail-packaage" #> [10944] "cloudtrailHTTP" #> [10945] "cloudtrail_s3policy" #> [10946] "create_trail" #> [10947] "get_trails" #> [10948] "start_logging" #> [10949] "trail_status" #> [10950] "aws.comprehend-package" #> [10951] "comprehendHTTP" #> [10952] "detect_entities" #> [10953] "detect_language" #> [10954] "detect_phrases" #> [10955] "detect_sentiment" #> [10956] "aws.ec2metadata-package" #> [10957] "aws.iam-package" #> [10958] "add_policy" #> [10959] "change_pwd" #> [10960] "create_alias" #> [10961] "create_group" #> [10962] "create_key" #> [10963] "create_profile" #> [10964] "create_role" #> [10965] "create_user" #> [10966] "get_account" #> [10967] "get_session_token" #> [10968] "iamHTTP" #> [10969] "aws.kms-package" #> [10970] "create_kms_alias" #> [10971] "create_kms_key" #> [10972] "enable_kms_key" #> [10973] "enable_kms_rotation" #> [10974] "encrypt" #> [10975] "generate_blob" #> [10976] "generate_data_key" #> [10977] "kmsHTTP" #> [10978] "list_kms_keys" #> [10979] "put_kms_material" #> [10980] "create_function" #> [10981] "create_function_alias" #> [10982] "get_function" #> [10983] "get_function_name" #> [10984] "get_lambda_account" #> [10985] "invoke_function" #> [10986] "lambdaHTTP" #> [10987] "aws.polly-package" #> [10988] "get_lexicon" #> [10989] "get_synthesis" #> [10990] "list_voices" #> [10991] "pollyHTTP" #> [10992] "aws.s3-package" #> [10993] "bucketlist" #> [10994] "bucket_exists" #> [10995] "copy_object" #> [10996] "delete_bucket" #> [10997] "delete_object" #> [10998] "delete_website" #> [10999] "getobject" #> [11000] "get_acceleration" #> [11001] "get_acl" #> [11002] "get_bucket" #> [11003] "get_bucketname" #> [11004] "get_bucket_policy" #> [11005] "get_cors" #> [11006] "get_encryption" #> [11007] "get_lifecycle" #> [11008] "get_location" #> [11009] "get_notification" #> [11010] "get_object" #> [11011] "get_replication" #> [11012] "get_requestpayment" #> [11013] "get_tagging" #> [11014] "get_torrent" #> [11015] "get_uploads" #> [11016] "get_versions" #> [11017] "put_bucket" #> [11018] "put_object" #> [11019] "s3HTTP" #> [11020] "s3save" #> [11021] "s3saveRDS" #> [11022] "s3source" #> [11023] "s3sync" #> [11024] "s3write_using" #> [11025] "aws.ses-package" #> [11026] "get_dkim" #> [11027] "get_id_notification" #> [11028] "list_ids" #> [11029] "send_email" #> [11030] "sesPOST" #> [11031] "set_feedback" #> [11032] "aws.signature-package" #> [11033] "canonical_request" #> [11034] "locate_credentials" #> [11035] "read_credentials" #> [11036] "signature_v2_auth" #> [11037] "signature_v4" #> [11038] "signature_v4_auth" #> [11039] "string_to_sign" #> [11040] "aws.sns-package" #> [11041] "add_topic_permission" #> [11042] "create_topic" #> [11043] "get_subscription_attrs" #> [11044] "get_topic_attrs" #> [11045] "list_subscriptions" #> [11046] "publish" #> [11047] "snsHTTP" #> [11048] "subscribe" #> [11049] "aws.sqs-package" #> [11050] "add_queue_permission" #> [11051] "create_queue" #> [11052] "get_queue_attrs" #> [11053] "get_queue_url" #> [11054] "list_queues" #> [11055] "purge_queue" #> [11056] "receive_msg" #> [11057] "send_msg" #> [11058] "sqsHTTP" #> [11059] "visibility" #> [11060] "aws.transcribe-package" #> [11061] "get_transcription" #> [11062] "list_transcriptions" #> [11063] "start_transcription" #> [11064] "transcribeHTTP" #> [11065] "aws.translate-package" #> [11066] "translateHTTP" #> [11067] "aws_sdk_present" #> [11068] "aws_sdk_root" #> [11069] "aws_sdk_version" #> [11070] "install_aws_sdk" #> [11071] "load_sdk" #> [11072] "set_sdk_file_root" #> [11073] "setCores" #> [11074] "awspack-package" #> [11075] "AzureR_dir" #> [11076] "AzureToken" #> [11077] "decode_jwt" #> [11078] "format_auth_header" #> [11079] "get_azure_token" #> [11080] "normalize_tenant" #> [11081] "aci" #> [11082] "aci_ports" #> [11083] "acr" #> [11084] "aks" #> [11085] "aks_pools" #> [11086] "call_docker" #> [11087] "call_helm" #> [11088] "call_kubectl" #> [11089] "create_aci" #> [11090] "create_acr" #> [11091] "create_aks" #> [11092] "delete_aci" #> [11093] "delete_acr" #> [11094] "delete_aks" #> [11095] "docker_registry" #> [11096] "get_aci" #> [11097] "get_acr" #> [11098] "get_aks" #> [11099] "is_acr" #> [11100] "kubernetes_cluster" #> [11101] "list_kubernetes_versions" #> [11102] "list_vm_sizes" #> [11103] "az_app" #> [11104] "az_device" #> [11105] "az_group" #> [11106] "az_object" #> [11107] "az_service_principal" #> [11108] "az_user" #> [11109] "call_graph_endpoint" #> [11110] "create_graph_login" #> [11111] "is_app" #> [11112] "ms_graph" #> [11113] "add_op_join" #> [11114] "add_op_set_op" #> [11115] "add_op_single" #> [11116] "AzureKusto" #> [11117] "az_kusto" #> [11118] "az_kusto_database" #> [11119] "base_agg" #> [11120] "base_scalar" #> [11121] "base_window" #> [11122] "build_kql" #> [11123] "collect.tbl_kusto" #> [11124] "compute.tbl_kusto" #> [11125] "copy_to.kusto_database_endpoint" #> [11126] "create_kusto_cluster" #> [11127] "dbGetQuery,AzureKustoConnection,character-method" #> [11128] "dbReadTable,AzureKustoConnection,character-method" #> [11129] "delete_kusto_cluster" #> [11130] "escape" #> [11131] "flatten_query" #> [11132] "get_kusto_cluster" #> [11133] "get_kusto_token" #> [11134] "ident_q" #> [11135] "ingest_local" #> [11136] "inner_join.tbl_kusto_abstract" #> [11137] "is_kusto_database" #> [11138] "kql" #> [11139] "kql_aggregate" #> [11140] "kql_build" #> [11141] "kql_build.op_mutate" #> [11142] "kql_escape_ident" #> [11143] "kql_escape_ident_q" #> [11144] "kql_escape_logical" #> [11145] "kql_escape_string" #> [11146] "kql_infix" #> [11147] "kql_prefix" #> [11148] "kql_render" #> [11149] "kql_translate_env" #> [11150] "kql_translator" #> [11151] "kql_window" #> [11152] "kusto-DBI" #> [11153] "kusto_database_endpoint" #> [11154] "op_base" #> [11155] "op_double" #> [11156] "op_grps" #> [11157] "op_single" #> [11158] "op_vars" #> [11159] "run_query" #> [11160] "show_query.tbl_kusto_abstract" #> [11161] "summarise.tbl_kusto_abstract" #> [11162] "tbl_kusto" #> [11163] "translate_kql" #> [11164] "AzureML-package" #> [11165] "consume" #> [11166] "consumeDataframe" #> [11167] "datasets" #> [11168] "delete.datasets" #> [11169] "deleteWebService" #> [11170] "discoverSchema" #> [11171] "download.datasets" #> [11172] "download.intermediate.dataset" #> [11173] "endpointHelp" #> [11174] "endpoints" #> [11175] "experiments" #> [11176] "is.Dataset" #> [11177] "is.Endpoint" #> [11178] "is.Service" #> [11179] "is.Workspace" #> [11180] "publishWebService" #> [11181] "read.AzureML.config" #> [11182] "refresh" #> [11183] "services" #> [11184] "upload.dataset" #> [11185] "workspace" #> [11186] "az_resource" #> [11187] "az_resource_group" #> [11188] "az_rm" #> [11189] "az_role_assignment" #> [11190] "az_role_definition" #> [11191] "az_subscription" #> [11192] "az_template" #> [11193] "call_azure_rm" #> [11194] "create_azure_login" #> [11195] "format_public_fields" #> [11196] "is_azure_login" #> [11197] "lock" #> [11198] "named_list" #> [11199] "rbac" #> [11200] "acquire_lease" #> [11201] "adls_filesystem" #> [11202] "az_storage" #> [11203] "blob_container" #> [11204] "call_azcopy" #> [11205] "create_storage_account" #> [11206] "delete_storage_account" #> [11207] "file_share" #> [11208] "get_storage_account" #> [11209] "get_storage_properties" #> [11210] "init_pool" #> [11211] "list_adls_files" #> [11212] "list_azure_files" #> [11213] "list_blobs" #> [11214] "storage_container" #> [11215] "storage_endpoint" #> [11216] "storage_upload" #> [11217] "az_vm_resource" #> [11218] "az_vm_template" #> [11219] "create_vm" #> [11220] "delete_vm" #> [11221] "get_vm" #> [11222] "is_vm_template" #> [11223] "B2Z-package" #> [11224] "B2ZM" #> [11225] "B2ZM_BCLT" #> [11226] "B2ZM_IMIS" #> [11227] "B2ZM_MCMC" #> [11228] "B2ZM_SIR" #> [11229] "ex1" #> [11230] "ex2" #> [11231] "b6e6rl" #> [11232] "f_dejong" #> [11233] "f_rastrigin" #> [11234] "f_rosenbrock" #> [11235] "babar-package" #> [11236] "Bayescompare" #> [11237] "Bayesfit" #> [11238] "CauchyPrior" #> [11239] "compareDistributions" #> [11240] "ExponentialPrior" #> [11241] "GaussianPrior" #> [11242] "getEqualSamples" #> [11243] "JeffreysPrior" #> [11244] "LogNormalPrior" #> [11245] "nestedSampling" #> [11246] "UniformPrior" #> [11247] "WeibullPrior" #> [11248] "babel" #> [11249] "ribo.prof" #> [11250] "BaBooN-package" #> [11251] "BBPMM" #> [11252] "BBPMM.row" #> [11253] "dmi" #> [11254] "impdiagnosticconversion" #> [11255] "MI.inference" #> [11256] "rowimpPrep" #> [11257] "summary.imp" #> [11258] "summary.impprep" #> [11259] "applicants" #> [11260] "babynames" #> [11261] "births" #> [11262] "lifetables" #> [11263] "BACA-package" #> [11264] "BBplot" #> [11265] "DAVIDsearch" #> [11266] "gene.lists.ex" #> [11267] "Jplot" #> [11268] "result.kegg" #> [11269] "addDefaultMed" #> [11270] "addEssentialMed" #> [11271] "addEval" #> [11272] "addOrg" #> [11273] "addSubs" #> [11274] "Arena-class" #> [11275] "Arena-constructor" #> [11276] "Bac-class" #> [11277] "Bac-Constructor" #> [11278] "BacArena" #> [11279] "cellgrowth" #> [11280] "changeDiff" #> [11281] "changeFobj" #> [11282] "changeOrg" #> [11283] "changeSub" #> [11284] "checkCorr" #> [11285] "checkPhen" #> [11286] "checkPhen_par" #> [11287] "chemotaxis" #> [11288] "colpal1" #> [11289] "colpal2" #> [11290] "colpal3" #> [11291] "colpal4" #> [11292] "colpal5" #> [11293] "colpal6" #> [11294] "constrain" #> [11295] "createGradient" #> [11296] "dat2mat" #> [11297] "diffuse" #> [11298] "diffusePDE" #> [11299] "diffuseR" #> [11300] "diffuse_par" #> [11301] "emptyHood" #> [11302] "Eval-class" #> [11303] "Eval-constructor" #> [11304] "evalArena" #> [11305] "extractMed" #> [11306] "findFeeding" #> [11307] "findFeeding2" #> [11308] "findFeeding3" #> [11309] "findFeeding3rep" #> [11310] "findInArena" #> [11311] "findrBiomass" #> [11312] "findRxnFlux" #> [11313] "flushSubs" #> [11314] "fluxVarSim" #> [11315] "getArena" #> [11316] "getCorrM" #> [11317] "getPhenoMat" #> [11318] "getPhenotype" #> [11319] "getSubHist" #> [11320] "getSublb" #> [11321] "getVarSubs" #> [11322] "growExp" #> [11323] "growLin" #> [11324] "growth_par" #> [11325] "HeatMapFeeding" #> [11326] "Human-class" #> [11327] "Human-constructor" #> [11328] "lsd" #> [11329] "lysis" #> [11330] "minePheno" #> [11331] "move" #> [11332] "NemptyHood" #> [11333] "openArena" #> [11334] "optimizeLP" #> [11335] "Organism-class" #> [11336] "Organism-constructor" #> [11337] "plotAbundance" #> [11338] "plotCurves" #> [11339] "plotCurves2" #> [11340] "plotFluxVar" #> [11341] "plotFVA" #> [11342] "plotGrowthCurve" #> [11343] "plotInterNum" #> [11344] "plotPhenCurve" #> [11345] "plotPhenNum" #> [11346] "plotReaActivity" #> [11347] "plotShadowCost" #> [11348] "plotSpecActivity" #> [11349] "plotSubCurve" #> [11350] "plotSubDist" #> [11351] "plotSubDist2" #> [11352] "plotSubUsage" #> [11353] "plotSubVar" #> [11354] "plotTotFlux" #> [11355] "redEval" #> [11356] "reset_screen" #> [11357] "rmSubs" #> [11358] "selPheno" #> [11359] "setKinetics" #> [11360] "sihumi_test" #> [11361] "simBac" #> [11362] "simBac_par" #> [11363] "simEnv" #> [11364] "simEnv_par" #> [11365] "simHum" #> [11366] "statPheno" #> [11367] "stirEnv" #> [11368] "Substance-class" #> [11369] "Substance-constructor" #> [11370] "unit_conversion" #> [11371] "usd" #> [11372] "BACCO-package" #> [11373] "BACCT-package" #> [11374] "BAC_binom" #> [11375] "decision_eval" #> [11376] "heatmap_decision" #> [11377] "plot.BACdecision" #> [11378] "summary.BAC" #> [11379] "bacisCheckDIC" #> [11380] "bacisClassification" #> [11381] "bacisOneTrial" #> [11382] "bacisPlotClassification" #> [11383] "bacisSubgroupPosterior" #> [11384] "bacisThetaPosterior" #> [11385] "backpipe" #> [11386] "insert_backpipe" #> [11387] "%<%" #> [11388] "backports-package" #> [11389] "import" #> [11390] "backShift" #> [11391] "bootstrapBackShift" #> [11392] "computeDiagonalization" #> [11393] "exampleAdjacencyMatrix" #> [11394] "generateA" #> [11395] "metricsThreshold" #> [11396] "plotDiagonalization" #> [11397] "plotGraphEdgeAttr" #> [11398] "plotInterventionVars" #> [11399] "simulateInterventions" #> [11400] "backtest-package" #> [11401] "backtest" #> [11402] "backtest-class" #> [11403] "starmine" #> [11404] "BACprior-package" #> [11405] "BACprior.boot" #> [11406] "BACprior.CV" #> [11407] "BACprior.lm" #> [11408] "bacr-package" #> [11409] "bac" #> [11410] "plot.bacr" #> [11411] "summary.bacr" #> [11412] "badgecreatr" #> [11413] "badgepaste" #> [11414] "badgeplacer" #> [11415] "badge_codecov" #> [11416] "badge_cran" #> [11417] "badge_cran_ago" #> [11418] "badge_cran_date" #> [11419] "badge_cran_downloads" #> [11420] "badge_cran_version_ago" #> [11421] "badge_cran_version_release" #> [11422] "badge_github_fork" #> [11423] "badge_github_star" #> [11424] "badge_last_change" #> [11425] "badge_last_change_static" #> [11426] "badge_license" #> [11427] "badge_lifecycle" #> [11428] "badge_minimal_r_version" #> [11429] "badge_packageversion" #> [11430] "badge_projectstatus" #> [11431] "badge_rank" #> [11432] "badge_rdocumentation" #> [11433] "badge_thanks_md" #> [11434] "badge_travis" #> [11435] "dynamic_badges_minimal" #> [11436] "findbadges" #> [11437] "github_credentials_helper" #> [11438] "licbadgebuilder" #> [11439] "minimal_badges" #> [11440] "search_git" #> [11441] "badge_altmetric" #> [11442] "badge_bioc_download" #> [11443] "badge_bioc_release" #> [11444] "badge_code_size" #> [11445] "badge_coveralls" #> [11446] "badge_cran_download" #> [11447] "badge_cran_release" #> [11448] "badge_custom" #> [11449] "badge_devel" #> [11450] "badge_doi" #> [11451] "badge_download_bioc" #> [11452] "badge_github_version" #> [11453] "badge_last_commit" #> [11454] "badge_sci_citation" #> [11455] "gitaward" #> [11456] "ver_devel" #> [11457] "BAEssd-package" #> [11458] "binom1.1sided" #> [11459] "binom1.2sided" #> [11460] "binom2.1sided" #> [11461] "binom2.2sided" #> [11462] "GammaGamma" #> [11463] "norm1KV.1sided" #> [11464] "norm1KV.2sided" #> [11465] "norm1UV.2sided" #> [11466] "norm2KV.2sided" #> [11467] "plot.BAEssd" #> [11468] "ssdFcts" #> [11469] "summary.BAEssd" #> [11470] "samme" #> [11471] "bain" #> [11472] "seBeta" #> [11473] "sesamesim" #> [11474] "burning.mcmc" #> [11475] "chain.study" #> [11476] "chain.study.bairt" #> [11477] "chain.study.default" #> [11478] "check.plot" #> [11479] "check.plot.default" #> [11480] "check.plot.mcmc.2pnob" #> [11481] "check.plot.mcmc.3pnob" #> [11482] "continue.mcmc" #> [11483] "continue.mcmc.bairt" #> [11484] "continue.mcmc.default" #> [11485] "data.mcmc" #> [11486] "diagnostic.mcmc" #> [11487] "final.values.mcmc" #> [11488] "irc" #> [11489] "irc.bairt" #> [11490] "irc.default" #> [11491] "iter.mcmc" #> [11492] "MathTest" #> [11493] "mcmc.2pnob" #> [11494] "mcmc.3pnob" #> [11495] "model.mcmc" #> [11496] "object.coda" #> [11497] "object.coda.bairt" #> [11498] "object.coda.default" #> [11499] "parameter.plot" #> [11500] "parameter.plot.bairt" #> [11501] "parameter.plot.default" #> [11502] "parts.mcmc" #> [11503] "sabirt" #> [11504] "select.c.prior" #> [11505] "thin" #> [11506] "computeRI" #> [11507] "decBaitMet" #> [11508] "mzList" #> [11509] "plotMZ" #> [11510] "quantSM" #> [11511] "setBaitPar" #> [11512] "setChrmMethod" #> [11513] "subSetLib" #> [11514] "balance.combine" #> [11515] "balance.fromContrast" #> [11516] "balance.fromSBP" #> [11517] "balance.plot" #> [11518] "bplot-class" #> [11519] "packageCheck" #> [11520] "pba" #> [11521] "sbp.fromABA" #> [11522] "sbp.fromHclust" #> [11523] "sbp.fromPBA" #> [11524] "sbp.fromPropd" #> [11525] "sbp.fromRandom" #> [11526] "sbp.sort" #> [11527] "sbp.subset" #> [11528] "vlr" #> [11529] "wide2long" #> [11530] "BalanceCheck" #> [11531] "CrossMST" #> [11532] "CrossNN" #> [11533] "getD" #> [11534] "getDk" #> [11535] "getR1R2" #> [11536] "smokingDist" #> [11537] "BalancedSampling-package" #> [11538] "cube" #> [11539] "cubestratified" #> [11540] "flightphase" #> [11541] "hlpm" #> [11542] "landingphase" #> [11543] "lcube" #> [11544] "lcubeflightphase" #> [11545] "lcubelandingphase" #> [11546] "lcubestratified" #> [11547] "lpm" #> [11548] "lpm1" #> [11549] "lpm2" #> [11550] "probabilities" #> [11551] "rpm" #> [11552] "sb" #> [11553] "scps" #> [11554] "scps_coord" #> [11555] "spm" #> [11556] "vsb" #> [11557] "alignment" #> [11558] "alignment2matrix" #> [11559] "align_params" #> [11560] "align_seq_mtx2grs" #> [11561] "barplotshow" #> [11562] "calculate_AA_variation" #> [11563] "calculate_pseudo_counts" #> [11564] "compare_cons_metrics" #> [11565] "cons2seqs_ident" #> [11566] "cons2seqs_sim" #> [11567] "convert_AA_symbol" #> [11568] "create_final_CSV" #> [11569] "create_structure_seq" #> [11570] "CRE_conservativity" #> [11571] "delete_isoforms" #> [11572] "D_matrix" #> [11573] "Escore_conservativity" #> [11574] "excl_low_prob_strcts" #> [11575] "find_consecutive_seq" #> [11576] "find_seq" #> [11577] "find_seqid" #> [11578] "get_pos_based_seq_weights" #> [11579] "get_prot_entropy" #> [11580] "get_remarks465_pdb" #> [11581] "get_seq_names" #> [11582] "get_seq_weights" #> [11583] "get_structures_entropy" #> [11584] "get_structures_idx" #> [11585] "gonnet" #> [11586] "is_upper" #> [11587] "kabat_conservativity" #> [11588] "kolmogorov_smirnov_test" #> [11589] "landgraf_conservativity" #> [11590] "noteworthy_seqs" #> [11591] "pairwise_alignment_MSA" #> [11592] "plot_entropy" #> [11593] "plot_structure_on_protein" #> [11594] "prepare_structure_profile" #> [11595] "preprocess_hmm_output" #> [11596] "read_structure" #> [11597] "RealValET_conservativity" #> [11598] "schneider_conservativity" #> [11599] "shannon_conservativity" #> [11600] "small_alignment" #> [11601] "structure" #> [11602] "substitution_mtx" #> [11603] "accountForZeroPayments" #> [11604] "AnnualAggLossDevModelInput-class" #> [11605] "AnnualAggLossDevModelOutput-class" #> [11606] "AnnualAggLossDevModelOutputWithZeros-class" #> [11607] "autoregressiveParameter" #> [11608] "autoregressiveParameter,AnnualAggLossDevModelOutput-method" #> [11609] "BALD" #> [11610] "BreakAnnualAggLossDevModelInput-class" #> [11611] "BreakAnnualAggLossDevModelOutput-class" #> [11612] "BreakAnnualAggLossDevModelOutputWithZeros-class" #> [11613] "calculateProbOfPayment" #> [11614] "calendarYearEffect" #> [11615] "calendarYearEffect,AnnualAggLossDevModelOutput-method" #> [11616] "calendarYearEffectAutoregressiveParameter" #> [11617] "calendarYearEffectAutoregressiveParameter,AnnualAggLossDevModelOutput-method" #> [11618] "calendarYearEffectErrors" #> [11619] "calendarYearEffectErrors,AnnualAggLossDevModelOutput-method" #> [11620] "calendarYearEffectErrorTracePlot" #> [11621] "calendarYearEffectErrorTracePlot,AnnualAggLossDevModelOutput-method" #> [11622] "consumptionPath" #> [11623] "consumptionPath,BreakAnnualAggLossDevModelOutput-method" #> [11624] "consumptionPath,StandardAnnualAggLossDevModelOutput-method" #> [11625] "consumptionPathTracePlot" #> [11626] "consumptionPathTracePlot,BreakAnnualAggLossDevModelOutput-method" #> [11627] "consumptionPathTracePlot,StandardAnnualAggLossDevModelOutput-method" #> [11628] "CPI" #> [11629] "cumulate" #> [11630] "CumulativeAutoBodilyInjuryTriangle" #> [11631] "decumulate" #> [11632] "degreesOfFreedom" #> [11633] "degreesOfFreedom,AnnualAggLossDevModelOutput-method" #> [11634] "dot-onLoad-lossDev" #> [11635] "estimate.priors" #> [11636] "exposureGrowth" #> [11637] "exposureGrowth,AnnualAggLossDevModelOutput-method" #> [11638] "exposureGrowthAutoregressiveParameter" #> [11639] "exposureGrowthAutoregressiveParameter,AnnualAggLossDevModelOutput-method" #> [11640] "exposureGrowthTracePlot" #> [11641] "exposureGrowthTracePlot,AnnualAggLossDevModelOutput-method" #> [11642] "finalCumulativeDiff" #> [11643] "finalCumulativeDiff,AnnualAggLossDevModelOutput-method" #> [11644] "finalCumulativeDiff,AnnualAggLossDevModelOutputWithZeros-method" #> [11645] "firstYearInNewRegime" #> [11646] "firstYearInNewRegime,BreakAnnualAggLossDevModelOutput-method" #> [11647] "firstYearInNewRegimeTracePlot" #> [11648] "firstYearInNewRegimeTracePlot,BreakAnnualAggLossDevModelOutput-method" #> [11649] "get.color" #> [11650] "getExposureYearLabel" #> [11651] "getJagsData" #> [11652] "getJagsData,AnnualLossDevModelInput-method" #> [11653] "getJagsData,BreakAnnualLossDevModelInput-method" #> [11654] "getJagsData,StandardAnnualLossDevModelInput-method" #> [11655] "getJagsInits" #> [11656] "getJagsInits,AnnualLossDevModelInput-method" #> [11657] "getJagsInits,BreakAnnualLossDevModelInput-method" #> [11658] "getJagsInits,StandardAnnualLossDevModelInput-method" #> [11659] "getModelOutputNodes" #> [11660] "getModelOutputNodes,LossDevModelOutput-method" #> [11661] "getPaymentNoPaymentMatrix" #> [11662] "getTriDim" #> [11663] "getTriDim,AnnualAggLossDevModelInput-method" #> [11664] "gompertz" #> [11665] "gompertzParameters" #> [11666] "gompertzParameters,AnnualAggLossDevModelOutputWithZeros-method" #> [11667] "HPCE" #> [11668] "IncrementalGeneralLiablityTriangle" #> [11669] "lossDevelopmentFactors" #> [11670] "lossDevelopmentFactors,AnnualAggLossDevModelOutput-method" #> [11671] "LossDevModelInput-class" #> [11672] "LossDevModelOutput-class" #> [11673] "lossDevOptions" #> [11674] "makeBreakAnnualInput" #> [11675] "makeStandardAnnualInput" #> [11676] "mcmcACF" #> [11677] "mcmcACF,BreakAnnualAggLossDevModelOutput-method" #> [11678] "mcmcACF,StandardAnnualAggLossDevModelOutput-method" #> [11679] "MCPI" #> [11680] "meanExposureGrowth" #> [11681] "meanExposureGrowth,AnnualAggLossDevModelOutput-method" #> [11682] "myLibPath" #> [11683] "myPkgName" #> [11684] "newNodeOutput" #> [11685] "NodeOutput-class" #> [11686] "numberOfKnots" #> [11687] "numberOfKnots,BreakAnnualAggLossDevModelOutput-method" #> [11688] "numberOfKnots,StandardAnnualAggLossDevModelOutput-method" #> [11689] "PCE" #> [11690] "plot.density.and.or.trace" #> [11691] "plot.top.bottom" #> [11692] "plot.top.middle.bottom" #> [11693] "plot.trace.plots" #> [11694] "predictedPayments" #> [11695] "predictedPayments,AnnualAggLossDevModelOutput-method" #> [11696] "predictedPayments,AnnualAggLossDevModelOutputWithZeros-method" #> [11697] "probablityOfPayment" #> [11698] "probablityOfPayment,AnnualAggLossDevModelOutputWithZeros-method" #> [11699] "QQPlot" #> [11700] "QQPlot,AnnualAggLossDevModelOutput-method" #> [11701] "rateOfDecay" #> [11702] "rateOfDecay,BreakAnnualAggLossDevModelOutput-method" #> [11703] "rateOfDecay,StandardAnnualAggLossDevModelOutput-method" #> [11704] "rateOfDecayTracePlot" #> [11705] "rateOfDecayTracePlot,BreakAnnualAggLossDevModelOutput-method" #> [11706] "rateOfDecayTracePlot,StandardAnnualAggLossDevModelOutput-method" #> [11707] "runLossDevModel" #> [11708] "runLossDevModel,LossDevModelInput-method" #> [11709] "scaleParameter" #> [11710] "scaleParameter,AnnualAggLossDevModelOutput-method" #> [11711] "setGenericVerif" #> [11712] "skewnessParameter" #> [11713] "skewnessParameter,AnnualAggLossDevModelOutput-method" #> [11714] "slot,NodeOutput,character-method" #> [11715] "StandardAnnualAggLossDevModelInput-class" #> [11716] "StandardAnnualAggLossDevModelOutput-class" #> [11717] "StandardAnnualAggLossDevModelOutputWithZeros-class" #> [11718] "standardDeviationForScaleInnovation" #> [11719] "standardDeviationForScaleInnovation,AnnualAggLossDevModelOutput-method" #> [11720] "standardDeviationOfCalendarYearEffect" #> [11721] "standardDeviationOfCalendarYearEffect,AnnualAggLossDevModelOutput-method" #> [11722] "standardDeviationOfExposureGrowth" #> [11723] "standardDeviationOfExposureGrowth,AnnualAggLossDevModelOutput-method" #> [11724] "standardDeviationVsDevelopmentTime" #> [11725] "standardDeviationVsDevelopmentTime,AnnualAggLossDevModelOutput-method" #> [11726] "stochasticInflation" #> [11727] "stochasticInflation,AnnualAggLossDevModelOutput-method" #> [11728] "stochasticInflationRhoParameter" #> [11729] "stochasticInflationRhoParameter,AnnualAggLossDevModelOutput-method" #> [11730] "stochasticInflationStationaryMean" #> [11731] "stochasticInflationStationaryMean,AnnualAggLossDevModelOutput-method" #> [11732] "tailFactor" #> [11733] "tailFactor,BreakAnnualAggLossDevModelOutput-method" #> [11734] "tailFactor,BreakAnnualAggLossDevModelOutputWithZeros-method" #> [11735] "tailFactor,StandardAnnualAggLossDevModelOutput-method" #> [11736] "tailFactor,StandardAnnualAggLossDevModelOutputWithZeros-method" #> [11737] "triResi" #> [11738] "triResi,AnnualAggLossDevModelOutput-method" #> [11739] "ArcticLake" #> [11740] "bcor" #> [11741] "bcorsis" #> [11742] "bcov.test" #> [11743] "bd" #> [11744] "bd.test" #> [11745] "bdvmf" #> [11746] "genlung" #> [11747] "macaques" #> [11748] "meteorology" #> [11749] "nhdist" #> [11750] "balli" #> [11751] "Balli-class" #> [11752] "balliFit" #> [11753] "LargeDataObject-class" #> [11754] "tecVarEstim" #> [11755] "TecVarList-class" #> [11756] "ballr" #> [11757] "NBAPerGameAdvStatistics" #> [11758] "NBAPerGameStatistics" #> [11759] "NBAPerGameStatisticsPer100Poss" #> [11760] "NBAPerGameStatisticsPer36Min" #> [11761] "NBAPlayerPerGameStats" #> [11762] "NBASeasonTeamByYear" #> [11763] "NBAStandingsByDate" #> [11764] "actuarial" #> [11765] "adam.jags" #> [11766] "afghan.deaths" #> [11767] "asap.data.list" #> [11768] "baldus" #> [11769] "bcp" #> [11770] "biv.norm.post" #> [11771] "cabinet.duration" #> [11772] "child" #> [11773] "china.wars" #> [11774] "coal.mining.disasters" #> [11775] "contracep" #> [11776] "DA_cwp" #> [11777] "dmultinorm" #> [11778] "dp" #> [11779] "durations.hpd" #> [11780] "elicspend" #> [11781] "ethnic.immigration" #> [11782] "executions" #> [11783] "experts" #> [11784] "expo.gibbs" #> [11785] "expo.metrop" #> [11786] "fdr" #> [11787] "hanjack" #> [11788] "hit.run" #> [11789] "iq" #> [11790] "italy.parties" #> [11791] "lunatics" #> [11792] "marriage.rates" #> [11793] "metropolis" #> [11794] "militarydf" #> [11795] "nc.sub.dat" #> [11796] "norm.known.var" #> [11797] "normal.posterior.summary" #> [11798] "norr" #> [11799] "opic" #> [11800] "pbc.vote" #> [11801] "plot_walk_G" #> [11802] "plot_walk_MH" #> [11803] "recidivism" #> [11804] "retail.sales" #> [11805] "rmultinorm" #> [11806] "romney" #> [11807] "sir" #> [11808] "socatt" #> [11809] "strikes" #> [11810] "terrorism" #> [11811] "texas" #> [11812] "t_ci_table" #> [11813] "wars" #> [11814] "add_burnin_thin" #> [11815] "as.mcmc.list.angmcmc" #> [11816] "bestmodel" #> [11817] "bridge_sampler.angmcmc" #> [11818] "circ_cor" #> [11819] "circ_varcor_model" #> [11820] "contour.angmcmc" #> [11821] "contour_model" #> [11822] "densityplot.angmcmc" #> [11823] "d_fitted" #> [11824] "extractsamples" #> [11825] "fit_angmix" #> [11826] "fit_incremental_angmix" #> [11827] "fit_vmcosmix" #> [11828] "fit_vmmix" #> [11829] "fit_vmsinmix" #> [11830] "fit_wnorm2mix" #> [11831] "fit_wnormmix" #> [11832] "fix_label" #> [11833] "is.angmcmc" #> [11834] "latent_allocation" #> [11835] "logLik.angmcmc" #> [11836] "loo.angmcmc" #> [11837] "lpdtrace" #> [11838] "paramtrace" #> [11839] "plot.angmcmc" #> [11840] "pointest" #> [11841] "quantile.angmcmc" #> [11842] "rvm" #> [11843] "rvmcos" #> [11844] "rvmcosmix" #> [11845] "rvmmix" #> [11846] "rvmsin" #> [11847] "rvmsinmix" #> [11848] "rwnorm" #> [11849] "rwnorm2" #> [11850] "rwnorm2mix" #> [11851] "rwnormmix" #> [11852] "select_chains" #> [11853] "summary.angmcmc" #> [11854] "surface_model" #> [11855] "tim8" #> [11856] "waic.angmcmc" #> [11857] "wind" #> [11858] "zero_to_2pi" #> [11859] "bamboo.estimate" #> [11860] "bamboo.MSA.astral30" #> [11861] "bamboo.MSA.casp9" #> [11862] "bamboo.training" #> [11863] "bamboo.validation.astral30" #> [11864] "bamboo.validation.casp9" #> [11865] "bamdit-package" #> [11866] "bsroc" #> [11867] "ct" #> [11868] "ep" #> [11869] "glas" #> [11870] "gould" #> [11871] "metadiag" #> [11872] "mri" #> [11873] "plot.metadiag" #> [11874] "plotcompare" #> [11875] "plotdata" #> [11876] "plotsesp" #> [11877] "plotw" #> [11878] "print.metadiag" #> [11879] "safdar05" #> [11880] "scheidler" #> [11881] "summary.metadiag" #> [11882] "bamlss-package" #> [11883] "Austria" #> [11884] "bamlss" #> [11885] "bamlss.engine.helpers" #> [11886] "bamlss.engine.setup" #> [11887] "bamlss.formula" #> [11888] "bamlss.frame" #> [11889] "BayesX" #> [11890] "bboost" #> [11891] "bfit" #> [11892] "boost" #> [11893] "boost2" #> [11894] "c95" #> [11895] "coef.bamlss" #> [11896] "colorlegend" #> [11897] "continue" #> [11898] "cox.mcmc" #> [11899] "cox.mode" #> [11900] "cox.predict" #> [11901] "dl.bamlss" #> [11902] "family.bamlss" #> [11903] "fitted.bamlss" #> [11904] "GAMart" #> [11905] "gF" #> [11906] "GMCMC" #> [11907] "homstart_data" #> [11908] "JAGS" #> [11909] "jm_bamlss" #> [11910] "la" #> [11911] "lin" #> [11912] "LondonFire" #> [11913] "model.frame.bamlss" #> [11914] "model.matrix.bamlss.frame" #> [11915] "MVNORM" #> [11916] "neighbormatrix" #> [11917] "plot.bamlss" #> [11918] "plot2d" #> [11919] "plot3d" #> [11920] "plotblock" #> [11921] "plotmap" #> [11922] "predict.bamlss" #> [11923] "randomize" #> [11924] "rb" #> [11925] "residuals.bamlss" #> [11926] "results.bamlss.default" #> [11927] "rmf" #> [11928] "s2" #> [11929] "samples" #> [11930] "samplestats" #> [11931] "scale2" #> [11932] "simJM" #> [11933] "simSurv" #> [11934] "sliceplot" #> [11935] "smooth.construct" #> [11936] "smooth.construct.kr.smooth.spec" #> [11937] "smooth.construct.sr.smooth.spec" #> [11938] "stabsel" #> [11939] "summary.bamlss" #> [11940] "surv.transform" #> [11941] "Surv2" #> [11942] "terms.bamlss" #> [11943] "Volcano" #> [11944] "addBAMMlegend" #> [11945] "addBAMMshifts" #> [11946] "assignColorBreaks" #> [11947] "BAMMlikelihood" #> [11948] "BAMMtools" #> [11949] "BAMMtools-data" #> [11950] "computeBayesFactors" #> [11951] "credibleShiftSet" #> [11952] "cumulativeShiftProbsTree" #> [11953] "distinctShiftConfigurations" #> [11954] "dtRates" #> [11955] "generateControlFile" #> [11956] "getBestShiftConfiguration" #> [11957] "getBranchShiftPriors" #> [11958] "getCladeRates" #> [11959] "getCohortMatrix" #> [11960] "getEventData" #> [11961] "getJenksBreaks" #> [11962] "getMarginalBranchRateMatrix" #> [11963] "getMeanBranchLengthTree" #> [11964] "getmrca" #> [11965] "getRateThroughTimeMatrix" #> [11966] "getShiftNodesFromIndex" #> [11967] "getTipRates" #> [11968] "marginalOddsRatioBranches" #> [11969] "maximumShiftCredibility" #> [11970] "plot.bammdata" #> [11971] "plot.bammshifts" #> [11972] "plot.credibleshiftset" #> [11973] "plotPrior" #> [11974] "plotRateThroughTime" #> [11975] "ratesHistogram" #> [11976] "richColors" #> [11977] "samplingProbs" #> [11978] "setBAMMpriors" #> [11979] "speciesByRatesMatrix" #> [11980] "stepBF" #> [11981] "subsetEventData" #> [11982] "subtreeBAMM" #> [11983] "summary.bammdata" #> [11984] "summary.credibleshiftset" #> [11985] "testTimeVariableBranches" #> [11986] "traitDependentBAMM" #> [11987] "transparentColor" #> [11988] "writeEventData" #> [11989] "AA57OLMatrix" #> [11990] "AA57OLWeights" #> [11991] "aaCodes1Letter19" #> [11992] "aaCodes1Letter20" #> [11993] "aaCodes3Letter1stCap" #> [11994] "aaCodes3LetterAllCap.v" #> [11995] "aaFreq" #> [11996] "AvgCov.t" #> [11997] "bamorc" #> [11998] "calculate_aa_prob" #> [11999] "calculate_chi_squared_stat" #> [12000] "calculate_mse" #> [12001] "calculate_rcf" #> [12002] "CAMuTable" #> [12003] "CarbonCov.t" #> [12004] "CASdTable" #> [12005] "CBMuTable" #> [12006] "CBSdTable" #> [12007] "chemicalShifts" #> [12008] "cname" #> [12009] "ID" #> [12010] "inverseMatrices" #> [12011] "jpred_fetcher" #> [12012] "read_db_file" #> [12013] "read_nmrstar_file" #> [12014] "read_raw_file" #> [12015] "RefDB.StatCA" #> [12016] "RefDB.StatCB" #> [12017] "RefDB_data" #> [12018] "unassigned_bamorc" #> [12019] "apc.data" #> [12020] "apcSimulate" #> [12021] "bamp" #> [12022] "checkConvergence" #> [12023] "coh" #> [12024] "effects.apc" #> [12025] "predict_apc" #> [12026] "print.apc" #> [12027] "bandit-package" #> [12028] "best_binomial_bandit" #> [12029] "best_binomial_bandit_sim" #> [12030] "best_poisson_bandit" #> [12031] "deseasonalized_trend" #> [12032] "distribution_estimate" #> [12033] "prob_winner" #> [12034] "significance_analysis" #> [12035] "sim_post" #> [12036] "summarize_metrics" #> [12037] "value_remaining" #> [12038] "BANEScarparkinglite-package" #> [12039] "get_all_crude" #> [12040] "get_events" #> [12041] "get_events_detail" #> [12042] "get_range_crude" #> [12043] "get_rugby" #> [12044] "refine" #> [12045] "refine.deduplicate" #> [12046] "refuel" #> [12047] "refuel_crude" #> [12048] "bang" #> [12049] "coagulation" #> [12050] "hanova1" #> [12051] "hef" #> [12052] "plot.hef" #> [12053] "pp_check.hef" #> [12054] "print.hef" #> [12055] "pump" #> [12056] "set_user_prior" #> [12057] "sim_pred_beta_binom" #> [12058] "sim_pred_gamma_pois" #> [12059] "sim_pred_hanova1" #> [12060] "summary.hef" #> [12061] "temp1" #> [12062] "temp2" #> [12063] "banner" #> [12064] "copy_to_clipboard" #> [12065] "print.banner" #> [12066] "BANOVA-package" #> [12067] "BAnova" #> [12068] "BANOVA.Bernoulli" #> [12069] "BANOVA.Binomial" #> [12070] "BANOVA.build" #> [12071] "BANOVA.floodlight" #> [12072] "BANOVA.mediation" #> [12073] "BANOVA.model" #> [12074] "BANOVA.Multinomial" #> [12075] "BANOVA.Normal" #> [12076] "BANOVA.ordMultinomial" #> [12077] "BANOVA.Poisson" #> [12078] "BANOVA.run" #> [12079] "BANOVA.T" #> [12080] "bernlogtime" #> [12081] "bpndata" #> [12082] "choicedata" #> [12083] "colorad" #> [12084] "colorad2" #> [12085] "condstudy" #> [12086] "conv.diag" #> [12087] "goalstudy" #> [12088] "ipadstudy" #> [12089] "pairs.BANOVA" #> [12090] "table.predictions" #> [12091] "table.pvalues" #> [12092] "trace.plot" #> [12093] "format_object_size" #> [12094] "geocode" #> [12095] "geocode_tbl" #> [12096] "get_features" #> [12097] "get_geometry" #> [12098] "get_properties" #> [12099] "paris2012" #> [12100] "reverse_geocode" #> [12101] "reverse_geocode_tbl" #> [12102] "banter-package" #> [12103] "addBanterDetector" #> [12104] "getBanterModel" #> [12105] "getBanterModelData" #> [12106] "getDetectorNames" #> [12107] "getSampSize" #> [12108] "initBanterModel" #> [12109] "modelPctCorrect" #> [12110] "numCalls" #> [12111] "numEvents" #> [12112] "plotDetectorTrace" #> [12113] "runBanterModel" #> [12114] "test.data" #> [12115] "train.data" #> [12116] "BanxicoCatalog" #> [12117] "banxico_series" #> [12118] "compact_banxico_series" #> [12119] "bapred-package" #> [12120] "autism" #> [12121] "avedist" #> [12122] "ba" #> [12123] "baaddon" #> [12124] "bametric" #> [12125] "batch" #> [12126] "combatba" #> [12127] "combatbaaddon" #> [12128] "corba" #> [12129] "diffexprm" #> [12130] "fabatch" #> [12131] "fabatchaddon" #> [12132] "kldist" #> [12133] "meancenter" #> [12134] "meancenteraddon" #> [12135] "noba" #> [12136] "nobaaddon" #> [12137] "pcplot" #> [12138] "pvcam" #> [12139] "qunormaddon" #> [12140] "qunormtrain" #> [12141] "ratioa" #> [12142] "ratioaaddon" #> [12143] "ratiog" #> [12144] "ratiogaddon" #> [12145] "rmaaddon" #> [12146] "rmatrain" #> [12147] "sepscore" #> [12148] "skewdiv" #> [12149] "standardizeaddon" #> [12150] "svaba" #> [12151] "svabaaddon" #> [12152] "BaPreStoPro-package" #> [12153] "ad.propSd" #> [12154] "class.to.list" #> [12155] "diagnostic" #> [12156] "Diffusion-class" #> [12157] "dNtoTimes" #> [12158] "estimate,Diffusion-method" #> [12159] "estimate,hiddenDiffusion-method" #> [12160] "estimate,hiddenmixedDiffusion-method" #> [12161] "estimate,jumpDiffusion-method" #> [12162] "estimate,jumpRegression-method" #> [12163] "estimate,Merton-method" #> [12164] "estimate,mixedDiffusion-method" #> [12165] "estimate,mixedRegression-method" #> [12166] "estimate,NHPP-method" #> [12167] "estimate,Regression-method" #> [12168] "hiddenDiffusion-class" #> [12169] "hiddenmixedDiffusion-class" #> [12170] "InvMethod" #> [12171] "jumpDiffusion-class" #> [12172] "jumpRegression-class" #> [12173] "Merton-class" #> [12174] "mixedDiffusion-class" #> [12175] "mixedRegression-class" #> [12176] "NHPP-class" #> [12177] "plot,est.Diffusion-method" #> [12178] "plot,est.hiddenDiffusion-method" #> [12179] "plot,est.hiddenmixedDiffusion-method" #> [12180] "plot,est.jumpDiffusion-method" #> [12181] "plot,est.jumpRegression-method" #> [12182] "plot,est.Merton-method" #> [12183] "plot,est.mixedDiffusion-method" #> [12184] "plot,est.mixedRegression-method" #> [12185] "plot,est.NHPP-method" #> [12186] "plot,est.Regression-method" #> [12187] "pred.base" #> [12188] "predict,est.Diffusion-method" #> [12189] "predict,est.hiddenDiffusion-method" #> [12190] "predict,est.hiddenmixedDiffusion-method" #> [12191] "predict,est.jumpDiffusion-method" #> [12192] "predict,est.jumpRegression-method" #> [12193] "predict,est.Merton-method" #> [12194] "predict,est.mixedDiffusion-method" #> [12195] "predict,est.mixedRegression-method" #> [12196] "predict,est.NHPP-method" #> [12197] "predict,est.Regression-method" #> [12198] "prediction.intervals" #> [12199] "proposal" #> [12200] "proposalRatio" #> [12201] "Regression-class" #> [12202] "RejSampling" #> [12203] "set.to.class" #> [12204] "simulate,Diffusion-method" #> [12205] "simulate,hiddenDiffusion-method" #> [12206] "simulate,hiddenmixedDiffusion-method" #> [12207] "simulate,jumpDiffusion-method" #> [12208] "simulate,jumpRegression-method" #> [12209] "simulate,Merton-method" #> [12210] "simulate,mixedDiffusion-method" #> [12211] "simulate,mixedRegression-method" #> [12212] "simulate,NHPP-method" #> [12213] "simulate,Regression-method" #> [12214] "TimestoN" #> [12215] "Virkler" #> [12216] "BarBor" #> [12217] "BarBorNoPrint" #> [12218] "Gradient" #> [12219] "Method" #> [12220] "Powell" #> [12221] "NewHavenResidential" #> [12222] "cheatsheet" #> [12223] "create_PDF" #> [12224] "custom_create_PDF" #> [12225] "make_labels" #> [12226] "uniqID_hier_maker" #> [12227] "uniqID_maker" #> [12228] "barcodes.eval" #> [12229] "barcoding.gap" #> [12230] "barcoding.spe.identify" #> [12231] "barcoding.spe.identify2" #> [12232] "bbsik" #> [12233] "char2NumVector" #> [12234] "compare2delimitations" #> [12235] "consensus.identify" #> [12236] "digitize.DNA" #> [12237] "DNAbin2kmerFreqMatrix" #> [12238] "FMF" #> [12239] "FMFtheta12" #> [12240] "NAMES" #> [12241] "optimize.kmer" #> [12242] "pineMothCOI" #> [12243] "pineMothITS1" #> [12244] "pineMothITS2" #> [12245] "sample.ref" #> [12246] "save.ids" #> [12247] "summarize.ref" #> [12248] "TDR2" #> [12249] "TibetanMoth" #> [12250] "Barnard" #> [12251] "barnard.test" #> [12252] "barnardw.test" #> [12253] "rd_1_plots_discrete" #> [12254] "rd_2_plots_continuous" #> [12255] "rd_3_plots_triangular" #> [12256] "rd_4_color_conversion" #> [12257] "rd_5_color_themes" #> [12258] "BART-package" #> [12259] "abart" #> [12260] "ACTG175" #> [12261] "alligator" #> [12262] "arq" #> [12263] "bartModelMatrix" #> [12264] "bladder" #> [12265] "crisk.bart" #> [12266] "crisk.pre.bart" #> [12267] "crisk2.bart" #> [12268] "draw_lambda_i" #> [12269] "gbart" #> [12270] "gbmm" #> [12271] "gewekediag" #> [12272] "lbart" #> [12273] "leukemia" #> [12274] "lung" #> [12275] "mbart" #> [12276] "mbart2" #> [12277] "mc.cores.openmp" #> [12278] "mc.crisk.pwbart" #> [12279] "mc.crisk2.pwbart" #> [12280] "mc.lbart" #> [12281] "mc.pbart" #> [12282] "mc.surv.pwbart" #> [12283] "mc.wbart" #> [12284] "mc.wbart.gse" #> [12285] "pbart" #> [12286] "predict.crisk2bart" #> [12287] "predict.criskbart" #> [12288] "predict.lbart" #> [12289] "predict.mbart" #> [12290] "predict.pbart" #> [12291] "predict.recurbart" #> [12292] "predict.survbart" #> [12293] "predict.wbart" #> [12294] "pwbart" #> [12295] "recur.bart" #> [12296] "recur.pre.bart" #> [12297] "rs.pbart" #> [12298] "rtgamma" #> [12299] "rtnorm" #> [12300] "spectrum0ar" #> [12301] "srstepwise" #> [12302] "stratrs" #> [12303] "surv.bart" #> [12304] "surv.pre.bart" #> [12305] "transplant" #> [12306] "wbart" #> [12307] "xdm20.test" #> [12308] "xdm20.train" #> [12309] "ydm20.train" #> [12310] "automobile" #> [12311] "bartMachine" #> [12312] "bartMachineArr" #> [12313] "bartMachineCV" #> [12314] "bart_machine_get_posterior" #> [12315] "bart_machine_num_cores" #> [12316] "bart_predict_for_test_data" #> [12317] "benchmark_datasets" #> [12318] "calc_credible_intervals" #> [12319] "calc_prediction_intervals" #> [12320] "check_bart_error_assumptions" #> [12321] "cov_importance_test" #> [12322] "destroy_bart_machine" #> [12323] "dummify_data" #> [12324] "get_sigsqs" #> [12325] "get_var_counts_over_chain" #> [12326] "get_var_props_over_chain" #> [12327] "interaction_investigator" #> [12328] "investigate_var_importance" #> [12329] "k_fold_cv" #> [12330] "linearity_test" #> [12331] "pd_plot" #> [12332] "plot_convergence_diagnostics" #> [12333] "plot_y_vs_yhat" #> [12334] "predict.bartMachine" #> [12335] "predict_bartMachineArr" #> [12336] "print.bartMachine" #> [12337] "rmse_by_num_trees" #> [12338] "set_bart_machine_num_cores" #> [12339] "summary.bartMachine" #> [12340] "var_selection_by_permute" #> [12341] "var_selection_by_permute_cv" #> [12342] "March" #> [12343] "Adam" #> [12344] "Kapelner" #> [12345] "Justin" #> [12346] "Bleich" #> [12347] "(R" #> [12348] "package)," #> [12349] "COPYRIGHTS" #> [12350] "thors" #> [12351] "java" #> [12352] "These" #> [12353] "bartMachine's" #> [12354] "dependency" #> [12355] "libraries." #> [12356] "Note:" #> [12357] "this" #> [12358] "package" #> [12359] "no" #> [12360] "ity" #> [12361] "its" #> [12362] "installed" #> [12363] "standalone" #> [12364] "without" #> [12365] "2.14.0)," #> [12366] "rJava" #> [12367] "2018-03-03" #> [12368] "00:52:51" #> [12369] "eight" #> [12370] "Greenkhorn" #> [12371] "Sinkhorn" #> [12372] "three" #> [12373] "WaBarycenter" #> [12374] "Merlise" #> [12375] "Clyde" #> [12376] "Littman" #> [12377] "Quanli" #> [12378] "Wang" #> [12379] "Joyee" #> [12380] "Ghosh" #> [12381] "Yingbo" #> [12382] "Li" #> [12383] "2018-10-30" #> [12384] "10:40:14" #> [12385] "BAS" #> [12386] "bas.glm" #> [12387] "bas.lm" #> [12388] "Bayes.outlier" #> [12389] "bayesglm.fit" #> [12390] "Bernoulli" #> [12391] "Bernoulli.heredity" #> [12392] "beta.binomial" #> [12393] "beta.prime" #> [12394] "bodyfat" #> [12395] "CCH" #> [12396] "coef.bas" #> [12397] "confint.coef.bas" #> [12398] "confint.pred.bas" #> [12399] "cv.summary.bas" #> [12400] "diagnostics" #> [12401] "EB.global" #> [12402] "EB.local" #> [12403] "eplogprob" #> [12404] "eplogprob.marg" #> [12405] "fitted.bas" #> [12406] "force.heredity.bas" #> [12407] "g.prior" #> [12408] "Hald" #> [12409] "hyper.g" #> [12410] "hyper.g.n" #> [12411] "hypergeometric1F1" #> [12412] "hypergeometric2F1" #> [12413] "IC.prior" #> [12414] "image.bas" #> [12415] "intrinsic" #> [12416] "Jeffreys" #> [12417] "list2matrix.bas" #> [12418] "list2matrix.which" #> [12419] "phi1" #> [12420] "plot.bas" #> [12421] "plot.coef.bas" #> [12422] "plot.confint.bas" #> [12423] "predict.bas" #> [12424] "predict.basglm" #> [12425] "print.bas" #> [12426] "protein" #> [12427] "robust" #> [12428] "summary.bas" #> [12429] "tCCH" #> [12430] "testBF.prior" #> [12431] "TG" #> [12432] "tr.beta.binomial" #> [12433] "tr.poisson" #> [12434] "tr.power.prior" #> [12435] "uniform" #> [12436] "update.bas" #> [12437] "variable.names.pred.bas" #> [12438] "which.matrix" #> [12439] "basad" #> [12440] "predict.basad" #> [12441] "print.basad" #> [12442] "base2grob" #> [12443] "img" #> [12444] "base64" #> [12445] "checkUTF8" #> [12446] "dataURI" #> [12447] "base32_encode" #> [12448] "base64_urlencode" #> [12449] "Index" #> [12450] "Encode" #> [12451] "base32" #> [12452] "Decode" #> [12453] "from" #> [12454] "Simple" #> [12455] "RFC4648" #> [12456] "encoder/decoder." #> [12457] "Pads" #> [12458] "base32_encode(x," #> [12459] "use.padding" #> [12460] "base32_decode(x," #> [12461] "Character" #> [12462] "If" #> [12463] "whose" #> [12464] "multiple" #> [12465] "8," #> [12466] "trailing" #> [12467] "“=”" #> [12468] "required." #> [12469] "base32_decode" #> [12470] "expects" #> [12471] "such" #> [12472] "unless" #> [12473] "set" #> [12474] "(default)." #> [12475] "The" #> [12476] "internal" #> [12477] "algorithm" #> [12478] "currently" #> [12479] "works" #> [12480] "thus" #> [12481] "it" #> [12482] "faster" #> [12483] "same" #> [12484] "Implementation" #> [12485] "based" #> [12486] "encoder/decoder" #> [12487] "GNU" #> [12488] "lib:" #> [12489] "\"plain" #> [12490] "encoded" #> [12491] "decoded" #> [12492] "In" #> [12493] "contrast" #> [12494] "RFC3548," #> [12495] "62nd" #> [12496] "(‘+’)" #> [12497] "replaced" #> [12498] "‘-’," #> [12499] "63rd" #> [12500] "(‘/’)" #> [12501] "‘_’." #> [12502] "Furthermore," #> [12503] "encoder" #> [12504] "does" #> [12505] "fill" #> [12506] "‘=’." #> [12507] "strings" #> [12508] "comply" #> [12509] "regular" #> [12510] "expression" #> [12511] "pattern" #> [12512] "“[A-Za-z0-9_-]”" #> [12513] "safe" #> [12514] "URLs" #> [12515] "Apache" #> [12516] "Portable" #> [12517] "Runtime" #> [12518] "(APR):" #> [12519] "(base32_encode)," #> [12520] "(base64_urlencode)," #> [12521] "BA" #> [12522] "BABIP" #> [12523] "baseballDBR" #> [12524] "BBpct" #> [12525] "BB_9" #> [12526] "Ch" #> [12527] "CTpct" #> [12528] "FIP" #> [12529] "fip_values" #> [12530] "Fld_pct" #> [12531] "get_bbdb" #> [12532] "HRpct" #> [12533] "HR_9" #> [12534] "H_9" #> [12535] "IP" #> [12536] "ISO" #> [12537] "Kpct" #> [12538] "K_9" #> [12539] "LOB_pct" #> [12540] "OBP" #> [12541] "OPS" #> [12542] "PA" #> [12543] "RC2002" #> [12544] "RCbasic" #> [12545] "RCtech" #> [12546] "SLG" #> [12547] "TBs" #> [12548] "urlExists" #> [12549] "WHIP" #> [12550] "wOBA" #> [12551] "wOBA_values" #> [12552] "wRAA" #> [12553] "wRC" #> [12554] "XBHpct" #> [12555] "XBperH" #> [12556] "basefun-package" #> [12557] "as.basis" #> [12558] "Bernstein_basis" #> [12559] "c.basis" #> [12560] "intercept_basis" #> [12561] "Legendre_basis" #> [12562] "log_basis" #> [12563] "polynomial_basis" #> [12564] "predict.basis" #> [12565] "baseline-package" #> [12566] "baseline" #> [12567] "baseline-class" #> [12568] "baseline.als" #> [12569] "baseline.fillPeaks" #> [12570] "baseline.irls" #> [12571] "baseline.lowpass" #> [12572] "baseline.medianWindow" #> [12573] "baseline.modpolyfit" #> [12574] "baseline.peakDetection" #> [12575] "baseline.rfbaseline" #> [12576] "baseline.rollingBall" #> [12577] "baseline.shirley" #> [12578] "baselineAlg-class" #> [12579] "baselineAlgorithms" #> [12580] "baselineAlgorithmsGUI" #> [12581] "baselineAlgResult-class" #> [12582] "baselineAlgTest-class" #> [12583] "baselineEnv" #> [12584] "baselineGUI" #> [12585] "custom.baseline" #> [12586] "doOptim" #> [12587] "funcName" #> [12588] "getBaseline" #> [12589] "ind.min" #> [12590] "optimWizard" #> [12591] "overall.min" #> [12592] "param.ind.min" #> [12593] "plotBaseline" #> [12594] "plotOptim" #> [12595] "PLSRTest-class" #> [12596] "predictionResult-class" #> [12597] "predictionTest-class" #> [12598] "qualMeas" #> [12599] "ridgeRegressionTest-class" #> [12600] "runTest" #> [12601] "XPSdata" #> [12602] "chainsPlot" #> [12603] "chainsSummary" #> [12604] "samplesPlot" #> [12605] "aldmck" #> [12606] "blackbox" #> [12607] "blackbox_transpose" #> [12608] "bootbbt" #> [12609] "boot_aldmck" #> [12610] "boot_blackbt" #> [12611] "colombia" #> [12612] "individuals" #> [12613] "Issues1980" #> [12614] "Issues1980_bb" #> [12615] "LC1980" #> [12616] "LC1980_bbt" #> [12617] "plot.aldmck" #> [12618] "plot.aldmck_negative" #> [12619] "plot.aldmck_positive" #> [12620] "plot.AM" #> [12621] "plot.blackbox" #> [12622] "plot.blackbt" #> [12623] "plot.boot_aldmck" #> [12624] "plot.boot_blackbt" #> [12625] "plot.cdf" #> [12626] "plotcdf.blackbt" #> [12627] "predict.aldmck" #> [12628] "predict.blackbox" #> [12629] "predict.blackbt" #> [12630] "stimuli" #> [12631] "summary.aldmck" #> [12632] "summary.blackbox" #> [12633] "summary.blackbt" #> [12634] "BasicTable" #> [12635] "basictabler" #> [12636] "basictablerOutput" #> [12637] "basictablerSample" #> [12638] "bhmsummary" #> [12639] "checkArgument" #> [12640] "cleanCssValue" #> [12641] "containsText" #> [12642] "getBlankTblTheme" #> [12643] "getCompactTblTheme" #> [12644] "getDefaultTblTheme" #> [12645] "getLargePlainTblTheme" #> [12646] "getNextPosition" #> [12647] "getSimpleColoredTblTheme" #> [12648] "getTblTheme" #> [12649] "getXlBorderFromCssBorder" #> [12650] "getXlBorderStyleFromCssBorder" #> [12651] "isNumericValue" #> [12652] "isTextValue" #> [12653] "oneToNULL" #> [12654] "parseColor" #> [12655] "parseCssBorder" #> [12656] "parseCssSizeToPt" #> [12657] "parseCssSizeToPx" #> [12658] "parseCssString" #> [12659] "parseXlBorder" #> [12660] "qhtbl" #> [12661] "qtbl" #> [12662] "renderBasictabler" #> [12663] "TableCell" #> [12664] "TableCellRanges" #> [12665] "TableCells" #> [12666] "TableHtmlRenderer" #> [12667] "TableOpenXlsxRenderer" #> [12668] "TableOpenXlsxStyle" #> [12669] "TableOpenXlsxStyles" #> [12670] "TableStyle" #> [12671] "TableStyles" #> [12672] "trainstations" #> [12673] "SSexp2P" #> [12674] "SSexp3P" #> [12675] "SSpower2P" #> [12676] "SSpower3P" #> [12677] "trendline" #> [12678] "trendline_summary" #> [12679] "classification" #> [12680] "createGraph2D" #> [12681] "createNet" #> [12682] "measures" #> [12683] "minMax" #> [12684] "reschedule" #> [12685] "threshold" #> [12686] "BASIX.combnapply" #> [12687] "BASIX.equal" #> [12688] "BASIX.find.interval" #> [12689] "BASIX.match" #> [12690] "BASIX.table" #> [12691] "BASIX.unique" #> [12692] "bass" #> [12693] "plot.bass" #> [12694] "plot.bassSob" #> [12695] "predict.bass" #> [12696] "print.bass" #> [12697] "sobol" #> [12698] "summary.bass" #> [12699] "BaSTA-package" #> [12700] "basta" #> [12701] "CensusToCaptHist" #> [12702] "DataCheck" #> [12703] "MakeCovMat" #> [12704] "MakeLifeTable" #> [12705] "multibasta" #> [12706] "sim1" #> [12707] "sim1Out" #> [12708] "summary.basta" #> [12709] "bastah" #> [12710] "snps" #> [12711] "alpha.accum" #> [12712] "alpha.estimate" #> [12713] "arrabida" #> [12714] "beta" #> [12715] "beta.accum" #> [12716] "beta.multi" #> [12717] "beta.volumes" #> [12718] "contribution" #> [12719] "dispersion" #> [12720] "functree" #> [12721] "gdm" #> [12722] "geres" #> [12723] "guadiana" #> [12724] "iaor" #> [12725] "optim.alpha" #> [12726] "optim.alpha.stats" #> [12727] "optim.beta" #> [12728] "optim.beta.stats" #> [12729] "optim.spatial" #> [12730] "phylotree" #> [12731] "sar" #> [12732] "sim.plot" #> [12733] "sim.sad" #> [12734] "sim.sample" #> [12735] "sim.spatial" #> [12736] "sim.tree" #> [12737] "slope" #> [12738] "batade-package" #> [12739] "mkhtml" #> [12740] "mergeCsv" #> [12741] "msplit" #> [12742] "parseCommandArgs" #> [12743] "rbatch" #> [12744] "addAlgorithm" #> [12745] "addExperiments" #> [12746] "addProblem" #> [12747] "BatchExperiments" #> [12748] "ExperimentJob" #> [12749] "findExperiments" #> [12750] "generateProblemInstance" #> [12751] "getAlgorithm" #> [12752] "getAlgorithmIds" #> [12753] "getExperimentParts" #> [12754] "getIndex" #> [12755] "getJobs.ExperimentRegistry" #> [12756] "getProblem" #> [12757] "getProblemIds" #> [12758] "getResultVars" #> [12759] "makeDesign" #> [12760] "makeExperimentRegistry" #> [12761] "reduceResultsExperiments" #> [12762] "reduceResultsExperimentsParallel" #> [12763] "removeAlgorithm" #> [12764] "removeExperiments" #> [12765] "removeProblem" #> [12766] "summarizeExperiments" #> [12767] "BatchGetSymbols" #> [12768] "calc.ret" #> [12769] "df.fill.na" #> [12770] "fix.ticker.name" #> [12771] "get.clean.data" #> [12772] "GetFTSE100Stocks" #> [12773] "GetIbovStocks" #> [12774] "GetSP500Stocks" #> [12775] "myGetSymbols" #> [12776] "reshape.wide" #> [12777] "addRegistryPackages" #> [12778] "addRegistrySourceDirs" #> [12779] "addRegistrySourceFiles" #> [12780] "batchExpandGrid" #> [12781] "batchExport" #> [12782] "BatchJobs" #> [12783] "batchMap" #> [12784] "batchMapQuick" #> [12785] "batchMapResults" #> [12786] "batchQuery" #> [12787] "batchReduce" #> [12788] "batchReduceResults" #> [12789] "batchUnexport" #> [12790] "callFunctionOnSSHWorkers" #> [12791] "cfBrewTemplate" #> [12792] "cfHandleUnknownSubmitError" #> [12793] "cfKillBatchJob" #> [12794] "cfReadBrewTemplate" #> [12795] "checkIds" #> [12796] "configuration" #> [12797] "debugMulticore" #> [12798] "debugSSH" #> [12799] "filterResults" #> [12800] "findDone" #> [12801] "findJobs" #> [12802] "getConfig" #> [12803] "getErrorMessages" #> [12804] "getJob" #> [12805] "getJobIds" #> [12806] "getJobInfo" #> [12807] "getJobLocation" #> [12808] "getJobNr" #> [12809] "getJobParamDf" #> [12810] "getJobResources" #> [12811] "getJobs" #> [12812] "getLogFiles" #> [12813] "getResources" #> [12814] "getSSHWorkersInfo" #> [12815] "grepLogs" #> [12816] "installPackagesOnSSHWorkers" #> [12817] "killJobs" #> [12818] "loadConfig" #> [12819] "loadExports" #> [12820] "loadResult" #> [12821] "loadResults" #> [12822] "makeClusterFunctions" #> [12823] "makeClusterFunctionsInteractive" #> [12824] "makeClusterFunctionsLocal" #> [12825] "makeClusterFunctionsLSF" #> [12826] "makeClusterFunctionsMulticore" #> [12827] "makeClusterFunctionsOpenLava" #> [12828] "makeClusterFunctionsSGE" #> [12829] "makeClusterFunctionsSLURM" #> [12830] "makeClusterFunctionsSSH" #> [12831] "makeClusterFunctionsTorque" #> [12832] "makeJob" #> [12833] "makeRegistry" #> [12834] "makeSSHWorker" #> [12835] "makeSubmitJobResult" #> [12836] "reduceResults" #> [12837] "removeRegistry" #> [12838] "removeRegistryPackages" #> [12839] "removeRegistrySourceDirs" #> [12840] "removeRegistrySourceFiles" #> [12841] "resetJobs" #> [12842] "sanitizePath" #> [12843] "setConfig" #> [12844] "setJobFunction" #> [12845] "setJobNames" #> [12846] "setRegistryPackages" #> [12847] "showClusterStatus" #> [12848] "showLog" #> [12849] "showStatus" #> [12850] "sourceRegistryFiles" #> [12851] "submitJobs" #> [12852] "sweepRegistry" #> [12853] "syncRegistry" #> [12854] "testJob" #> [12855] "waitForJobs" #> [12856] "add.marker" #> [12857] "Bonferroni.alpha" #> [12858] "combine.onemap" #> [12859] "create.data.bins" #> [12860] "create.dataframe.for.plot.outcross" #> [12861] "draw.map" #> [12862] "drop.marker" #> [12863] "example.out" #> [12864] "find.bins" #> [12865] "group" #> [12866] "make.seq" #> [12867] "map.overlapping.batches" #> [12868] "map_func" #> [12869] "marker.type" #> [12870] "order.seq" #> [12871] "pick.batch.sizes" #> [12872] "plot.by.segreg.type" #> [12873] "plot.onemap" #> [12874] "plot.onemap.segreg.test" #> [12875] "print.group" #> [12876] "print.onemap.segreg.test" #> [12877] "print.outcross" #> [12878] "print.rf.2pts" #> [12879] "print.try" #> [12880] "pseudo.testcross.split" #> [12881] "rcd" #> [12882] "read.mapmaker" #> [12883] "read.onemap" #> [12884] "read.outcross" #> [12885] "read.outcross2" #> [12886] "record.parallel" #> [12887] "rf.2pts" #> [12888] "ripple.ord" #> [12889] "ripple.seq" #> [12890] "ripple.window" #> [12891] "seeded.map" #> [12892] "select.segreg" #> [12893] "seriation" #> [12894] "set.map.fun" #> [12895] "suggest.lod" #> [12896] "test.segregation" #> [12897] "test.segregation.of.a.marker" #> [12898] "try.seq" #> [12899] "ug" #> [12900] "write.map" #> [12901] "bm" #> [12902] "bmmat" #> [12903] "ess" #> [12904] "estvssamp" #> [12905] "Michel" #> [12906] "Lang" #> [12907] "[cre," #> [12908] "aut]" #> [12909] "Bernd" #> [12910] "Bischl" #> [12911] "Dirk" #> [12912] "Surmann" #> [12913] "2018-08-16" #> [12914] "11:40:03" #> [12915] "batchtools-package" #> [12916] "assertRegistry" #> [12917] "btlapply" #> [12918] "cfKillJob" #> [12919] "chunk" #> [12920] "clearRegistry" #> [12921] "doJobCollection" #> [12922] "estimateRuntimes" #> [12923] "execJob" #> [12924] "getDefaultRegistry" #> [12925] "getJobTable" #> [12926] "getStatus" #> [12927] "JobNames" #> [12928] "JoinTables" #> [12929] "makeClusterFunctionsDocker" #> [12930] "makeClusterFunctionsSlurm" #> [12931] "makeClusterFunctionsSocket" #> [12932] "makeClusterFunctionsTORQUE" #> [12933] "makeJobCollection" #> [12934] "reduceResultsList" #> [12935] "runHook" #> [12936] "runOSCommand" #> [12937] "unwrap" #> [12938] "Worker" #> [12939] "Nathan" #> [12940] "Lazar" #> [12941] "2017-10-06" #> [12942] "20:26:57" #> [12943] "CP_model" #> [12944] "diagonal" #> [12945] "exp_var" #> [12946] "get_data_params" #> [12947] "get_influence" #> [12948] "get_model_params" #> [12949] "im_2_mat" #> [12950] "im_mat" #> [12951] "input_data" #> [12952] "kernelize" #> [12953] "lower_bnd_CP" #> [12954] "lower_bnd_Tucker" #> [12955] "mk_model" #> [12956] "mk_toy" #> [12957] "mult_3d" #> [12958] "nrmse" #> [12959] "plot_preds" #> [12960] "plot_roc" #> [12961] "plot_test_cor" #> [12962] "plot_test_exp_var" #> [12963] "plot_test_RMSE" #> [12964] "rmse" #> [12965] "rot" #> [12966] "safe_log" #> [12967] "safe_prod" #> [12968] "show_mat" #> [12969] "test_CP" #> [12970] "test_results" #> [12971] "test_Tucker" #> [12972] "train_CP" #> [12973] "train_Tucker" #> [12974] "Tucker_model" #> [12975] "update_core_Tucker" #> [12976] "update_mode1_CP" #> [12977] "update_mode1_Tucker" #> [12978] "update_mode2_CP" #> [12979] "update_mode2_Tucker" #> [12980] "update_mode3_CP" #> [12981] "update_mode3_Tucker" #> [12982] "batman" #> [12983] "categorical_booleans" #> [12984] "get_languages" #> [12985] "to_logical" #> [12986] "batteryreduction" #> [12987] "BAwiR-package" #> [12988] "acb_games_1718" #> [12989] "acb_players_1718" #> [12990] "capit_two_words" #> [12991] "do_add_adv_stats" #> [12992] "do_EPS" #> [12993] "do_four_factors_df" #> [12994] "do_join_games_bio" #> [12995] "do_map_nats" #> [12996] "do_OE" #> [12997] "do_scraping_games" #> [12998] "do_scraping_rosters" #> [12999] "do_stats" #> [13000] "do_stats_teams" #> [13001] "eurocup_games_1718" #> [13002] "eurocup_players_1718" #> [13003] "euroleague_games_1718" #> [13004] "euroleague_players_1718" #> [13005] "get_barplot_monthly_stats" #> [13006] "get_bubble_plot" #> [13007] "get_four_factors_plot" #> [13008] "get_games_rosters" #> [13009] "get_heatmap_bb" #> [13010] "get_map_nats" #> [13011] "get_pop_pyramid" #> [13012] "get_shooting_plot" #> [13013] "get_similar_players" #> [13014] "get_similar_teams" #> [13015] "get_stats_seasons" #> [13016] "get_table_results" #> [13017] "join_players_bio_age_acb" #> [13018] "join_players_bio_age_euro" #> [13019] "scraping_games_acb" #> [13020] "scraping_games_euro" #> [13021] "scraping_rosters_acb" #> [13022] "scraping_rosters_euro" #> [13023] "BayClone2" #> [13024] "BayClone2_Simulation1_mut" #> [13025] "BayClone2_Simulation1_tot" #> [13026] "export_N_n" #> [13027] "fn_posterior_point" #> [13028] "fn_post_C" #> [13029] "banditize" #> [13030] "bayesAB" #> [13031] "bayesTest" #> [13032] "c.bayesTest" #> [13033] "deployBandit" #> [13034] "grab" #> [13035] "plot.bayesTest" #> [13036] "plotBeta" #> [13037] "plotDistributions" #> [13038] "plotGamma" #> [13039] "plotInvGamma" #> [13040] "plotLogNormal" #> [13041] "plotNormal" #> [13042] "plotNormalInvGamma" #> [13043] "plotPareto" #> [13044] "plotPoisson" #> [13045] "rename" #> [13046] "summary.bayesTest" #> [13047] "bayes_ammi" #> [13048] "e_eff" #> [13049] "ge_ammi" #> [13050] "ge_eff" #> [13051] "ge_mean" #> [13052] "ge_model" #> [13053] "ge_var" #> [13054] "g_eff" #> [13055] "Maiz" #> [13056] "matrix_k" #> [13057] "orthnorm" #> [13058] "BayesBD-package" #> [13059] "BayesBDbinary" #> [13060] "BayesBDnormal" #> [13061] "BayesBDshiny" #> [13062] "besselIs" #> [13063] "dsmError" #> [13064] "eigenfun" #> [13065] "fitBinImage" #> [13066] "fitContImage" #> [13067] "hausdorffError" #> [13068] "lebesgueError" #> [13069] "par2obs" #> [13070] "parnormobs" #> [13071] "plotBD" #> [13072] "rectToPolar" #> [13073] "triangle2" #> [13074] "tum1" #> [13075] "tum2" #> [13076] "unisliceL" #> [13077] "BayesBinMix-package" #> [13078] "allocationSamplerBinMix" #> [13079] "collapsedGibbsBinMix" #> [13080] "complete.loglikelihood" #> [13081] "coupledMetropolis" #> [13082] "dealWithLabelSwitching" #> [13083] "dealWithLabelSwitchingMissing" #> [13084] "gibbsBinMix" #> [13085] "myDirichlet" #> [13086] "print.bbm.object" #> [13087] "toSolve" #> [13088] "allDups" #> [13089] "a_hat_mle" #> [13090] "bayesbio" #> [13091] "cbindFill" #> [13092] "createStrings" #> [13093] "ggHorizBar" #> [13094] "jaccardSets" #> [13095] "mgsub" #> [13096] "nearestTime" #> [13097] "nearestTimeandID" #> [13098] "p.adjust.nlp" #> [13099] "pubmedQuery" #> [13100] "subsupDiag" #> [13101] "unequalVarShrink" #> [13102] "weightedShrink" #> [13103] "as.bayesboot" #> [13104] "bayesboot" #> [13105] "plot.bayesboot" #> [13106] "plotPost" #> [13107] "print.bayesboot" #> [13108] "rudirichlet" #> [13109] "summary.bayesboot" #> [13110] "lasso" #> [13111] "mlr" #> [13112] "prepare" #> [13113] "rpg" #> [13114] "calc.post.beta" #> [13115] "ev.combo" #> [13116] "forestplot" #> [13117] "plot.EV" #> [13118] "plot.PPH" #> [13119] "pph" #> [13120] "summary.PPH" #> [13121] "BayesComm-package" #> [13122] "BC" #> [13123] "BCfit" #> [13124] "devpart" #> [13125] "plot.bayescomm" #> [13126] "predict.bayescomm" #> [13127] "print.bayescomm" #> [13128] "residuals.bayescomm" #> [13129] "summary.bayescomm" #> [13130] "window.bayescomm" #> [13131] "bayescount" #> [13132] "count.analysis" #> [13133] "count.model" #> [13134] "count.power" #> [13135] "count.precision" #> [13136] "fecrt.analysis" #> [13137] "fecrt.model" #> [13138] "fecrt.power" #> [13139] "fecrt.precision" #> [13140] "likelihood" #> [13141] "lnormal.params" #> [13142] "maximise.likelihood" #> [13143] "normal.params" #> [13144] "Bayes.CR" #> [13145] "BayesCR" #> [13146] "motorettes" #> [13147] "rSMSN" #> [13148] "analysis" #> [13149] "beta_prior" #> [13150] "binomialBACT" #> [13151] "binomialdata" #> [13152] "binomial_analysis" #> [13153] "binomial_outcome" #> [13154] "data_binomial" #> [13155] "data_normal" #> [13156] "enrollment_rate" #> [13157] "historical_binomial" #> [13158] "historical_normal" #> [13159] "hypothesis" #> [13160] "impute" #> [13161] "normalBACT" #> [13162] "normaldata" #> [13163] "normal_analysis" #> [13164] "normal_outcome" #> [13165] "randomization" #> [13166] "simulate" #> [13167] "study_details" #> [13168] "genbernoullidata" #> [13169] "gengaussiandata" #> [13170] "genlognormaldata" #> [13171] "genpoissondata" #> [13172] "genpwedata" #> [13173] "genweibulldata" #> [13174] "historic_sim" #> [13175] "plot_table" #> [13176] "plot_table.bayes_ctd_array" #> [13177] "print_table" #> [13178] "print_table.bayes_ctd_array" #> [13179] "simple_sim" #> [13180] "contingency" #> [13181] "cow" #> [13182] "dilution" #> [13183] "fabric" #> [13184] "factorial" #> [13185] "fatalities" #> [13186] "football" #> [13187] "golf" #> [13188] "light" #> [13189] "newyork" #> [13190] "personality" #> [13191] "phones" #> [13192] "schiz" #> [13193] "stratified" #> [13194] "bayesDccGarch-package" #> [13195] "bayesDccGarch" #> [13196] "DaxCacNik" #> [13197] "densityFunctions" #> [13198] "logLikDccGarch" #> [13199] "plot.bayesDccGarch" #> [13200] "plotVol" #> [13201] "BAYESDEF" #> [13202] "bayesDem-package" #> [13203] "bayesDem.go" #> [13204] "bayesdfa-package" #> [13205] "find_dfa_trends" #> [13206] "find_inverted_chains" #> [13207] "find_regimes" #> [13208] "find_swans" #> [13209] "fit_dfa" #> [13210] "fit_regimes" #> [13211] "hmm_init" #> [13212] "invert_chains" #> [13213] "is_converged" #> [13214] "loo.bayesdfa" #> [13215] "plot_fitted" #> [13216] "plot_loadings" #> [13217] "plot_regime_model" #> [13218] "plot_trends" #> [13219] "predicted" #> [13220] "rotate_trends" #> [13221] "sim_dfa" #> [13222] "trend_cor" #> [13223] "asymcnfB" #> [13224] "distreg" #> [13225] "distreg.asymp" #> [13226] "distreg.sas" #> [13227] "distreg_cfa" #> [13228] "distreg_cfa.sas" #> [13229] "dr_asympar" #> [13230] "fitdist" #> [13231] "fitlogit" #> [13232] "IndepMH" #> [13233] "indicat" #> [13234] "jdpar.asymp" #> [13235] "jntCBOM" #> [13236] "lapl_aprx" #> [13237] "lapl_aprx2" #> [13238] "LogitLink" #> [13239] "parLply" #> [13240] "par_distreg" #> [13241] "prior_n" #> [13242] "prior_u" #> [13243] "quant_bdr" #> [13244] "RWMH" #> [13245] "simcnfB" #> [13246] "alpha_discount" #> [13247] "bdpbinomial" #> [13248] "bdplm" #> [13249] "bdpnormal" #> [13250] "bdpsurvival" #> [13251] "plot,bdpbinomial-method" #> [13252] "plot,bdpnormal-method" #> [13253] "plot,bdpsurvival-method" #> [13254] "ppexp" #> [13255] "print,bdpbinomial-method" #> [13256] "print,bdplm-method" #> [13257] "print,bdpnormal-method" #> [13258] "print,bdpsurvival-method" #> [13259] "probability_discount" #> [13260] "summary,bdpbinomial-method" #> [13261] "summary,bdplm-method" #> [13262] "summary,bdpnormal-method" #> [13263] "summary,bdpsurvival-method" #> [13264] "BayesFactor-package" #> [13265] "anovaBF" #> [13266] "as.BFBayesFactor" #> [13267] "as.BFprobability" #> [13268] "BFBayesFactor-class" #> [13269] "BFBayesFactorList-class" #> [13270] "BFInfo" #> [13271] "BFManual" #> [13272] "BFmodel-class" #> [13273] "BFodds-class" #> [13274] "BFprobability-class" #> [13275] "contingencyTableBF" #> [13276] "correlationBF" #> [13277] "extractBF" #> [13278] "extractOdds" #> [13279] "extractProbabilities" #> [13280] "filterBF" #> [13281] "generalTestBF" #> [13282] "linearReg.R2stat" #> [13283] "lmBF" #> [13284] "logMeanExpLogs" #> [13285] "meta.ttestBF" #> [13286] "model.matrix,BFBayesFactor-method" #> [13287] "newPriorOdds" #> [13288] "nWayAOV" #> [13289] "oneWayAOV.Fstat" #> [13290] "options-BayesFactor" #> [13291] "plot.BFBayesFactor" #> [13292] "plot.BFBayesFactorTop" #> [13293] "priorLogodds<-" #> [13294] "priorOdds<-" #> [13295] "proportionBF" #> [13296] "puzzles" #> [13297] "raceDolls" #> [13298] "recompute" #> [13299] "regressionBF" #> [13300] "ttest.tstat" #> [13301] "ttestBF" #> [13302] "%same%" #> [13303] "%termin%" #> [13304] "BayesFM" #> [13305] "befa" #> [13306] "plot.befa" #> [13307] "post.column.switch" #> [13308] "post.sign.switch" #> [13309] "simul.dedic.facmod" #> [13310] "simul.nfac.prior" #> [13311] "simul.R.prior" #> [13312] "summary.befa" #> [13313] "bayesGARCH" #> [13314] "dem2gbp" #> [13315] "formSmpl" #> [13316] "BayesGESM-package" #> [13317] "bsp" #> [13318] "bsp.graph.fmem" #> [13319] "bsp.graph.gesm" #> [13320] "fmem" #> [13321] "gesm" #> [13322] "mcmc.fmem" #> [13323] "mcmc.gesm" #> [13324] "summary.fmem" #> [13325] "summary.gesm" #> [13326] "TexasData" #> [13327] "BayesGOF-package" #> [13328] "arsenic" #> [13329] "AutoIns" #> [13330] "ChildIll" #> [13331] "CorbBfly" #> [13332] "DS.entropy" #> [13333] "DS.Finite.Bayes" #> [13334] "DS.macro.inf" #> [13335] "DS.micro.inf" #> [13336] "DS.posterior.reduce" #> [13337] "DS.prior" #> [13338] "DS.sampler" #> [13339] "galaxy" #> [13340] "gLP.basis" #> [13341] "gMLE.bb" #> [13342] "gMLE.nn" #> [13343] "gMLE.pg" #> [13344] "NorbergIns" #> [13345] "steroid" #> [13346] "surg" #> [13347] "tacks" #> [13348] "terb" #> [13349] "ulcer" #> [13350] "bayesModel.fit" #> [13351] "get.scale.bayesH" #> [13352] "plot.BayesH" #> [13353] "predict.BayesH" #> [13354] "summary.BayesH" #> [13355] "as.dataList" #> [13356] "BMAnimalTrack" #> [13357] "BMControl" #> [13358] "dataSim" #> [13359] "DegToKM" #> [13360] "Trip1" #> [13361] "bayesianETAS" #> [13362] "maxLikelihoodETAS" #> [13363] "sampleETASposterior" #> [13364] "simulateETAS" #> [13365] "simulateNHPP" #> [13366] "blockGLasso" #> [13367] "BayesianNetwork" #> [13368] "2019-01-21" #> [13369] "19:40:03" #> [13370] "applySettingsDefault" #> [13371] "BayesianTools" #> [13372] "calibrationTest" #> [13373] "checkBayesianSetup" #> [13374] "convertCoda" #> [13375] "correlationPlot" #> [13376] "createBayesianSetup" #> [13377] "createBetaPrior" #> [13378] "createLikelihood" #> [13379] "createMcmcSamplerList" #> [13380] "createMixWithDefaults" #> [13381] "createPosterior" #> [13382] "createPrior" #> [13383] "createPriorDensity" #> [13384] "createProposalGenerator" #> [13385] "createSmcSamplerList" #> [13386] "createTruncatedNormalPrior" #> [13387] "createUniformPrior" #> [13388] "DE" #> [13389] "DEzs" #> [13390] "DREAM" #> [13391] "DREAMzs" #> [13392] "gelmanDiagnostics" #> [13393] "generateParallelExecuter" #> [13394] "generateTestDensityMultiNormal" #> [13395] "getCredibleIntervals" #> [13396] "getDharmaResiduals" #> [13397] "getPossibleSamplerTypes" #> [13398] "getPredictiveDistribution" #> [13399] "getPredictiveIntervals" #> [13400] "getSample" #> [13401] "getVolume" #> [13402] "GOF" #> [13403] "likelihoodAR1" #> [13404] "likelihoodIidNormal" #> [13405] "MAP" #> [13406] "marginalLikelihood" #> [13407] "marginalPlot" #> [13408] "mergeChains" #> [13409] "Metropolis" #> [13410] "plotDiagnostic" #> [13411] "plotSensitivity" #> [13412] "plotTimeSeries" #> [13413] "plotTimeSeriesResiduals" #> [13414] "plotTimeSeriesResults" #> [13415] "runMCMC" #> [13416] "smcSampler" #> [13417] "stopParallel" #> [13418] "testDensityBanana" #> [13419] "testDensityInfinity" #> [13420] "testDensityMultiNormal" #> [13421] "testDensityNormal" #> [13422] "testLinearModel" #> [13423] "tracePlot" #> [13424] "Twalk" #> [13425] "updateProposalGenerator" #> [13426] "VSEM" #> [13427] "vsemC" #> [13428] "VSEMcreateLikelihood" #> [13429] "VSEMcreatePAR" #> [13430] "VSEMgetDefaults" #> [13431] "WAIC" #> [13432] "bayesImageS" #> [13433] "exactPotts" #> [13434] "getBlocks" #> [13435] "getEdges" #> [13436] "getNeighbors" #> [13437] "gibbsGMM" #> [13438] "gibbsNorm" #> [13439] "initSedki" #> [13440] "mcmcPotts" #> [13441] "mcmcPottsNoData" #> [13442] "res" #> [13443] "res2" #> [13444] "res3" #> [13445] "res4" #> [13446] "res5" #> [13447] "smcPotts" #> [13448] "sufficientStat" #> [13449] "swNoData" #> [13450] "synth" #> [13451] "testResample" #> [13452] "BayesLCA-package" #> [13453] "Alzheimer" #> [13454] "as.mcmc.blca.gibbs" #> [13455] "blca" #> [13456] "blca.boot" #> [13457] "blca.em" #> [13458] "blca.em.sd" #> [13459] "blca.gibbs" #> [13460] "blca.vb" #> [13461] "data.blca" #> [13462] "plot.blca" #> [13463] "print.blca" #> [13464] "rlca" #> [13465] "summary.blca" #> [13466] "Zscore" #> [13467] "bayesLife-package" #> [13468] "bayesLife.mcmc" #> [13469] "bayesLife.mcmc.meta" #> [13470] "convert.e0.trajectories" #> [13471] "e0.coda.list.mcmc" #> [13472] "e0.diagnose" #> [13473] "e0.dl.coverage" #> [13474] "e0.DLcurve.plot" #> [13475] "e0.gap.plot" #> [13476] "e0.jmale.estimate" #> [13477] "e0.jmale.predict" #> [13478] "e0.joint.plot" #> [13479] "e0.map" #> [13480] "e0.median.set" #> [13481] "e0.parameter.names" #> [13482] "e0.pardensity.plot" #> [13483] "e0.partraces.plot" #> [13484] "e0.predict" #> [13485] "e0.predict.extra" #> [13486] "e0.raftery.diag" #> [13487] "e0.trajectories.plot" #> [13488] "get.e0.convergence" #> [13489] "get.e0.mcmc" #> [13490] "get.e0.parameter.traces" #> [13491] "get.e0.prediction" #> [13492] "get.e0.trajectories" #> [13493] "get.thinned.e0.mcmc" #> [13494] "include" #> [13495] "run.e0.mcmc" #> [13496] "run.e0.mcmc.extra" #> [13497] "summary.bayesLife.convergence" #> [13498] "summary.bayesLife.mcmc.set" #> [13499] "summary.bayesLife.prediction" #> [13500] "write.e0.projection.summary" #> [13501] "bayeslm-package" #> [13502] "bayeslm" #> [13503] "hs_gibbs" #> [13504] "plot.MCMC" #> [13505] "predict.bayeslm.fit" #> [13506] "summary.bayeslm.fit" #> [13507] "summary.MCMC" #> [13508] "bayesloglin" #> [13509] "czech" #> [13510] "findPostCov" #> [13511] "findPostMean" #> [13512] "gibbsSampler" #> [13513] "MC3" #> [13514] "bloques" #> [13515] "bloques2" #> [13516] "bloques3" #> [13517] "Dental" #> [13518] "mhar1" #> [13519] "mharma11" #> [13520] "mhsc" #> [13521] "Analysis" #> [13522] "Multivariate" #> [13523] "Ordinal" #> [13524] "survey" #> [13525] "usage" #> [13526] "heterogeneity" #> [13527] "(as" #> [13528] "Rossi" #> [13529] "et" #> [13530] "al," #> [13531] "JASA" #> [13532] "Bayesian" #> [13533] "Random" #> [13534] "Coefficient" #> [13535] "Logit" #> [13536] "Models" #> [13537] "BLP" #> [13538] "Jiang," #> [13539] "Manchanda," #> [13540] "For" #> [13541] "further" #> [13542] "reference," #> [13543] "consult" #> [13544] "our" #> [13545] "book," #> [13546] "Statistics" #> [13547] "Marketing" #> [13548] "Rossi," #> [13549] "Allenby" #> [13550] "McCulloch" #> [13551] "(Wiley" #> [13552] "2005)" #> [13553] "Non-" #> [13554] "Methods" #> [13555] "Applications" #> [13556] "(Princeton" #> [13557] "Press" #> [13558] "2018-12-21" #> [13559] "07:20:49" #> [13560] "bank" #> [13561] "breg" #> [13562] "camera" #> [13563] "cgetC" #> [13564] "cheese" #> [13565] "clusterMix" #> [13566] "condMom" #> [13567] "createX" #> [13568] "customerSat" #> [13569] "detailing" #> [13570] "eMixMargDen" #> [13571] "ghkvec" #> [13572] "llmnl" #> [13573] "llmnp" #> [13574] "llnhlogit" #> [13575] "lndIChisq" #> [13576] "lndIWishart" #> [13577] "lndMvn" #> [13578] "lndMvst" #> [13579] "logMargDenNR" #> [13580] "margarine" #> [13581] "mixDen" #> [13582] "mixDenBi" #> [13583] "mnlHess" #> [13584] "mnpProb" #> [13585] "momMix" #> [13586] "nmat" #> [13587] "numEff" #> [13588] "orangeJuice" #> [13589] "plot.bayesm.hcoef" #> [13590] "plot.bayesm.mat" #> [13591] "plot.bayesm.nmix" #> [13592] "rbayesBLP" #> [13593] "rbiNormGibbs" #> [13594] "rbprobitGibbs" #> [13595] "rdirichlet" #> [13596] "rDPGibbs" #> [13597] "rhierBinLogit" #> [13598] "rhierLinearMixture" #> [13599] "rhierLinearModel" #> [13600] "rhierMnlDP" #> [13601] "rhierMnlRwMixture" #> [13602] "rhierNegbinRw" #> [13603] "rivDP" #> [13604] "rivGibbs" #> [13605] "rmixGibbs" #> [13606] "rmnlIndepMetrop" #> [13607] "rmnpGibbs" #> [13608] "rmultireg" #> [13609] "rmvpGibbs" #> [13610] "rmvst" #> [13611] "rnegbinRw" #> [13612] "rnmixGibbs" #> [13613] "rordprobitGibbs" #> [13614] "rscaleUsage" #> [13615] "rsurGibbs" #> [13616] "rtrun" #> [13617] "runireg" #> [13618] "runiregGibbs" #> [13619] "rwishart" #> [13620] "Scotch" #> [13621] "simnhlogit" #> [13622] "summary.bayesm.mat" #> [13623] "summary.bayesm.nmix" #> [13624] "summary.bayesm.var" #> [13625] "tuna" #> [13626] "assess_convergence" #> [13627] "assign_cluster" #> [13628] "BayesMallows" #> [13629] "beach_preferences" #> [13630] "compute_consensus" #> [13631] "compute_mallows" #> [13632] "compute_mallows_mixtures" #> [13633] "compute_posterior_intervals" #> [13634] "estimate_partition_function" #> [13635] "generate_constraints" #> [13636] "generate_initial_ranking" #> [13637] "generate_transitive_closure" #> [13638] "label_switching" #> [13639] "plot.BayesMallows" #> [13640] "plot_elbow" #> [13641] "plot_top_k" #> [13642] "potato_true_ranking" #> [13643] "potato_visual" #> [13644] "potato_weighing" #> [13645] "predict_top_k" #> [13646] "print.BayesMallows" #> [13647] "print.BayesMallowsMixtures" #> [13648] "rank_conversion" #> [13649] "sample_mallows" #> [13650] "sushi_rankings" #> [13651] "BayesMAMS-package" #> [13652] "ssbayes" #> [13653] "BayesMed" #> [13654] "Firefighters" #> [13655] "jzs_cor" #> [13656] "jzs_corSD" #> [13657] "jzs_med" #> [13658] "jzs_medSD" #> [13659] "jzs_partcor" #> [13660] "jzs_partcorSD" #> [13661] "plot.CI" #> [13662] "plot.JZSMed" #> [13663] "plot.rjags" #> [13664] "print.jzs_med" #> [13665] "bayesmeta-package" #> [13666] "bayesmeta" #> [13667] "Cochran1954" #> [13668] "CrinsEtAl2014" #> [13669] "dhalflogistic" #> [13670] "dhalfnormal" #> [13671] "dlomax" #> [13672] "drayleigh" #> [13673] "forest.bayesmeta" #> [13674] "forestplot.bayesmeta" #> [13675] "GoralczykEtAl2011" #> [13676] "HinksEtAl2010" #> [13677] "normalmixture" #> [13678] "Peto1980" #> [13679] "plot.bayesmeta" #> [13680] "pppvalue" #> [13681] "RhodesEtAlPrior" #> [13682] "Rubin1981" #> [13683] "SidikJonkman2007" #> [13684] "SnedecorCochran" #> [13685] "TurnerEtAlPrior" #> [13686] "BMMdiag" #> [13687] "BMMmodel" #> [13688] "BMMposteriori" #> [13689] "BMMpriors" #> [13690] "darwin" #> [13691] "fish" #> [13692] "initsFS" #> [13693] "JAGScall" #> [13694] "JAGScontrol" #> [13695] "JAGSrun" #> [13696] "plot.BMMposteriori" #> [13697] "plot.jags" #> [13698] "randomPermutation" #> [13699] "Sort" #> [13700] "bayesmixsurv" #> [13701] "bayesmixsurv.crossval" #> [13702] "plot.bayesmixsurv" #> [13703] "predict.bayesmixsurv" #> [13704] "summary.bayesmixsurv" #> [13705] "AbsorbEvidence" #> [13706] "bn_to_graphNEL" #> [13707] "ClusterTree-class" #> [13708] "ClusterTreeCompile" #> [13709] "ComputeKLDs" #> [13710] "ElimTreeInitialize" #> [13711] "emission" #> [13712] "emission1000" #> [13713] "FactorQuery" #> [13714] "GetValue" #> [13715] "Initializer" #> [13716] "liver" #> [13717] "LocalModelCompile" #> [13718] "Marginals" #> [13719] "PlotCGBN" #> [13720] "PlotMarginals" #> [13721] "PlotTree" #> [13722] "Propagate" #> [13723] "runBayesNetApp" #> [13724] "Sampler" #> [13725] "SummaryMarginals" #> [13726] "toytree" #> [13727] "BayesNI-package" #> [13728] "bayesNI" #> [13729] "PiecewiseBayesSelect" #> [13730] "ICARBHSampler" #> [13731] "bayesplot-package" #> [13732] "available_ppc" #> [13733] "bayesplot-colors" #> [13734] "bayesplot-extractors" #> [13735] "bayesplot-helpers" #> [13736] "bayesplot_grid" #> [13737] "bayesplot_theme_get" #> [13738] "MCMC-combos" #> [13739] "MCMC-diagnostics" #> [13740] "MCMC-distributions" #> [13741] "MCMC-intervals" #> [13742] "MCMC-nuts" #> [13743] "MCMC-overview" #> [13744] "MCMC-parcoord" #> [13745] "MCMC-recover" #> [13746] "MCMC-scatterplots" #> [13747] "MCMC-traces" #> [13748] "PPC-discrete" #> [13749] "PPC-distributions" #> [13750] "PPC-errors" #> [13751] "PPC-intervals" #> [13752] "PPC-loo" #> [13753] "PPC-overview" #> [13754] "PPC-scatterplots" #> [13755] "PPC-test-statistics" #> [13756] "pp_check" #> [13757] "theme_default" #> [13758] "bayesPop-package" #> [13759] "age.specific.migration" #> [13760] "get.countries.table" #> [13761] "get.pop.prediction" #> [13762] "LifeTableMx" #> [13763] "mac.expression" #> [13764] "MLTbx" #> [13765] "pop.aggregate" #> [13766] "pop.cohorts.plot" #> [13767] "pop.expressions" #> [13768] "pop.map" #> [13769] "pop.predict" #> [13770] "pop.predict.subnat" #> [13771] "pop.pyramid" #> [13772] "pop.trajectories" #> [13773] "pop.trajectories.plot" #> [13774] "project.pasfr" #> [13775] "summary.bayesPop.prediction" #> [13776] "vwBaseYear" #> [13777] "write.pop.projection.summary" #> [13778] "bayespref-package" #> [13779] "bayesPref" #> [13780] "calcdic" #> [13781] "calcdicExtern" #> [13782] "calcP" #> [13783] "credibleIntervals" #> [13784] "dpolya" #> [13785] "MHratioPopPref" #> [13786] "MratioPopMult" #> [13787] "pairwiseProb" #> [13788] "prefPlot" #> [13789] "YGGV" #> [13790] "bayesQR" #> [13791] "Churn" #> [13792] "plot.bayesQR" #> [13793] "predict.bayesQR" #> [13794] "print.bayesQR" #> [13795] "print.bayesQR.summary" #> [13796] "prior" #> [13797] "Prostate" #> [13798] "summary.bayesQR" #> [13799] "cavalini" #> [13800] "plotstrel" #> [13801] "plotstrel.id" #> [13802] "pstrel" #> [13803] "strel" #> [13804] "bayesrsdata" #> [13805] "modelrun" #> [13806] "ardipper" #> [13807] "ARllog" #> [13808] "ARmh" #> [13809] "BayesReg" #> [13810] "caterpillar" #> [13811] "datha" #> [13812] "Dnadataset" #> [13813] "eurodip" #> [13814] "Eurostoxx50" #> [13815] "gibbs" #> [13816] "gibbscap1" #> [13817] "gibbscap2" #> [13818] "gibbsmean" #> [13819] "gibbsnorm" #> [13820] "hmflatlogit" #> [13821] "hmflatloglin" #> [13822] "hmflatprobit" #> [13823] "hmhmm" #> [13824] "hmmeantemp" #> [13825] "hmnoinflogit" #> [13826] "hmnoinfloglin" #> [13827] "hmnoinfprobit" #> [13828] "isinghm" #> [13829] "isingibbs" #> [13830] "Laichedata" #> [13831] "logitll" #> [13832] "logitnoinflpost" #> [13833] "loglinll" #> [13834] "loglinnoinflpost" #> [13835] "MAllog" #> [13836] "MAmh" #> [13837] "Menteith" #> [13838] "ModChoBayesReg" #> [13839] "pbino" #> [13840] "pcapture" #> [13841] "pdarroch" #> [13842] "plotmix" #> [13843] "pottsgibbs" #> [13844] "pottshm" #> [13845] "probet" #> [13846] "probitll" #> [13847] "probitnoinflpost" #> [13848] "solbeta" #> [13849] "sumising" #> [13850] "thresh" #> [13851] "truncnorm" #> [13852] "xneig4" #> [13853] "Bernoulli_Uniform" #> [13854] "hyper_par" #> [13855] "ind_fun_g" #> [13856] "ind_fun_pemom" #> [13857] "ind_fun_pimom" #> [13858] "obj_fun_g" #> [13859] "obj_fun_pemom" #> [13860] "obj_fun_pimom" #> [13861] "result_est_LS" #> [13862] "result_est_MAP" #> [13863] "S5" #> [13864] "S5_parallel" #> [13865] "SSS" #> [13866] "Uniform" #> [13867] "BayesSAE-package" #> [13868] "BayesSAE" #> [13869] "replication" #> [13870] "SAIPE" #> [13871] "summary.BayesSAE" #> [13872] "bd_meta" #> [13873] "correctedOR" #> [13874] "crudeOR" #> [13875] "diffOR" #> [13876] "fixedCorrOR" #> [13877] "logitOR" #> [13878] "nlmeNDiff" #> [13879] "paramEst" #> [13880] "plotOR" #> [13881] "randCorrOR" #> [13882] "smoke_meta" #> [13883] "BayesSingleSub-package" #> [13884] "trendtest.Gibbs.AR" #> [13885] "trendtest.MC.AR" #> [13886] "ttest.Gibbs.AR" #> [13887] "ttest.MCGQ.AR" #> [13888] "adaptspec" #> [13889] "intracranial_eeg" #> [13890] "simulated_piecewise" #> [13891] "bayes.regress" #> [13892] "read.regress.data.ff" #> [13893] "regressiondata.nz.all" #> [13894] "regressiondata.nz.pt1" #> [13895] "regressiondata.nz.pt2" #> [13896] "bayesBisurvreg" #> [13897] "bayesDensity" #> [13898] "bayesGspline" #> [13899] "bayesHistogram" #> [13900] "bayessurvreg1" #> [13901] "bayessurvreg1.files2init" #> [13902] "bayessurvreg2" #> [13903] "bayessurvreg3" #> [13904] "cgd" #> [13905] "credible.region" #> [13906] "densplot2" #> [13907] "files2coda" #> [13908] "give.summary" #> [13909] "marginal.bayesGspline" #> [13910] "plot.bayesDensity" #> [13911] "plot.bayesGspline" #> [13912] "plot.marginal.bayesGspline" #> [13913] "predictive" #> [13914] "predictive2" #> [13915] "print.bayesDensity" #> [13916] "rMVNorm" #> [13917] "rWishart" #> [13918] "sampleCovMat" #> [13919] "sampled.kendall.tau" #> [13920] "scanFN" #> [13921] "simult.pvalue" #> [13922] "tandmob2" #> [13923] "tandmobRoos" #> [13924] "traceplot2" #> [13925] "vecr2matr" #> [13926] "as.data.frame.density" #> [13927] "ci" #> [13928] "density_at" #> [13929] "equivalence_test" #> [13930] "hdi" #> [13931] "map_estimate" #> [13932] "p_direction" #> [13933] "p_map" #> [13934] "p_rope" #> [13935] "rnorm_perfect" #> [13936] "rope" #> [13937] "rope_range" #> [13938] "bayesTFR-package" #> [13939] "bayesTFR.mcmc" #> [13940] "bayesTFR.mcmc.meta" #> [13941] "coda.list.mcmc" #> [13942] "convert.tfr.trajectories" #> [13943] "country.names" #> [13944] "DLcurve.plot" #> [13945] "get.country.object" #> [13946] "get.cov.gammas" #> [13947] "get.regtfr.prediction" #> [13948] "get.tfr.convergence" #> [13949] "get.tfr.mcmc" #> [13950] "get.tfr.parameter.traces" #> [13951] "get.tfr.prediction" #> [13952] "get.tfr.trajectories" #> [13953] "get.thinned.tfr.mcmc" #> [13954] "get.total.iterations" #> [13955] "run.tfr.mcmc" #> [13956] "run.tfr.mcmc.extra" #> [13957] "run.tfr3.mcmc" #> [13958] "summary.bayesTFR.convergence" #> [13959] "summary.bayesTFR.mcmc.set" #> [13960] "summary.bayesTFR.prediction" #> [13961] "tfr.diagnose" #> [13962] "tfr.dl.coverage" #> [13963] "tfr.map" #> [13964] "tfr.median.set" #> [13965] "tfr.parameter.names" #> [13966] "tfr.pardensity.plot" #> [13967] "tfr.partraces.plot" #> [13968] "tfr.predict" #> [13969] "tfr.predict.extra" #> [13970] "tfr.predict.subnat" #> [13971] "tfr.raftery.diag" #> [13972] "tfr.trajectories.plot" #> [13973] "UN_time" #> [13974] "UN_variants" #> [13975] "write.projection.summary" #> [13976] "bart" #> [13977] "makeind" #> [13978] "pdbart" #> [13979] "BayesTreePrior" #> [13980] "BayesTreePriorNotOrthogonal" #> [13981] "BayesTreePriorOrthogonal" #> [13982] "BayesTreePriorOrthogonalInf" #> [13983] "E_alpha" #> [13984] "GetListUniqueSplits" #> [13985] "NumBotMaxDepth" #> [13986] "NumBotMaxDepthX" #> [13987] "NumBotMaxDepth_inf" #> [13988] "p_split" #> [13989] "Var_alpha" #> [13990] "BayesTwin" #> [13991] "geplot" #> [13992] "HPD" #> [13993] "IRTtwin" #> [13994] "plotbayestwin" #> [13995] "simulatetwin" #> [13996] "summary.bayestwin" #> [13997] "quant" #> [13998] "validate" #> [13999] "BayesVarSel-package" #> [14000] "BMAcoeff" #> [14001] "Btest" #> [14002] "Bvs" #> [14003] "GibbsBvs" #> [14004] "histBMA" #> [14005] "Jointness" #> [14006] "Ozone35" #> [14007] "plot.Bvs" #> [14008] "predict.Bvs" #> [14009] "print.Btest" #> [14010] "print.Bvs" #> [14011] "print.jointness" #> [14012] "summary.Bvs" #> [14013] "BayesX-package" #> [14014] "add.neighbor" #> [14015] "bnd2gra" #> [14016] "createxymap" #> [14017] "delete.neighbor" #> [14018] "drawmap" #> [14019] "extractSamples" #> [14020] "get.centroids" #> [14021] "get.neighbor" #> [14022] "hpd" #> [14023] "Interface" #> [14024] "nb" #> [14025] "gra" #> [14026] "format" #> [14027] "sp" #> [14028] "bnd" #> [14029] "plotautocor" #> [14030] "plotnonp" #> [14031] "plotsample" #> [14032] "plotsurf" #> [14033] "read.bnd" #> [14034] "read.gra" #> [14035] "shp2bnd" #> [14036] "smooth.bnd" #> [14037] "write.bnd" #> [14038] "write.gra" #> [14039] "run.bayesx" #> [14040] "bassriver" #> [14041] "get_available_forams" #> [14042] "get_draws" #> [14043] "plot.prediction" #> [14044] "prediction" #> [14045] "predictplot" #> [14046] "predict_d18oc" #> [14047] "predict_seatemp" #> [14048] "quantile.prediction" #> [14049] "target_timeseries_pred" #> [14050] "BayHap-package" #> [14051] "autocorr" #> [14052] "bayhapFreq" #> [14053] "bayhapReg" #> [14054] "haplo.prior" #> [14055] "plotDensity" #> [14056] "plotFreq" #> [14057] "plotReg" #> [14058] "plotRmean" #> [14059] "plotTrace" #> [14060] "setupData" #> [14061] "BayHaz-package" #> [14062] "BPSevalHR" #> [14063] "BPSplotHR" #> [14064] "BPSpost2mcmc" #> [14065] "BPSpostSample" #> [14066] "BPSpriorElicit" #> [14067] "BPSpriorSample" #> [14068] "CPPevalHR" #> [14069] "CPPplotHR" #> [14070] "CPPpost2mcmc" #> [14071] "CPPpostSample" #> [14072] "CPPpriorElicit" #> [14073] "CPPpriorSample" #> [14074] "earthquakes" #> [14075] "BaylorEdPsych-package" #> [14076] "BaylorEdPsych" #> [14077] "BilogData" #> [14078] "CohensD.rawData" #> [14079] "CohensD.unpairedT" #> [14080] "EndersTable1_1" #> [14081] "EtaSq" #> [14082] "HedgesG.rawData" #> [14083] "LittleMCAR" #> [14084] "MLBOffense2011" #> [14085] "MLBPitching2011" #> [14086] "PseudoR2" #> [14087] "BayLum-package" #> [14088] "AgeC14_Computation" #> [14089] "AgeS" #> [14090] "AgeS_Computation" #> [14091] "Age_Computation" #> [14092] "Age_OSLC14" #> [14093] "AtmosphericNorth_CalC14" #> [14094] "AtmosphericSouth_CalC14" #> [14095] "combine_DataFiles" #> [14096] "DATA1" #> [14097] "DATA2" #> [14098] "DATA3" #> [14099] "DATA_C14" #> [14100] "Generate_DataFile" #> [14101] "Generate_DataFile_MG" #> [14102] "LT_RegenDose" #> [14103] "Marine_CalC14" #> [14104] "MCMCsample" #> [14105] "ModelC14" #> [14106] "ModelOSL" #> [14107] "ModelPrior" #> [14108] "Model_Age" #> [14109] "Model_AgeC14" #> [14110] "Model_AgeS" #> [14111] "Model_Palaeodose" #> [14112] "Palaeodose_Computation" #> [14113] "plot_Ages" #> [14114] "plot_MCMC" #> [14115] "plot_Scatterplots" #> [14116] "SCMatrix" #> [14117] "SC_Ordered" #> [14118] "bayou-package" #> [14119] "bayou.checkModel" #> [14120] "bayou.lik" #> [14121] "bayou.makeMCMC" #> [14122] "bayou2OUwie" #> [14123] "cdpois" #> [14124] "combine.chains" #> [14125] "dhalfcauchy" #> [14126] "dloc" #> [14127] "dsb" #> [14128] "gelman.R" #> [14129] "identifyBranches" #> [14130] "load.bayou" #> [14131] "Lposterior" #> [14132] "make.powerposteriorFn" #> [14133] "make.prior" #> [14134] "make.refFn" #> [14135] "makeBayouModel" #> [14136] "makeTransparent" #> [14137] "model.OU" #> [14138] "OU.lik" #> [14139] "OU.repar" #> [14140] "OUphenogram" #> [14141] "OUwie2bayou" #> [14142] "parmap.W" #> [14143] "pars2simmap" #> [14144] "phenogram.density" #> [14145] "plot.bayouMCMC" #> [14146] "plot.ssMCMC" #> [14147] "plotBayoupars" #> [14148] "plotBranchHeatMap" #> [14149] "plotOUtreesim" #> [14150] "plotRegimes" #> [14151] "plotShiftSummaries" #> [14152] "plotSimmap.mcmc" #> [14153] "print.bayouFit" #> [14154] "print.bayouMCMC" #> [14155] "print.priorFn" #> [14156] "print.refFn" #> [14157] "print.ssMCMC" #> [14158] "priorSim" #> [14159] "pull.pars" #> [14160] "QG.alpha" #> [14161] "QG.sig2" #> [14162] "regime.plot" #> [14163] "set.burnin" #> [14164] "shiftSummaries" #> [14165] "simmap.W" #> [14166] "steppingstone" #> [14167] "summary.bayouMCMC" #> [14168] "BaySIC-package" #> [14169] "baysic.data" #> [14170] "baysic.fit" #> [14171] "baysic.test" #> [14172] "BMR.plot" #> [14173] "ccds.18" #> [14174] "ccds.19" #> [14175] "example.dat" #> [14176] "fn.cat" #> [14177] "fuzzy.FDR.approx" #> [14178] "revcomp" #> [14179] "write.baysic" #> [14180] "cultivo2008" #> [14181] "cultivo2009" #> [14182] "BAYSTAR" #> [14183] "TAR.coeff" #> [14184] "TAR.lagd" #> [14185] "TAR.lik" #> [14186] "TAR.sigma" #> [14187] "TAR.simu" #> [14188] "TAR.summary" #> [14189] "TAR.thres" #> [14190] "unemployrate" #> [14191] "'smwrQW_x_z%eq%.R'" #> [14192] "'smwrStats_rmse.R'" #> [14193] "'supportFunctions.R'" #> [14194] "2019-03-14" #> [14195] "18:23:27" #> [14196] "analysisOrganizeData" #> [14197] "baytrends" #> [14198] "closeOut" #> [14199] "createResiduals" #> [14200] "dataCensored" #> [14201] "detrended.flow" #> [14202] "detrended.salinity" #> [14203] "gamDiff" #> [14204] "gamPlotDisp" #> [14205] "gamTest" #> [14206] "layerLukup" #> [14207] "loadExcel" #> [14208] "loadModels" #> [14209] "loadModelsResid" #> [14210] "parameterList" #> [14211] "qw.export" #> [14212] "qw.import" #> [14213] "rbindQW" #> [14214] "sal" #> [14215] "saveDF" #> [14216] "selectData" #> [14217] "stationMasterList" #> [14218] "usgsGages" #> [14219] "23:33:24" #> [14220] "almost.equal" #> [14221] "almost.unique" #> [14222] "almost.zero" #> [14223] "as.empty" #> [14224] "as.fun" #> [14225] "as.na" #> [14226] "bazar" #> [14227] "Copy" #> [14228] "erase" #> [14229] "get_all_funs" #> [14230] "get_all_pkgs" #> [14231] "get_vars" #> [14232] "is.empty" #> [14233] "is.formula" #> [14234] "is.wholenumber" #> [14235] "isNA" #> [14236] "library_with_dep" #> [14237] "nlist" #> [14238] "pause" #> [14239] "rollfun" #> [14240] "sessionPackages" #> [14241] "stopif" #> [14242] "sumNA" #> [14243] "top" #> [14244] "unwhich" #> [14245] "verlan" #> [14246] "%?%" #> [14247] "BB-package" #> [14248] "BBoptim" #> [14249] "BBsolve" #> [14250] "dfsane" #> [14251] "multiStart" #> [14252] "project" #> [14253] "sane" #> [14254] "spg" #> [14255] "bbefkr-package" #> [14256] "bayMCMC_np_global" #> [14257] "bayMCMC_np_local" #> [14258] "bayMCMC_semi_global" #> [14259] "bayMCMC_semi_local" #> [14260] "error.den" #> [14261] "error.denadj" #> [14262] "funopare.kernel" #> [14263] "logdensity_admkr" #> [14264] "loglikelihood_global_admkr" #> [14265] "logpriorh2" #> [14266] "logpriors_admkr" #> [14267] "SIF" #> [14268] "simcurve_smooth_normerr" #> [14269] "simulate_error" #> [14270] "specurves" #> [14271] "Xvar" #> [14272] "bbemkr-package" #> [14273] "cost2_gaussian" #> [14274] "cost_admkr" #> [14275] "cost_gaussian" #> [14276] "cov_chol" #> [14277] "cov_chol_admkr" #> [14278] "data_x" #> [14279] "data_ynorm" #> [14280] "data_yt" #> [14281] "gibbs_admkr_erro" #> [14282] "gibbs_admkr_nw" #> [14283] "ker" #> [14284] "kern" #> [14285] "LaplaceMetropolis_admkr" #> [14286] "LaplaceMetropolis_gaussian" #> [14287] "logdensity_gaussian" #> [14288] "loglikelihood_admkr" #> [14289] "loglikelihood_gaussian" #> [14290] "logpriors_gaussian" #> [14291] "mcmcrecord_admkr" #> [14292] "mcmcrecord_gaussian" #> [14293] "NadarayaWatsonkernel" #> [14294] "np_gibbs" #> [14295] "nrr" #> [14296] "warmup_admkr" #> [14297] "warmup_gaussian" #> [14298] "xm" #> [14299] "BBEST-package" #> [14300] "calc.Gr" #> [14301] "do.fit" #> [14302] "do.fit.banks" #> [14303] "do.iter" #> [14304] "fix.merge" #> [14305] "guide" #> [14306] "mPlot.results" #> [14307] "mPlot.results.banks" #> [14308] "mPlot.sqa" #> [14309] "prepare.banks.data" #> [14310] "read.sqa" #> [14311] "read.sqb" #> [14312] "runUI" #> [14313] "set.control" #> [14314] "set.data" #> [14315] "set.Gr" #> [14316] "set.lambda" #> [14317] "set.SB" #> [14318] "set.sigma" #> [14319] "sqa.split" #> [14320] "test.signal" #> [14321] "write.fit.results" #> [14322] "write.fix" #> [14323] "BBI" #> [14324] "metab" #> [14325] "morpho" #> [14326] "nEQR" #> [14327] "addClasses" #> [14328] "argsAsNamedList" #> [14329] "asMatrixCols" #> [14330] "asQuoted" #> [14331] "binPack" #> [14332] "capitalizeStrings" #> [14333] "catf" #> [14334] "cFactor" #> [14335] "checkArg" #> [14336] "checkListElementClass" #> [14337] "clipString" #> [14338] "coalesce" #> [14339] "collapsef" #> [14340] "computeMode" #> [14341] "convertDataFrameCols" #> [14342] "convertInteger" #> [14343] "convertIntegers" #> [14344] "convertListOfRowsToDataFrame" #> [14345] "convertMatrixType" #> [14346] "convertRowsToList" #> [14347] "convertToShortString" #> [14348] "dapply" #> [14349] "deprecated" #> [14350] "do.call2" #> [14351] "dropNamed" #> [14352] "ensureVector" #> [14353] "explode" #> [14354] "extractSubList" #> [14355] "filterNull" #> [14356] "getAttributeNames" #> [14357] "getClass1" #> [14358] "getFirst" #> [14359] "getMaxIndex" #> [14360] "getMaxIndexOfRows" #> [14361] "getOperatingSystem" #> [14362] "getRelativePath" #> [14363] "getUnixTime" #> [14364] "getUsedFactorLevels" #> [14365] "hasAttributes" #> [14366] "is.error" #> [14367] "isDirectory" #> [14368] "isEmptyDirectory" #> [14369] "isExpensiveExampleOk" #> [14370] "isFALSE" #> [14371] "isProperlyNamed" #> [14372] "isScalarNA" #> [14373] "isScalarValue" #> [14374] "isSubset" #> [14375] "isSuperset" #> [14376] "isValidName" #> [14377] "itostr" #> [14378] "lib" #> [14379] "load2" #> [14380] "makeDataFrame" #> [14381] "makeFileCache" #> [14382] "makeProgressBar" #> [14383] "makeS3Obj" #> [14384] "makeSimpleFileLogger" #> [14385] "mapValues" #> [14386] "messagef" #> [14387] "namedList" #> [14388] "names2" #> [14389] "optimizeSubInts" #> [14390] "printHead" #> [14391] "printStrToChar" #> [14392] "printToChar" #> [14393] "rangeVal" #> [14394] "requirePackages" #> [14395] "rowLapply" #> [14396] "save2" #> [14397] "seq_row" #> [14398] "setAttribute" #> [14399] "setClasses" #> [14400] "setRowNames" #> [14401] "setValue" #> [14402] "sortByCol" #> [14403] "splitPath" #> [14404] "splitTime" #> [14405] "stopf" #> [14406] "strrepeat" #> [14407] "suppressAll" #> [14408] "symdiff" #> [14409] "system3" #> [14410] "toRangeStr" #> [14411] "vlapply" #> [14412] "warningf" #> [14413] "which.first" #> [14414] "%btwn%" #> [14415] "as.data.frame.profile.mle2" #> [14416] "BIC-methods" #> [14417] "call.to.char" #> [14418] "get.mnames" #> [14419] "ICtab" #> [14420] "mle2" #> [14421] "mle2-class" #> [14422] "mle2.options" #> [14423] "namedrop" #> [14424] "parnames" #> [14425] "profile-methods" #> [14426] "profile.mle2-class" #> [14427] "relist2" #> [14428] "sbinom" #> [14429] "slice.mle2-class" #> [14430] "strwrapx" #> [14431] "summary.mle2-class" #> [14432] "BBMM-package" #> [14433] "bbmm.contour" #> [14434] "bbmm.summary" #> [14435] "brownian.bridge" #> [14436] "brownian.motion.variance" #> [14437] "locations" #> [14438] "BBMV-package" #> [14439] "ACE_FPK" #> [14440] "charac_time" #> [14441] "ConvProp_bounds" #> [14442] "DiffMat_backwards" #> [14443] "DiffMat_forward" #> [14444] "find.mle_FPK" #> [14445] "find.mle_FPK_multiple_clades_same_V_different_sig2" #> [14446] "fit_FPK_multiple_clades_different_V_different_sig2" #> [14447] "FormatTree_bounds" #> [14448] "FPK_sim_traitgram" #> [14449] "get.landscape.FPK" #> [14450] "get.landscape.FPK.MCMC" #> [14451] "lnL_FPK" #> [14452] "lnl_FPK_multiclades_same_V_different_sig2" #> [14453] "LogLik_bounds" #> [14454] "log_prior_5pars_root_bounds" #> [14455] "log_prior_nclades_plus_3_pars" #> [14456] "MH_MCMC_FPK" #> [14457] "MH_MCMC_FPK_multiclades" #> [14458] "posterior_vs_prior" #> [14459] "prep_mat_exp" #> [14460] "proposal_5pars_root_bounds" #> [14461] "proposal_nclades_plus_3_pars" #> [14462] "reformat_multiclade_results" #> [14463] "Sim_FPK" #> [14464] "trans_from_fixed" #> [14465] "Uncertainty_FPK" #> [14466] "VectorPos_bounds" #> [14467] "bbo" #> [14468] "bbo-methods" #> [14469] "bbo.control" #> [14470] "BBRecapture-package" #> [14471] "BBRecap" #> [14472] "BBRecap.all" #> [14473] "BBRecap.custom.part" #> [14474] "greatcopper" #> [14475] "hornedlizard" #> [14476] "LBRecap" #> [14477] "LBRecap.all" #> [14478] "LBRecap.custom.part" #> [14479] "list.historylabels" #> [14480] "lizard" #> [14481] "mouse" #> [14482] "partition.ch" #> [14483] "pch" #> [14484] "quant.binary" #> [14485] "rissanen" #> [14486] "bbw" #> [14487] "bootBW" #> [14488] "bootClassic" #> [14489] "bootPROBIT" #> [14490] "indicatorsCH1" #> [14491] "indicatorsCH2" #> [14492] "indicatorsHH" #> [14493] "villageData" #> [14494] "bc3net-package" #> [14495] "bc3net" #> [14496] "c3mtc" #> [14497] "exanet" #> [14498] "exgensets" #> [14499] "expmat" #> [14500] "getgcc" #> [14501] "gpea" #> [14502] "mimwrap" #> [14503] "Athletic" #> [14504] "bootCVD" #> [14505] "bpCent" #> [14506] "bpCent3d" #> [14507] "CCS" #> [14508] "create.samples" #> [14509] "Eggs" #> [14510] "jack.jill" #> [14511] "lift.chart" #> [14512] "relabel.factor" #> [14513] "scatterplotBCA" #> [14514] "scatterplotMatrixBCA" #> [14515] "SD.clv" #> [14516] "SDIndex" #> [14517] "variable.summary" #> [14518] "bcaboot" #> [14519] "bcajack" #> [14520] "bcajack2" #> [14521] "bcapar" #> [14522] "bcaplot" #> [14523] "diabetes" #> [14524] "d1:bcbcsfexamples" #> [14525] "d2:fitpred" #> [14526] "d3:evalpred" #> [14527] "d4:analyzefit" #> [14528] "d5:lymphoma" #> [14529] "BCC" #> [14530] "BCDating-package" #> [14531] "avgts" #> [14532] "BBQ" #> [14533] "BCDating-class" #> [14534] "Iran.non.Oil.GDP.Cycle" #> [14535] "Iran.non.Oil.GDP.Quarterly.Growth" #> [14536] "MBRI.Iran.Dating" #> [14537] "window-methods" #> [14538] "BcDiag-package" #> [14539] "anomedOnlybic" #> [14540] "breastc" #> [14541] "dlbcl" #> [14542] "exploreBic" #> [14543] "exploreOnlybic" #> [14544] "profileBic" #> [14545] "writeBic" #> [14546] "BCE-package" #> [14547] "BCE" #> [14548] "bce1" #> [14549] "bceInput" #> [14550] "bceOutput" #> [14551] "export.bce" #> [14552] "pairs.bce" #> [14553] "plot.bce" #> [14554] "rescaleRows" #> [14555] "summary.bce" #> [14556] "tlsce" #> [14557] "BCEA-package" #> [14558] "bcea" #> [14559] "BCEAweb" #> [14560] "ceac.plot" #> [14561] "ceaf.plot" #> [14562] "ceef.plot" #> [14563] "ceplane.plot" #> [14564] "CEriskav" #> [14565] "contour.bcea" #> [14566] "contour2" #> [14567] "CreateInputs" #> [14568] "diag.evppi" #> [14569] "eib.plot" #> [14570] "evi.plot" #> [14571] "evppi" #> [14572] "ib.plot" #> [14573] "info.rank" #> [14574] "mce.plot" #> [14575] "mixedAn" #> [14576] "multi.ce" #> [14577] "plot.bcea" #> [14578] "plot.CEriskav" #> [14579] "plot.evppi" #> [14580] "plot.mixedAn" #> [14581] "sim.table" #> [14582] "Smoking" #> [14583] "struct.psa" #> [14584] "summary.bcea" #> [14585] "summary.mixedAn" #> [14586] "Vaccine" #> [14587] "BCEE-package" #> [14588] "ABCEE" #> [14589] "NBCEE" #> [14590] "aa_cdr3_dist" #> [14591] "aa_dist" #> [14592] "aa_plot" #> [14593] "gene_comb_funk" #> [14594] "gene_comb_plot" #> [14595] "germlineReconstr" #> [14596] "IMGTtab1" #> [14597] "IMGTtab2" #> [14598] "IMGTtab7" #> [14599] "IMGTtab8" #> [14600] "Klassen" #> [14601] "lengthCDR3" #> [14602] "na_funktion" #> [14603] "nucleotide_mutation" #> [14604] "targetingMatrix" #> [14605] "targeting_motiv" #> [14606] "targeting_motive_plot" #> [14607] "bcf" #> [14608] "bcgam" #> [14609] "sm.conc" #> [14610] "sm.conv" #> [14611] "sm.decr" #> [14612] "sm.decr.conc" #> [14613] "sm.decr.conv" #> [14614] "sm.incr" #> [14615] "sm.incr.conc" #> [14616] "sm.incr.conv" #> [14617] "summary.bcgam" #> [14618] "BCgee" #> [14619] "cereb" #> [14620] "Bchron" #> [14621] "BchronCalibrate" #> [14622] "BchronDensity" #> [14623] "BchronDensityFast" #> [14624] "Bchronology" #> [14625] "BchronRSL" #> [14626] "choosePositions" #> [14627] "coreInfluence" #> [14628] "CreateCalCurve" #> [14629] "dateInfluence" #> [14630] "Glendalough" #> [14631] "hdr" #> [14632] "normal" #> [14633] "plot.BchronCalibratedDates" #> [14634] "plot.BchronDensityRun" #> [14635] "plot.BchronDensityRunFast" #> [14636] "plot.BchronologyRun" #> [14637] "plot.BchronRSLRun" #> [14638] "predict.BchronologyRun" #> [14639] "sampleAges" #> [14640] "Sluggan" #> [14641] "summary.BchronCalibratedDates" #> [14642] "summary.BchronDensityRun" #> [14643] "summary.BchronologyRun" #> [14644] "summary.BchronRSLRun" #> [14645] "TestChronData" #> [14646] "TestRSLData" #> [14647] "unCalibrate" #> [14648] "climate_histories" #> [14649] "plot.climate_histories" #> [14650] "plot.slice_clouds" #> [14651] "slice_clouds" #> [14652] "summary.climate_histories" #> [14653] "bclust" #> [14654] "bclustvs" #> [14655] "bdiscrim" #> [14656] "ditplot" #> [14657] "dptplot" #> [14658] "gaelle" #> [14659] "imp" #> [14660] "meancss" #> [14661] "teethplot" #> [14662] "viplot" #> [14663] "BClustLonG" #> [14664] "calSim" #> [14665] "add_license_header" #> [14666] "airzones" #> [14667] "available_layers" #> [14668] "bcmaps" #> [14669] "bc_area" #> [14670] "bc_bbox" #> [14671] "bc_bound" #> [14672] "bc_bound_hres" #> [14673] "bc_cities" #> [14674] "bc_neighbours" #> [14675] "bec" #> [14676] "bec_colours" #> [14677] "combine_nr_rd" #> [14678] "ecoprovinces" #> [14679] "ecoregions" #> [14680] "ecosections" #> [14681] "fix_geo_problems" #> [14682] "get_big_data" #> [14683] "get_layer" #> [14684] "get_poly_attribute" #> [14685] "gw_aquifers" #> [14686] "hydrozones" #> [14687] "make_shortcuts" #> [14688] "municipalities" #> [14689] "nr_areas" #> [14690] "nr_districts" #> [14691] "nr_regions" #> [14692] "raster_by_poly" #> [14693] "regional_districts" #> [14694] "self_union" #> [14695] "summarize_raster_list" #> [14696] "transform_bc_albers" #> [14697] "tsa" #> [14698] "watercourses_15M" #> [14699] "watercourses_5M" #> [14700] "water_districts" #> [14701] "water_precincts" #> [14702] "wsc_drainages" #> [14703] "bcp-package" #> [14704] "coriell" #> [14705] "fitted.bcp" #> [14706] "interval.prob" #> [14707] "legacyplot" #> [14708] "lombard" #> [14709] "makeAdjGrid" #> [14710] "NewHavenHousing" #> [14711] "plot.bcp" #> [14712] "QuebecRivers" #> [14713] "RealInt" #> [14714] "residuals.bcp" #> [14715] "summary.bcp" #> [14716] "bcpa-package" #> [14717] "ChangePointSummary" #> [14718] "DiagPlot" #> [14719] "GetBestBreak" #> [14720] "GetDoubleL" #> [14721] "GetL" #> [14722] "GetModels" #> [14723] "GetRho" #> [14724] "GetVT" #> [14725] "MakeTrack" #> [14726] "PartitionParameters" #> [14727] "PathPlot" #> [14728] "plot.bcpa" #> [14729] "plot.track" #> [14730] "Simp" #> [14731] "WindowSweep" #> [14732] "bcpmeta-package" #> [14733] "bcpmeta.model" #> [14734] "bcpmeta.parameters" #> [14735] "cp.plot" #> [14736] "marginal.plot" #> [14737] "simgen" #> [14738] "BCRA-package" #> [14739] "absolute.risk" #> [14740] "BrCa_1_AR" #> [14741] "BrCa_beta" #> [14742] "BrCa_lambda1" #> [14743] "BrCa_lambda2" #> [14744] "check.summary" #> [14745] "error.table" #> [14746] "error.table.all" #> [14747] "exampledata" #> [14748] "list.constants" #> [14749] "recode.check" #> [14750] "relative.risk" #> [14751] "risk.summary" #> [14752] "bcRep-package" #> [14753] "aaDistribution" #> [14754] "aaseqtab" #> [14755] "aaseqtab2" #> [14756] "clones" #> [14757] "clones.allind" #> [14758] "clones.CDR3Length" #> [14759] "clones.filterFunctionality" #> [14760] "clones.filterJunctionFrame" #> [14761] "clones.filterSize" #> [14762] "clones.giniIndex" #> [14763] "clones.IDlist" #> [14764] "clones.ind" #> [14765] "clones.shared" #> [14766] "combineIMGT" #> [14767] "compare.aaDistribution" #> [14768] "compare.geneUsage" #> [14769] "compare.trueDiversity" #> [14770] "dist.PCoA" #> [14771] "geneUsage" #> [14772] "geneUsage.distance" #> [14773] "mutationtab" #> [14774] "ntseqtab" #> [14775] "plotClonesCopyNumber" #> [14776] "readIMGT" #> [14777] "sequences.distance" #> [14778] "sequences.functionality" #> [14779] "sequences.geneComb" #> [14780] "sequences.getAnyFunctionality" #> [14781] "sequences.getAnyJunctionFrame" #> [14782] "sequences.junctionFrame" #> [14783] "sequences.mutation" #> [14784] "sequences.mutation.AA" #> [14785] "sequences.mutation.base" #> [14786] "summarytab" #> [14787] "trueDiversity" #> [14788] "vgenes" #> [14789] "bcrm-package" #> [14790] "bcrm" #> [14791] "find.x" #> [14792] "getprior" #> [14793] "plot.bcrm" #> [14794] "plot.bcrm.sim" #> [14795] "plot.threep3" #> [14796] "Posterior" #> [14797] "print.bcrm" #> [14798] "print.threep3" #> [14799] "threep3" #> [14800] "bcROCsurface-package" #> [14801] "asyCovTCF" #> [14802] "asyVarVUS" #> [14803] "CVknn" #> [14804] "EOC" #> [14805] "preDATA" #> [14806] "print.vus" #> [14807] "psglm" #> [14808] "rhoKNN" #> [14809] "rhoMLogit" #> [14810] "ROCsurface" #> [14811] "vus" #> [14812] "bcrypt" #> [14813] "BCSub" #> [14814] "bcv-package" #> [14815] "cv.svd" #> [14816] "impute.svd" #> [14817] "plot.cvsvd" #> [14818] "print.cvsvd" #> [14819] "summary.cvsvd" #> [14820] "bda" #> [14821] "bde" #> [14822] "bin.NGS" #> [14823] "cusum" #> [14824] "Dagum" #> [14825] "deg.NGS" #> [14826] "eda" #> [14827] "ewd" #> [14828] "fit.GB" #> [14829] "fit.GLD.FMKL" #> [14830] "fit.lognormal" #> [14831] "fit.mixnorm" #> [14832] "fit.NGS" #> [14833] "fit.nmix.copula" #> [14834] "fit.Weibull" #> [14835] "GB" #> [14836] "gld" #> [14837] "gwd" #> [14838] "hhi" #> [14839] "laplace" #> [14840] "ld50.logit" #> [14841] "ld50.logitfit" #> [14842] "lps.variance" #> [14843] "lpsmooth" #> [14844] "mediation.test" #> [14845] "metamean.test" #> [14846] "mixnorm" #> [14847] "normalize.NGS" #> [14848] "oddsratio" #> [14849] "ofc" #> [14850] "perm.test.NGS" #> [14851] "ppower" #> [14852] "robot" #> [14853] "zr" #> [14854] "createDCclassMain" #> [14855] "createDCclassMeta" #> [14856] "dataBats" #> [14857] "dataCheck-class" #> [14858] "dataCheckFlag-class" #> [14859] "dataCheckFlag_SINGLE-class" #> [14860] "dataCheckMeta-class" #> [14861] "DCtest" #> [14862] "DC_basisOfRecordBadlyFormed" #> [14863] "DC_classUnknown" #> [14864] "DC_coordinatePrecisionMismatch" #> [14865] "DC_coordinatesZero" #> [14866] "DC_countryMismatch" #> [14867] "DC_countryNameUnknown" #> [14868] "DC_dataGeneralised" #> [14869] "DC_dateIdentifiedInFuture" #> [14870] "DC_dateNull" #> [14871] "DC_dayInvalid" #> [14872] "DC_depthOutOfRange" #> [14873] "DC_elevationOutOfRange" #> [14874] "DC_eventDateInFuture" #> [14875] "DC_identifiedDateImprobable" #> [14876] "DC_individualcountInvalid" #> [14877] "DC_modifiedInFuture" #> [14878] "DC_monthInvalid" #> [14879] "DC_namePublishedYearInFuture" #> [14880] "DC_occurrenceIdNotGuid" #> [14881] "DC_precisionRangeMismatch" #> [14882] "DC_uncertaintyRangeMismatch" #> [14883] "DC_yearMissing" #> [14884] "exportDataCheck" #> [14885] "exportDC" #> [14886] "filterDataCheck" #> [14887] "generateDCfilts" #> [14888] "generateRoxygenComment" #> [14889] "getDC" #> [14890] "performDataCheck" #> [14891] "performDC" #> [14892] "runbdchecks" #> [14893] "summary_DC" #> [14894] "bdclean" #> [14895] "BdQuestion-class" #> [14896] "BdQuestionContainer-class" #> [14897] "cleaning_function" #> [14898] "clean_data" #> [14899] "create_default_questionnaire" #> [14900] "create_report_data" #> [14901] "earliest_date" #> [14902] "get_checks_list" #> [14903] "get_user_response" #> [14904] "perform_Cleaning" #> [14905] "run_bdclean" #> [14906] "run_questionnaire" #> [14907] "spatial_resolution" #> [14908] "taxo_level" #> [14909] "temporal_resolution" #> [14910] "combineOldNew" #> [14911] "darwinizeNames" #> [14912] "dataDarwinCloud" #> [14913] "dataReptiles" #> [14914] "downloadCloudData" #> [14915] "getDarwinCoreInfo" #> [14916] "renameUserData" #> [14917] "runDwC" #> [14918] "beta_0.75_0.65" #> [14919] "beta_1_10" #> [14920] "beta_5_10" #> [14921] "BoundedDensity" #> [14922] "boundedDensity" #> [14923] "BrVitale" #> [14924] "brVitale" #> [14925] "Chen99Kernel" #> [14926] "chen99Kernel" #> [14927] "density" #> [14928] "distribution" #> [14929] "eruption" #> [14930] "getb" #> [14931] "getc" #> [14932] "getdataPoints" #> [14933] "getdataPointsCache" #> [14934] "getdensityCache" #> [14935] "getdensityEstimator" #> [14936] "getdistributionCache" #> [14937] "getgamma" #> [14938] "getM" #> [14939] "getm" #> [14940] "getmodified" #> [14941] "getmu" #> [14942] "getSubclasses" #> [14943] "gplot" #> [14944] "HirukawaJLNKernel" #> [14945] "hirukawaJLNKernel" #> [14946] "HirukawaTSKernel" #> [14947] "hirukawaTSKernel" #> [14948] "JonesCorrectionMuller91BoundaryKernel" #> [14949] "jonesCorrectionMuller91BoundaryKernel" #> [14950] "JonesCorrectionMuller94BoundaryKernel" #> [14951] "jonesCorrectionMuller94BoundaryKernel" #> [14952] "KakizawaB1" #> [14953] "kakizawaB1" #> [14954] "KakizawaB2" #> [14955] "kakizawaB2" #> [14956] "KakizawaB3" #> [14957] "kakizawaB3" #> [14958] "launchApp" #> [14959] "lines" #> [14960] "MacroBetaChen99Kernel" #> [14961] "macroBetaChen99Kernel" #> [14962] "MacroBetaHirukawaJLNKernel" #> [14963] "macroBetaHirukawaJLNKernel" #> [14964] "MacroBetaHirukawaTSKernel" #> [14965] "macroBetaHirukawaTSKernel" #> [14966] "MicroBetaChen99Kernel" #> [14967] "microBetaChen99Kernel" #> [14968] "mise" #> [14969] "Muller91BoundaryKernel" #> [14970] "muller91BoundaryKernel" #> [14971] "Muller94BoundaryKernel" #> [14972] "muller94BoundaryKernel" #> [14973] "NoBoundaryKernel" #> [14974] "noBoundaryKernel" #> [14975] "NormalizedBoundaryKernel" #> [14976] "normalizedBoundaryKernel" #> [14977] "quantile" #> [14978] "rsample" #> [14979] "suicide.r" #> [14980] "tgaussian" #> [14981] "tuna.r" #> [14982] "Vitale" #> [14983] "vitale" #> [14984] "BDEsizeApp" #> [14985] "fsize" #> [14986] "plots.2levFr" #> [14987] "plots.Block" #> [14988] "plots.Full" #> [14989] "plots.Split" #> [14990] "Size.2levFr" #> [14991] "Size.Block" #> [14992] "Size.Full" #> [14993] "Size.Split" #> [14994] "sizelist" #> [14995] "sizelist.split" #> [14996] "BDgraph-package" #> [14997] "bdgraph" #> [14998] "bdgraph.mpl" #> [14999] "bdgraph.npn" #> [15000] "bdgraph.sim" #> [15001] "bdgraph.ts" #> [15002] "geneExpression" #> [15003] "gnorm" #> [15004] "graph.sim" #> [15005] "pgraph" #> [15006] "plinks" #> [15007] "plot.bdgraph" #> [15008] "plot.graph" #> [15009] "plot.sim" #> [15010] "plotcoda" #> [15011] "plotroc" #> [15012] "print.bdgraph" #> [15013] "print.sim" #> [15014] "reinis" #> [15015] "rgcwish" #> [15016] "rgwish" #> [15017] "summary.bdgraph" #> [15018] "surveyData" #> [15019] "transfer" #> [15020] "bdots.write.csv" #> [15021] "Boostrap" #> [15022] "Step" #> [15023] "ests.plot" #> [15024] "find.mod.alpha" #> [15025] "Fitting" #> [15026] "Print" #> [15027] "Fits" #> [15028] "Refitting" #> [15029] "replot" #> [15030] "subs.delete" #> [15031] "subs.plot" #> [15032] "BDP2-package" #> [15033] "BDP2" #> [15034] "BDP2workflow" #> [15035] "BDP2_simulate" #> [15036] "crit_general" #> [15037] "pFstop" #> [15038] "pFstopEcall" #> [15039] "pFstopEstop" #> [15040] "plot.cE_vs_pEcall" #> [15041] "plotBDP2" #> [15042] "create.normal.model" #> [15043] "create.normal.model.from.file" #> [15044] "create.utility.function" #> [15045] "diag.mcmc.list" #> [15046] "diag.mcmc.list.sim.model" #> [15047] "eval.eu" #> [15048] "eval.eu.sim.model" #> [15049] "eval.on.grid" #> [15050] "eval.on.grid.sim.model" #> [15051] "fit.gpr" #> [15052] "fit.gpr.sim.model" #> [15053] "fit.loess" #> [15054] "fit.loess.sim.model" #> [15055] "n.opt" #> [15056] "optimise.eu" #> [15057] "optimise.eu.sim.model" #> [15058] "optimise.sequential.eu" #> [15059] "optimise.sequential.normal.eu" #> [15060] "plot.sim.model" #> [15061] "print.sim.model" #> [15062] "sequential.dp" #> [15063] "sequential.normal.dp" #> [15064] "sim.model" #> [15065] "bdpv-package" #> [15066] "as.data.frame.nPV" #> [15067] "BDtest" #> [15068] "CInpvppv" #> [15069] "CIpvBayes" #> [15070] "nNPVPPV" #> [15071] "nPV" #> [15072] "plotnPV" #> [15073] "plotnPV2" #> [15074] "print.BDtest" #> [15075] "print.nPV" #> [15076] "simPV" #> [15077] "simPVmat" #> [15078] "bdribs" #> [15079] "bdribs.contour" #> [15080] "bdribs.sensitivity" #> [15081] "bd2t" #> [15082] "bd_breaks" #> [15083] "scale_x_bd" #> [15084] "yahoo" #> [15085] "as.matrix.bdsmatrix" #> [15086] "backsolve" #> [15087] "bdsBlock" #> [15088] "bdsI" #> [15089] "bdsmatrix" #> [15090] "bdsmatrix-class" #> [15091] "bdsmatrix.ibd" #> [15092] "bdsmatrix.reconcile" #> [15093] "gchol" #> [15094] "gchol-class" #> [15095] "gchol.bdsmatrix-class" #> [15096] "listbdsmatrix" #> [15097] "solve.bdsmatrix" #> [15098] "solve.gchol" #> [15099] "bdcalendarheat" #> [15100] "bdcomplete" #> [15101] "bdsummary" #> [15102] "bdvis" #> [15103] "bdwebmap" #> [15104] "chronohorogram" #> [15105] "distrigraph" #> [15106] "fixstr" #> [15107] "format_bdvis" #> [15108] "getcellid" #> [15109] "gettaxo" #> [15110] "mapgrid" #> [15111] "taxotree" #> [15112] "tempolar" #> [15113] "bdw" #> [15114] "bdw.mc" #> [15115] "plot.bdw" #> [15116] "summary.bdw" #> [15117] "bayesfac" #> [15118] "bayfacfig" #> [15119] "bdynsys" #> [15120] "bestfitmod" #> [15121] "datap" #> [15122] "dysymod" #> [15123] "errorcorr" #> [15124] "findindexM" #> [15125] "phaseportdat" #> [15126] "phaseportmod" #> [15127] "polyfitbayes" #> [15128] "polyfitreg" #> [15129] "preprocess_data" #> [15130] "selectterm" #> [15131] "BE-package" #> [15132] "be2x2" #> [15133] "ci2cv" #> [15134] "ci2mse" #> [15135] "cv2mse" #> [15136] "hodges" #> [15137] "mse2cv" #> [15138] "NCAResult4BE" #> [15139] "plot2x2" #> [15140] "pow2x2ci" #> [15141] "pow2x2mse" #> [15142] "powcv" #> [15143] "powmse" #> [15144] "ss2x2ci" #> [15145] "sscv" #> [15146] "ssmse" #> [15147] "test2x2" #> [15148] "bea2List" #> [15149] "bea2Tab" #> [15150] "beaGet" #> [15151] "beaParams" #> [15152] "beaParamVals" #> [15153] "beaSearch" #> [15154] "beaSets" #> [15155] "beaUpdateMetadata" #> [15156] "beaViz" #> [15157] "BEACH-package" #> [15158] "runBEACH" #> [15159] "beadtypeFilter" #> [15160] "emCDF" #> [15161] "iccFun" #> [15162] "MLM.beadarray" #> [15163] "varianceplot" #> [15164] "beadarrayMSV-package" #> [15165] "AlleleSetIllumina-class" #> [15166] "assignParalogues" #> [15167] "BeadSetIllumina-class" #> [15168] "BSRed.193" #> [15169] "callGenotypes" #> [15170] "cart2pol" #> [15171] "countFailedSNP" #> [15172] "createAlleleSet" #> [15173] "findClusters" #> [15174] "findPolyploidClusters" #> [15175] "findSeTheta" #> [15176] "generatePolyCenters" #> [15177] "getCenters" #> [15178] "getNoiseDistributions" #> [15179] "getNormInd" #> [15180] "getSingleCalls" #> [15181] "locateParalogues" #> [15182] "makeDiploidCalls" #> [15183] "makeFilenames" #> [15184] "manualCall" #> [15185] "normalizeShearedChannels" #> [15186] "plotGenotypes" #> [15187] "preprocessBeadSet" #> [15188] "readBeadSummaryOutput" #> [15189] "resolveInheritanceSNP" #> [15190] "scatterArrays" #> [15191] "shearRawSignal" #> [15192] "testHardyWeinberg" #> [15193] "transformChannels" #> [15194] "translateTheta" #> [15195] "unmixParalogues" #> [15196] "validateCallsPedigree" #> [15197] "writeAlleleSet" #> [15198] "approx_adjust" #> [15199] "as_data_frame_analyte" #> [15200] "calc_analyte_mfi" #> [15201] "calc_std_conc" #> [15202] "cluster_events" #> [15203] "despeckle" #> [15204] "dist_chebyshev" #> [15205] "facs_plot" #> [15206] "fit_standard_curve" #> [15207] "identify_analyte" #> [15208] "identify_assay_analyte" #> [15209] "load_panel" #> [15210] "lplex" #> [15211] "plot_concentrations" #> [15212] "read_fcs" #> [15213] "simplex" #> [15214] "trim_population" #> [15215] "turning_point" #> [15216] "beam-package" #> [15217] "beam" #> [15218] "beam-class" #> [15219] "beam.select" #> [15220] "beam.select-class" #> [15221] "TCPAprad" #> [15222] "beanplot-package" #> [15223] "beanplot" #> [15224] "beanz-package" #> [15225] "bzCallStan" #> [15226] "bzComp" #> [15227] "bzGailSimon" #> [15228] "bzGetSubgrp" #> [15229] "bzGetSubgrpRaw" #> [15230] "bzPredSubgrp" #> [15231] "bzRptTbl" #> [15232] "bzShiny" #> [15233] "bzSummary" #> [15234] "solvd.sub" #> [15235] "beast-package" #> [15236] "beast" #> [15237] "birthProbs" #> [15238] "complexityPrior" #> [15239] "computeEmpiricalPriorParameters" #> [15240] "computePosteriorParameters" #> [15241] "computePosteriorParametersFree" #> [15242] "FungalGrowthDataset" #> [15243] "localProposal" #> [15244] "logLikelihoodFullModel" #> [15245] "logPrior" #> [15246] "mcmcSampler" #> [15247] "myUnicodeCharacters" #> [15248] "normalizeTime0" #> [15249] "plot.beast.object" #> [15250] "print.beast.object" #> [15251] "proposeTheta" #> [15252] "simMultiIndNormInvGamma" #> [15253] "simulateFromPrior" #> [15254] "singleLocalProposal" #> [15255] "truncatedPoisson" #> [15256] "updateNumberOfCutpoints" #> [15257] "Paul" #> [15258] "Van" #> [15259] "Els" #> [15260] "Raphael" #> [15261] "Scherrer" #> [15262] "Yacine" #> [15263] "B." #> [15264] "Chehida" #> [15265] "Jana" #> [15266] "Riederer" #> [15267] "2019-03-01" #> [15268] "14:10:12" #> [15269] "are_clock_models" #> [15270] "are_equal_mcmcs" #> [15271] "are_equivalent_xml_lines" #> [15272] "are_equivalent_xml_lines_all" #> [15273] "are_equivalent_xml_lines_loggers" #> [15274] "are_equivalent_xml_lines_operators" #> [15275] "are_equivalent_xml_lines_section" #> [15276] "are_site_models" #> [15277] "are_tree_priors" #> [15278] "bd_tree_prior_to_xml_prior_distr" #> [15279] "beautier" #> [15280] "cbs_tree_prior_to_xml_prior_distr" #> [15281] "ccp_tree_prior_to_xml_prior_distr" #> [15282] "cep_tree_prior_to_xml_prior_distr" #> [15283] "check_beauti_options" #> [15284] "check_clock_model" #> [15285] "check_clock_models" #> [15286] "check_inference_model" #> [15287] "check_inference_models" #> [15288] "check_mcmc" #> [15289] "check_mrca_prior" #> [15290] "check_phylogeny" #> [15291] "check_rln_clock_model" #> [15292] "check_site_model" #> [15293] "check_site_models" #> [15294] "check_strict_clock_model" #> [15295] "check_tree_prior" #> [15296] "check_tree_priors" #> [15297] "create_alpha_param" #> [15298] "create_bd_tree_prior" #> [15299] "create_beast2_input" #> [15300] "create_beast2_input_distr_lh" #> [15301] "create_beast2_input_distr_prior" #> [15302] "create_beast2_input_file" #> [15303] "create_beast2_input_file_from_model" #> [15304] "create_beast2_input_screenlog" #> [15305] "create_beast2_input_tracelog" #> [15306] "create_beast2_input_treelogs" #> [15307] "create_beauti_options" #> [15308] "create_beta_distr" #> [15309] "create_beta_param" #> [15310] "create_cbs_tree_prior" #> [15311] "create_ccp_tree_prior" #> [15312] "create_cep_tree_prior" #> [15313] "create_clock_model" #> [15314] "create_clock_models" #> [15315] "create_clock_models_from_names" #> [15316] "create_clock_model_from_name" #> [15317] "create_clock_rate_param" #> [15318] "create_distr" #> [15319] "create_exp_distr" #> [15320] "create_gamma_distr" #> [15321] "create_gamma_site_model" #> [15322] "create_gtr_site_model" #> [15323] "create_hky_site_model" #> [15324] "create_inference_model" #> [15325] "create_inv_gamma_distr" #> [15326] "create_jc69_site_model" #> [15327] "create_kappa_1_param" #> [15328] "create_kappa_2_param" #> [15329] "create_lambda_param" #> [15330] "create_laplace_distr" #> [15331] "create_log_normal_distr" #> [15332] "create_mcmc" #> [15333] "create_mean_param" #> [15334] "create_mrca_prior" #> [15335] "create_mu_param" #> [15336] "create_m_param" #> [15337] "create_nested_sampling_mcmc" #> [15338] "create_normal_distr" #> [15339] "create_one_div_x_distr" #> [15340] "create_param" #> [15341] "create_poisson_distr" #> [15342] "create_rate_ac_param" #> [15343] "create_rate_ag_param" #> [15344] "create_rate_at_param" #> [15345] "create_rate_cg_param" #> [15346] "create_rate_ct_param" #> [15347] "create_rate_gt_param" #> [15348] "create_rln_clock_model" #> [15349] "create_scale_param" #> [15350] "create_sigma_param" #> [15351] "create_site_model" #> [15352] "create_site_models" #> [15353] "create_site_models_from_names" #> [15354] "create_site_model_from_name" #> [15355] "create_strict_clock_model" #> [15356] "create_s_param" #> [15357] "create_tn93_site_model" #> [15358] "create_tree_prior" #> [15359] "create_tree_priors" #> [15360] "create_tree_priors_from_names" #> [15361] "create_tree_prior_from_name" #> [15362] "create_uniform_distr" #> [15363] "create_yule_tree_prior" #> [15364] "default_parameters_doc" #> [15365] "default_params_doc" #> [15366] "distr_to_xml_beta" #> [15367] "distr_to_xml_exp" #> [15368] "distr_to_xml_gamma" #> [15369] "distr_to_xml_inv_gamma" #> [15370] "distr_to_xml_laplace" #> [15371] "distr_to_xml_log_normal" #> [15372] "distr_to_xml_normal" #> [15373] "distr_to_xml_one_div_x" #> [15374] "distr_to_xml_poisson" #> [15375] "distr_to_xml_uniform" #> [15376] "fastas_to_phylos" #> [15377] "fasta_to_phylo" #> [15378] "get_alignment_id" #> [15379] "get_alignment_ids" #> [15380] "get_beautier_path" #> [15381] "get_beautier_paths" #> [15382] "get_clock_model_names" #> [15383] "get_crown_age" #> [15384] "get_fasta_filename" #> [15385] "get_gamma_site_model_n_distrs" #> [15386] "get_site_model_names" #> [15387] "get_taxa_names" #> [15388] "get_tree_prior_names" #> [15389] "has_mrca_prior" #> [15390] "init_bd_tree_prior" #> [15391] "init_ccp_tree_prior" #> [15392] "init_cep_tree_prior" #> [15393] "init_gtr_site_model" #> [15394] "init_hky_site_model" #> [15395] "init_jc69_site_model" #> [15396] "init_rln_clock_model" #> [15397] "init_strict_clock_model" #> [15398] "init_tn93_site_model" #> [15399] "init_yule_tree_prior" #> [15400] "is_bd_tree_prior" #> [15401] "is_cbs_tree_prior" #> [15402] "is_ccp_tree_prior" #> [15403] "is_cep_tree_prior" #> [15404] "is_clock_model" #> [15405] "is_init_beta_distr" #> [15406] "is_init_cep_tree_prior" #> [15407] "is_init_exp_distr" #> [15408] "is_init_gamma_distr" #> [15409] "is_init_inv_gamma_distr" #> [15410] "is_init_laplace_distr" #> [15411] "is_init_log_normal_distr" #> [15412] "is_init_normal_distr" #> [15413] "is_init_one_div_x_distr" #> [15414] "is_init_poisson_distr" #> [15415] "is_init_uniform_distr" #> [15416] "is_mcmc" #> [15417] "is_mcmc_nested_sampling" #> [15418] "is_one_na" #> [15419] "is_phylo" #> [15420] "is_site_model" #> [15421] "is_tree_prior" #> [15422] "is_yule_tree_prior" #> [15423] "parameter_to_xml_alpha" #> [15424] "parameter_to_xml_beta" #> [15425] "parameter_to_xml_clock_rate" #> [15426] "parameter_to_xml_kappa_1" #> [15427] "parameter_to_xml_kappa_2" #> [15428] "parameter_to_xml_lambda" #> [15429] "parameter_to_xml_m" #> [15430] "parameter_to_xml_mean" #> [15431] "parameter_to_xml_mu" #> [15432] "parameter_to_xml_rate_ac" #> [15433] "parameter_to_xml_rate_ag" #> [15434] "parameter_to_xml_rate_at" #> [15435] "parameter_to_xml_rate_cg" #> [15436] "parameter_to_xml_rate_ct" #> [15437] "parameter_to_xml_rate_gt" #> [15438] "parameter_to_xml_s" #> [15439] "parameter_to_xml_scale" #> [15440] "parameter_to_xml_sigma" #> [15441] "yule_tree_prior_to_xml_prior_distr" #> [15442] "BEDASSLE-package" #> [15443] "BEDASSLE-internal" #> [15444] "calculate.all.pairwise.Fst" #> [15445] "calculate.pairwise.Fst" #> [15446] "Covariance" #> [15447] "HGDP.bedassle.data" #> [15448] "link.up.posteriors" #> [15449] "make.continuing.params" #> [15450] "mcmc.operators" #> [15451] "MCMC_BB" #> [15452] "plot_acceptance_rate" #> [15453] "plot_all_acceptance_rates" #> [15454] "plot_all_joint_marginals" #> [15455] "plot_all_marginals" #> [15456] "plot_all_phi_marginals" #> [15457] "plot_all_phi_trace" #> [15458] "plot_all_trace" #> [15459] "plot_joint_marginal" #> [15460] "plot_marginal" #> [15461] "plot_phi_marginal" #> [15462] "plot_phi_trace" #> [15463] "plot_posterior_predictive_samples" #> [15464] "plot_trace" #> [15465] "posterior.predictive.sample" #> [15466] "BEDMatrix-package" #> [15467] "BEDMatrix-class" #> [15468] "initialize,BEDMatrix-method" #> [15469] "show,BEDMatrix-method" #> [15470] "bedr-package" #> [15471] "bed2index" #> [15472] "bed2vcf" #> [15473] "bedr" #> [15474] "bedr.join.multiple.region" #> [15475] "bedr.join.region" #> [15476] "bedr.merge.region" #> [15477] "bedr.plot.region" #> [15478] "bedr.setup" #> [15479] "bedr.snm.region" #> [15480] "bedr.sort.region" #> [15481] "bedr.subtract.region" #> [15482] "catv" #> [15483] "check.binary" #> [15484] "cluster.region" #> [15485] "convert2bed" #> [15486] "create.tmp.bed.file" #> [15487] "determine.input" #> [15488] "df2list" #> [15489] "flank.region" #> [15490] "get.chr.length" #> [15491] "get.example.regions" #> [15492] "get.fasta" #> [15493] "get.random.regions" #> [15494] "grow.region" #> [15495] "in.region" #> [15496] "index2bed" #> [15497] "is.merged.region" #> [15498] "is.sorted.region" #> [15499] "is.valid.ref" #> [15500] "is.valid.region" #> [15501] "is.valid.seq" #> [15502] "jaccard" #> [15503] "modifyList2" #> [15504] "order.region" #> [15505] "permute.region" #> [15506] "process.input" #> [15507] "query.ucsc" #> [15508] "read.vcf" #> [15509] "reldist" #> [15510] "size.region" #> [15511] "strsplit2matrix" #> [15512] "tabix" #> [15513] "table2venn" #> [15514] "test.region.similarity" #> [15515] "vcf2bed" #> [15516] "write.vcf" #> [15517] "%in.region%" #> [15518] "beep" #> [15519] "beepr" #> [15520] "beep_on_error" #> [15521] "beeswarm" #> [15522] "breast" #> [15523] "bxplot" #> [15524] "swarmx" #> [15525] "annotation_logticks2" #> [15526] "apt" #> [15527] "ChangeData" #> [15528] "CheckCols" #> [15529] "CheckUnsystematic" #> [15530] "ExtraF" #> [15531] "FitCurves" #> [15532] "FitMeanCurves" #> [15533] "GetDescriptives" #> [15534] "GetEmpirical" #> [15535] "GetK" #> [15536] "GetSharedK" #> [15537] "GetValsForSim" #> [15538] "PlotCurve" #> [15539] "PlotCurves" #> [15540] "pull" #> [15541] "RecodeOutliers" #> [15542] "ReplaceZeros" #> [15543] "SimulateDemand" #> [15544] "theme_apa" #> [15545] "bib" #> [15546] "dfplot" #> [15547] "dfplot2" #> [15548] "errorbar" #> [15549] "list2ascii" #> [15550] "lmdf" #> [15551] "mf_skewness" #> [15552] "packr" #> [15553] "plotblank" #> [15554] "plotcolorbar" #> [15555] "plotcolors" #> [15556] "plothist" #> [15557] "plotlm" #> [15558] "plotlty" #> [15559] "plotpairs" #> [15560] "plotpairs2" #> [15561] "plotpch" #> [15562] "plotpkg" #> [15563] "plottype" #> [15564] "readdir" #> [15565] "rpkg" #> [15566] "rplc" #> [15567] "se" #> [15568] "tapplydf" #> [15569] "tapplydfv" #> [15570] "writefile" #> [15571] "abcd" #> [15572] "abcd_specs_examples" #> [15573] "apply_graph_theme" #> [15574] "CIBER" #> [15575] "convert.threshold.to.er" #> [15576] "determinantStructure" #> [15577] "detStructAddVarLabels" #> [15578] "nnc" #> [15579] "behavr" #> [15580] "bind_behavr_list" #> [15581] "bin_apply" #> [15582] "print.behavr" #> [15583] "rejoin" #> [15584] "stitch_on" #> [15585] "time_conversion" #> [15586] "toy_activity_data" #> [15587] "xmv" #> [15588] "belex" #> [15589] "complex_land" #> [15590] "get_boltzmann" #> [15591] "simple_land" #> [15592] "as_bench_mark" #> [15593] "autoplot.bench_mark" #> [15594] "bench_bytes" #> [15595] "bench_time" #> [15596] "knit_print.bench_mark" #> [15597] "mark" #> [15598] "summary.bench_mark" #> [15599] "system_time" #> [15600] "bberdev" #> [15601] "berdev" #> [15602] "bhisto" #> [15603] "dberdev" #> [15604] "dhisto" #> [15605] "histo" #> [15606] "Benchmarking-package" #> [15607] "charnes1981" #> [15608] "cost.opt" #> [15609] "critValue" #> [15610] "dea" #> [15611] "dea.add" #> [15612] "dea.boot" #> [15613] "dea.direct" #> [15614] "dea.dual" #> [15615] "dea.merge" #> [15616] "dea.plot" #> [15617] "eff," #> [15618] "efficiencies" #> [15619] "eff.dens" #> [15620] "eladder" #> [15621] "excess" #> [15622] "lambda" #> [15623] "make.merge" #> [15624] "malmq" #> [15625] "malmquist" #> [15626] "mea" #> [15627] "milkProd" #> [15628] "norWood2004" #> [15629] "outlier.ap" #> [15630] "peers" #> [15631] "pigdata" #> [15632] "projekt" #> [15633] "sdea" #> [15634] "sfa" #> [15635] "slack" #> [15636] "typeIerror" #> [15637] "benchmarkme-package" #> [15638] "benchmark_io" #> [15639] "benchmark_std" #> [15640] "bm_matrix_cal_manip" #> [15641] "bm_matrix_fun_fft" #> [15642] "bm_parallel" #> [15643] "bm_prog_fib" #> [15644] "create_bundle" #> [15645] "get_available_benchmarks" #> [15646] "get_byte_compiler" #> [15647] "get_cpu" #> [15648] "get_linear_algebra" #> [15649] "get_platform_info" #> [15650] "get_ram" #> [15651] "get_r_version" #> [15652] "get_sys_details" #> [15653] "plot.ben_results" #> [15654] "rank_results" #> [15655] "sample_results" #> [15656] "benchmarkmeData-package" #> [15657] "get_datatable_past" #> [15658] "is_blas_optimize" #> [15659] "make_data_set" #> [15660] "past_results" #> [15661] "past_results_v2" #> [15662] "plot_past" #> [15663] "summarise_results" #> [15664] "benchmark" #> [15665] "benchr" #> [15666] "boxplot.benchmark" #> [15667] "mean.benchmark" #> [15668] "plot.benchmark" #> [15669] "print.benchmark" #> [15670] "summary.benchmark" #> [15671] "timer_precision" #> [15672] "Bender" #> [15673] "benford" #> [15674] "benford.analysis" #> [15675] "census.2000_2010" #> [15676] "census.2009" #> [15677] "chisq" #> [15678] "corporate.payment" #> [15679] "dfactor" #> [15680] "duplicatesTable" #> [15681] "extract.digits" #> [15682] "getBfd" #> [15683] "getDigits" #> [15684] "getDuplicates" #> [15685] "getSuspects" #> [15686] "lakes.perimeter" #> [15687] "MAD" #> [15688] "MAD.conformity" #> [15689] "mantissa" #> [15690] "marc" #> [15691] "p.these.digits" #> [15692] "p.this.digit.at.n" #> [15693] "plot.Benford" #> [15694] "print.Benford" #> [15695] "sino.forest" #> [15696] "suspectsTable" #> [15697] "taxable.incomes.1978" #> [15698] "BenfordTests-package" #> [15699] "chisq.benftest" #> [15700] "edist.benftest" #> [15701] "jointdigit.benftest" #> [15702] "jpsq.benftest" #> [15703] "ks.benftest" #> [15704] "mdist.benftest" #> [15705] "meandigit.benftest" #> [15706] "pbenf" #> [15707] "qbenf" #> [15708] "rbenf" #> [15709] "signifd" #> [15710] "signifd.analysis" #> [15711] "signifd.seq" #> [15712] "simulateH0" #> [15713] "usq.benftest" #> [15714] "benmmi" #> [15715] "benmmi-pkg" #> [15716] "BENMMIdir" #> [15717] "ci_mean" #> [15718] "read_mmi" #> [15719] "read_settings" #> [15720] "toString_weights" #> [15721] "bentcable.ar" #> [15722] "bentcableAR" #> [15723] "cable.ar.p.diag" #> [15724] "cable.ar.p.iter" #> [15725] "cable.ar.p.plot" #> [15726] "cable.ar.p.resid" #> [15727] "cable.change.conf" #> [15728] "cable.fit.known.change" #> [15729] "cable.lines" #> [15730] "fullcable.t" #> [15731] "is.stationary" #> [15732] "sockeye" #> [15733] "stagnant" #> [15734] "stick.ar.0" #> [15735] "benthos-package" #> [15736] "abundance" #> [15737] "ambi" #> [15738] "as_accepted" #> [15739] "bray_curtis" #> [15740] "eqr" #> [15741] "genus_to_species" #> [15742] "get_ambi" #> [15743] "get_iti" #> [15744] "harmonize" #> [15745] "hill" #> [15746] "hpie" #> [15747] "hurlbert" #> [15748] "is_azoic" #> [15749] "is_binomen" #> [15750] "iti" #> [15751] "margalef" #> [15752] "northsea" #> [15753] "oosterschelde" #> [15754] "pool" #> [15755] "read_ambi" #> [15756] "read_beqi2" #> [15757] "read_iti" #> [15758] "read_ref" #> [15759] "read_taxa" #> [15760] "read_twn" #> [15761] "rygg" #> [15762] "shannon" #> [15763] "simpson" #> [15764] "species_richness" #> [15765] "strip_spaces" #> [15766] "total_abundance" #> [15767] "to_worms" #> [15768] "beqi2" #> [15769] "BEQI2-pkg" #> [15770] "BEQI2dir" #> [15771] "genusToSpecies" #> [15772] "isAzoic" #> [15773] "readAMBI" #> [15774] "readBEQI" #> [15775] "readERF" #> [15776] "readFIBI" #> [15777] "readITI" #> [15778] "readSettings" #> [15779] "readTWN" #> [15780] "speciesRichness" #> [15781] "stripSpaces" #> [15782] "%inInterval%" #> [15783] "ber" #> [15784] "ber_bg" #> [15785] "combat_np" #> [15786] "combat_p" #> [15787] "mean_centering" #> [15788] "standardization" #> [15789] "Bergm-package" #> [15790] "adjustPL" #> [15791] "bergm" #> [15792] "bergm.output" #> [15793] "bgof" #> [15794] "calibrate.bergm" #> [15795] "evidence_CJ" #> [15796] "evidence_PP" #> [15797] "missBergm" #> [15798] "berryFunctions-package" #> [15799] "addAlpha" #> [15800] "addFade" #> [15801] "addRows" #> [15802] "anhang" #> [15803] "approx2" #> [15804] "around" #> [15805] "betaPlot" #> [15806] "betaPlotComp" #> [15807] "ciBand" #> [15808] "circle" #> [15809] "classify" #> [15810] "climateGraph" #> [15811] "colPoints" #> [15812] "colPointsHist" #> [15813] "colPointsLegend" #> [15814] "combineFiles" #> [15815] "compareFiles" #> [15816] "convertUmlaut" #> [15817] "createFun" #> [15818] "createPres" #> [15819] "dataStr" #> [15820] "divPal" #> [15821] "dupes" #> [15822] "exp4p" #> [15823] "expReg" #> [15824] "exTime" #> [15825] "funnelPlot" #> [15826] "funSource" #> [15827] "funTinn" #> [15828] "getColumn" #> [15829] "getName" #> [15830] "googleLink2pdf" #> [15831] "groupHist" #> [15832] "headtail" #> [15833] "horizHist" #> [15834] "insertRows" #> [15835] "instGit" #> [15836] "l2array" #> [15837] "l2df" #> [15838] "legendmt" #> [15839] "library2" #> [15840] "lim0" #> [15841] "linLogHist" #> [15842] "linLogTrans" #> [15843] "linReg" #> [15844] "locArrow" #> [15845] "locLine" #> [15846] "logAxis" #> [15847] "logHist" #> [15848] "logSpaced" #> [15849] "logVals" #> [15850] "lsc" #> [15851] "lsMem" #> [15852] "monthAxis" #> [15853] "monthLabs" #> [15854] "movAv" #> [15855] "movAvLines" #> [15856] "mReg" #> [15857] "na9" #> [15858] "nameSample" #> [15859] "newFilename" #> [15860] "normalizePathCP" #> [15861] "normPlot" #> [15862] "openFile" #> [15863] "packagePath" #> [15864] "panelDim" #> [15865] "parallelCode" #> [15866] "pdfpng" #> [15867] "popleaf" #> [15868] "pretty2" #> [15869] "quantileBands" #> [15870] "quantileMean" #> [15871] "rainbow2" #> [15872] "removeSpace" #> [15873] "round0" #> [15874] "roundedRect" #> [15875] "runAxis" #> [15876] "seasonality" #> [15877] "seqPal" #> [15878] "seqR" #> [15879] "showPal" #> [15880] "smallPlot" #> [15881] "smoothLines" #> [15882] "sortDF" #> [15883] "spiralDate" #> [15884] "spiralDateAnim" #> [15885] "superPos" #> [15886] "tableColVal" #> [15887] "textField" #> [15888] "TFtest" #> [15889] "timeAxis" #> [15890] "timer" #> [15891] "toupper1" #> [15892] "traceCall" #> [15893] "truncMessage" #> [15894] "tryStack" #> [15895] "unitHydrograph" #> [15896] "yearSample" #> [15897] "aic" #> [15898] "bess" #> [15899] "bess.one" #> [15900] "coef.bess" #> [15901] "coef.bess.one" #> [15902] "deviance.bess" #> [15903] "deviance.bess.one" #> [15904] "gen.data" #> [15905] "gravier" #> [15906] "logLik.bess" #> [15907] "logLik.bess.one" #> [15908] "plot.bess" #> [15909] "predict.bess" #> [15910] "predict.bess.one" #> [15911] "print.bess" #> [15912] "print.bess.one" #> [15913] "SAheart" #> [15914] "summary.bess" #> [15915] "summary.bess.one" #> [15916] "Airy" #> [15917] "Bessel" #> [15918] "BesselH" #> [15919] "besselI.nuAsym" #> [15920] "besselIasym" #> [15921] "bI" #> [15922] "BEST-package" #> [15923] "BESTmcmc" #> [15924] "BESTpower" #> [15925] "makeData" #> [15926] "pairs.BEST" #> [15927] "plot.BEST" #> [15928] "plotAll" #> [15929] "plotAreaInROPE" #> [15930] "plotPostPred" #> [15931] "postPriorOverlap" #> [15932] "print.BEST" #> [15933] "summary.BEST" #> [15934] "bestglm-package" #> [15935] "AirQuality" #> [15936] "asbinary" #> [15937] "bestglm" #> [15938] "CVd" #> [15939] "CVDH" #> [15940] "CVHTF" #> [15941] "Detroit" #> [15942] "dgrid" #> [15943] "Fires" #> [15944] "fitted.pcreg" #> [15945] "glmnetGridTable" #> [15946] "glmnetPredict" #> [15947] "grpregPredict" #> [15948] "hivif" #> [15949] "Iowa" #> [15950] "LOOCV" #> [15951] "manpower" #> [15952] "mcdonald" #> [15953] "MontesinhoFires" #> [15954] "NNPredict" #> [15955] "oneSDRule" #> [15956] "pcreg" #> [15957] "plot.pcreg" #> [15958] "plot1SDRule" #> [15959] "predict.pcreg" #> [15960] "print.bestglm" #> [15961] "print.pcreg" #> [15962] "residuals.pcreg" #> [15963] "rubber" #> [15964] "Shao" #> [15965] "sphereX" #> [15966] "summary.bestglm" #> [15967] "summary.pcreg" #> [15968] "trainTestPartition" #> [15969] "vifx" #> [15970] "znuclear" #> [15971] "zprostate" #> [15972] "bestNormalize-package" #> [15973] "arcsinh_x" #> [15974] "autotrader" #> [15975] "bestNormalize" #> [15976] "binarize" #> [15977] "boxcox" #> [15978] "exp_x" #> [15979] "lambert" #> [15980] "log_x" #> [15981] "no_transform" #> [15982] "orderNorm" #> [15983] "plot.bestNormalize" #> [15984] "sqrt_x" #> [15985] "yeojohnson" #> [15986] "bash_history" #> [15987] "dataFSW" #> [15988] "employees" #> [15989] "EnglishLetterFrequency" #> [15990] "frequon" #> [15991] "FSW" #> [15992] "guns" #> [15993] "logs" #> [15994] "proton" #> [15995] "regression" #> [15996] "top1000passwords" #> [15997] "top100commonWords" #> [15998] "varLabels" #> [15999] "wikiquotes" #> [16000] "betaboost" #> [16001] "BetaReg" #> [16002] "confint.betaboost" #> [16003] "dataqol2" #> [16004] "make_mboostform" #> [16005] "predict.betaboost" #> [16006] "QoLdata" #> [16007] "R2.betaboost" #> [16008] "beta_calibration" #> [16009] "beta_predict" #> [16010] "betafam" #> [16011] "call.moment" #> [16012] "anemonefish" #> [16013] "B01" #> [16014] "B02" #> [16015] "B03" #> [16016] "B04" #> [16017] "B05" #> [16018] "B06" #> [16019] "B07" #> [16020] "B08" #> [16021] "B09" #> [16022] "B10" #> [16023] "B11" #> [16024] "B12" #> [16025] "B13" #> [16026] "B14" #> [16027] "B15" #> [16028] "B16" #> [16029] "B17" #> [16030] "B18" #> [16031] "B19" #> [16032] "B20" #> [16033] "B21" #> [16034] "B22" #> [16035] "B23" #> [16036] "B24" #> [16037] "betalink" #> [16038] "betapart" #> [16039] "beta_os_prime" #> [16040] "df_from_A" #> [16041] "metaweb" #> [16042] "name_networks" #> [16043] "network_betadiversity" #> [16044] "network_betaplot" #> [16045] "prepare_networks" #> [16046] "bbsData" #> [16047] "beta.multi.abund" #> [16048] "beta.pair" #> [16049] "beta.pair.abund" #> [16050] "beta.sample" #> [16051] "beta.sample.abund" #> [16052] "beta.temp" #> [16053] "betapart.core" #> [16054] "betapart.core.abund" #> [16055] "boot.coefs.decay" #> [16056] "bray.part" #> [16057] "ceram.n" #> [16058] "ceram.s" #> [16059] "decay.model" #> [16060] "functional.beta.multi" #> [16061] "functional.beta.pair" #> [16062] "functional.betapart.core" #> [16063] "phylo.beta.multi" #> [16064] "phylo.beta.pair" #> [16065] "phylo.betapart.core" #> [16066] "plot.decay" #> [16067] "betamix" #> [16068] "betareg" #> [16069] "betareg.control" #> [16070] "betatree" #> [16071] "CarTask" #> [16072] "FoodExpenditure" #> [16073] "GasolineYield" #> [16074] "gleverage" #> [16075] "ImpreciseTask" #> [16076] "MockJurors" #> [16077] "plot.betareg" #> [16078] "predict.betareg" #> [16079] "ReadingSkills" #> [16080] "residuals.betareg" #> [16081] "StressAnxiety" #> [16082] "summary.betareg" #> [16083] "WeatherTask" #> [16084] "betas.lm" #> [16085] "betas.lmr" #> [16086] "pisa2012che" #> [16087] "betategarch-package" #> [16088] "coef.tegarch" #> [16089] "dST" #> [16090] "nasdaq" #> [16091] "predict.tegarch" #> [16092] "tegarch" #> [16093] "tegarchLogl" #> [16094] "tegarchSim" #> [16095] "bth" #> [16096] "Fernando" #> [16097] "Teixeira" #> [16098] "Daiane" #> [16099] "Marcolino" #> [16100] "2018-09-28" #> [16101] "17:10:03" #> [16102] "arch_test" #> [16103] "bcbExpectA" #> [16104] "bcbExpectATop5" #> [16105] "bcbExpectInf12" #> [16106] "bcbExpectM" #> [16107] "bcbExpectMTop5" #> [16108] "bcbExpectT" #> [16109] "BETS" #> [16110] "BETS.addin_en" #> [16111] "BETS.addin_pt" #> [16112] "BETSget" #> [16113] "BETSsearch" #> [16114] "BETSsources" #> [16115] "chart" #> [16116] "chart.add_basic" #> [16117] "chart.add_extra" #> [16118] "chart.add_notes" #> [16119] "check.series" #> [16120] "connection" #> [16121] "corrgram" #> [16122] "dashboard" #> [16123] "deflate" #> [16124] "draw.cap_utl" #> [16125] "draw.cdb" #> [16126] "draw.cei" #> [16127] "draw.conf_lvl" #> [16128] "draw.eap" #> [16129] "draw.ei_comps" #> [16130] "draw.ei_vars" #> [16131] "draw.gdp_comps" #> [16132] "draw.gdp_mon" #> [16133] "draw.gdp_unemp" #> [16134] "draw.gdp_vars" #> [16135] "draw.generic" #> [16136] "draw.iie_br" #> [16137] "draw.indprod" #> [16138] "draw.ipca" #> [16139] "draw.lab_coin" #> [16140] "draw.lab_lead" #> [16141] "draw.lei" #> [16142] "draw.misery_index" #> [16143] "draw.selic" #> [16144] "draw.sent_ind" #> [16145] "draw.survey" #> [16146] "draw.ulc" #> [16147] "draw.unemp" #> [16148] "draw.vargdp" #> [16149] "dummy" #> [16150] "get.series" #> [16151] "get.series.bacen" #> [16152] "grnn.test" #> [16153] "grnn.train" #> [16154] "report" #> [16155] "save" #> [16156] "saveSas" #> [16157] "saveSpss" #> [16158] "saveStata" #> [16159] "sidra.aux" #> [16160] "sidraGet" #> [16161] "sidraSearch" #> [16162] "std_resid" #> [16163] "ur_test" #> [16164] "BeviMed-package" #> [16165] "bevimed" #> [16166] "bevimed_m" #> [16167] "bevimed_polytomous" #> [16168] "call_cpp" #> [16169] "CI_gamma1_evidence" #> [16170] "conditional_prob_pathogenic" #> [16171] "exact_evidence" #> [16172] "expected_explained" #> [16173] "explaining_variants" #> [16174] "extract_conditional_prob_pathogenic" #> [16175] "extract_expected_explained" #> [16176] "extract_explaining_variants" #> [16177] "extract_gamma1_evidence" #> [16178] "extract_prob_association" #> [16179] "extract_prob_pathogenic" #> [16180] "gamma0_evidence" #> [16181] "gamma1_evidence" #> [16182] "log_BF" #> [16183] "lower_bound_gamma1_evidence" #> [16184] "print.BeviMed" #> [16185] "print.BeviMed_m" #> [16186] "print.BeviMed_summary" #> [16187] "prob_association" #> [16188] "prob_association_m" #> [16189] "prob_pathogenic" #> [16190] "region_association_evidence" #> [16191] "stack_BeviMeds" #> [16192] "stop_chain" #> [16193] "subset_variants" #> [16194] "summary.BeviMed" #> [16195] "summary.BeviMed_m" #> [16196] "sum_ML_over_PP" #> [16197] "tune_proposal_sds" #> [16198] "tune_temperatures" #> [16199] "BeyondBenford-package" #> [16200] "address_AixesurVienne" #> [16201] "address_Limoges" #> [16202] "address_PierreBuffiere" #> [16203] "Benf.val" #> [16204] "Blon.val" #> [16205] "census" #> [16206] "chi2" #> [16207] "dat.distr" #> [16208] "digit.distr" #> [16209] "obs.numb.dig" #> [16210] "theor.distr.val" #> [16211] "beyondWhittle-package" #> [16212] "fourier_freq" #> [16213] "gibbs_ar" #> [16214] "gibbs_np" #> [16215] "gibbs_npc" #> [16216] "gibbs_var" #> [16217] "gibbs_vnp" #> [16218] "pacf_to_ar" #> [16219] "plot.gibbs_psd" #> [16220] "print.gibbs_psd" #> [16221] "psd_arma" #> [16222] "psd_varma" #> [16223] "scree_type_ar" #> [16224] "sim_varma" #> [16225] "summary.gibbs_psd" #> [16226] "bezier-package" #> [16227] "bezier" #> [16228] "bezierArcLength" #> [16229] "bezierCurveFit" #> [16230] "compareBezierArcLength" #> [16231] "elevateBezierDegree" #> [16232] "pointsOnBezier" #> [16233] "summary.bezierArcLength" #> [16234] "summary.bezierCurveFit" #> [16235] "bfa-package" #> [16236] "bfa_copula" #> [16237] "bfa_gauss" #> [16238] "bfa_mixed" #> [16239] "bfa_model" #> [16240] "biplot.bfa" #> [16241] "coef.bfa" #> [16242] "cor_samp" #> [16243] "cov_samp" #> [16244] "get_coda" #> [16245] "get_posterior_loadings" #> [16246] "get_posterior_scores" #> [16247] "HPDinterval.bfa" #> [16248] "mean.bfa" #> [16249] "predict.bfa" #> [16250] "print.bfa" #> [16251] "ratings08" #> [16252] "utri_restrict" #> [16253] "var.bfa" #> [16254] "woodbury" #> [16255] "bfast-package" #> [16256] "bfast" #> [16257] "bfast01" #> [16258] "bfast01classify" #> [16259] "bfastmonitor" #> [16260] "bfastpp" #> [16261] "bfastts" #> [16262] "create16dayts" #> [16263] "dates" #> [16264] "harvest" #> [16265] "modisraster" #> [16266] "plot.bfast" #> [16267] "simts" #> [16268] "som" #> [16269] "as.data.frame.BayesMfp" #> [16270] "BayesMfp" #> [16271] "bmaPredict" #> [16272] "BmaSamples" #> [16273] "empiricalHpd" #> [16274] "Extract.BayesMfp" #> [16275] "findModel" #> [16276] "getPosteriorParms" #> [16277] "inclusionProbs" #> [16278] "ozone" #> [16279] "plotCurveEstimate" #> [16280] "posteriors" #> [16281] "predict.BayesMfp" #> [16282] "predict.BmaSamples" #> [16283] "scrBesag" #> [16284] "scrHpd" #> [16285] "Summary" #> [16286] "bfsl" #> [16287] "bfsl_control" #> [16288] "pearson_york" #> [16289] "plot.bfsl" #> [16290] "print.bfsl" #> [16291] "2019-02-04" #> [16292] "14:53:21" #> [16293] "AddNames" #> [16294] "bfw" #> [16295] "CapWords" #> [16296] "Cats" #> [16297] "ComputeHDI" #> [16298] "ContrastNames" #> [16299] "DiagMCMC" #> [16300] "DistinctColors" #> [16301] "ETA" #> [16302] "FileName" #> [16303] "FlattenList" #> [16304] "GammaDist" #> [16305] "GetRange" #> [16306] "Interleave" #> [16307] "InverseHDI" #> [16308] "Layout" #> [16309] "MatrixCombn" #> [16310] "MergeMCMC" #> [16311] "MultiGrep" #> [16312] "Normalize" #> [16313] "PadVector" #> [16314] "ParseNumber" #> [16315] "ParsePlot" #> [16316] "PlotCirclize" #> [16317] "PlotData" #> [16318] "PlotMean" #> [16319] "PlotNominal" #> [16320] "PlotParam" #> [16321] "ReadFile" #> [16322] "RemoveEmpty" #> [16323] "RemoveGarbage" #> [16324] "RemoveSpaces" #> [16325] "RunContrasts" #> [16326] "RunMCMC" #> [16327] "SingleString" #> [16328] "StatsBernoulli" #> [16329] "StatsCovariate" #> [16330] "StatsFit" #> [16331] "StatsKappa" #> [16332] "StatsMean" #> [16333] "StatsMetric" #> [16334] "StatsNominal" #> [16335] "StatsRegression" #> [16336] "StatsSoftmax" #> [16337] "SumMCMC" #> [16338] "SumToZero" #> [16339] "TidyCode" #> [16340] "Trim" #> [16341] "TrimSplit" #> [16342] "VectorSub" #> [16343] "BGData-package" #> [16344] "as.BGData" #> [16345] "BGData-class" #> [16346] "chunkedApply" #> [16347] "chunkedMap" #> [16348] "findRelated" #> [16349] "geno-class" #> [16350] "getG" #> [16351] "getG_symDMatrix" #> [16352] "GWAS" #> [16353] "initialize,BGData-method" #> [16354] "load.BGData" #> [16355] "orderedMerge" #> [16356] "readRAW" #> [16357] "summarize" #> [16358] "bgeva-package" #> [16359] "bg.checks" #> [16360] "bgeva" #> [16361] "bgeva.gIMa" #> [16362] "bgeva.gIMb" #> [16363] "bgevaObject" #> [16364] "plot.bgeva" #> [16365] "print.bgeva" #> [16366] "print.summary.bgeva" #> [16367] "S.m" #> [16368] "summary.bgeva" #> [16369] "working.comp" #> [16370] "BGGE" #> [16371] "BGLR" #> [16372] "BLR" #> [16373] "getVariances" #> [16374] "mice.A" #> [16375] "mice.pheno" #> [16376] "mice.X" #> [16377] "plot.BGLR" #> [16378] "predict.BGLR" #> [16379] "readBinMat" #> [16380] "read_bed" #> [16381] "read_ped" #> [16382] "residuals.BGLR" #> [16383] "summary.BGLR" #> [16384] "wheat.A" #> [16385] "wheat.sets" #> [16386] "wheat.X" #> [16387] "wheat.Y" #> [16388] "write_bed" #> [16389] "bgmfiles" #> [16390] "bgmm-package" #> [16391] "CellCycle" #> [16392] "chooseModels" #> [16393] "DEprobs" #> [16394] "genotypes" #> [16395] "getModelStructure" #> [16396] "init.model.params" #> [16397] "miRNA" #> [16398] "mModel" #> [16399] "mModelList" #> [16400] "plot.mModel" #> [16401] "plot.mModelList" #> [16402] "plotGIC" #> [16403] "predict.mModel" #> [16404] "simulateData" #> [16405] "Ste12" #> [16406] "Supplementary" #> [16407] "BGPhazard-package" #> [16408] "BeMRes" #> [16409] "BePlotDiag" #> [16410] "BePloth" #> [16411] "CGaMRes" #> [16412] "CGaPlotDiag" #> [16413] "CGaPloth" #> [16414] "CGaPred" #> [16415] "GaMRes" #> [16416] "GaPlotDiag" #> [16417] "GaPloth" #> [16418] "gehan" #> [16419] "leukemiaFZ" #> [16420] "PlotTheta" #> [16421] "psych" #> [16422] "BGSIMD-package" #> [16423] "block.gibbs" #> [16424] "partition" #> [16425] "bgsmtr" #> [16426] "bgsmtr_example_data" #> [16427] "sp_bgsmtr" #> [16428] "sp_bgsmtr_example_data" #> [16429] "BH-package" #> [16430] "btrf" #> [16431] "dfp" #> [16432] "dqstep" #> [16433] "ftrf" #> [16434] "global" #> [16435] "logit.hessian" #> [16436] "mymcmc" #> [16437] "newton" #> [16438] "plkhci" #> [16439] "anovaPlot" #> [16440] "corrosion.data" #> [16441] "dotPlot" #> [16442] "dots" #> [16443] "ffDesMatrix" #> [16444] "ffFullMatrix" #> [16445] "heads.data" #> [16446] "lambdaPlot" #> [16447] "penicillin.data" #> [16448] "permtest" #> [16449] "poison.data" #> [16450] "shoes.data" #> [16451] "subsets" #> [16452] "tab03B1" #> [16453] "tab03B2" #> [16454] "tomato.data" #> [16455] "woolen.data" #> [16456] "bhm-package" #> [16457] "bhm" #> [16458] "bhmControl" #> [16459] "pIndex" #> [16460] "pIndexControl" #> [16461] "resboot" #> [16462] "BHMSMAfMRI-package" #> [16463] "BHMSMA" #> [16464] "fmridata" #> [16465] "glmcoeff" #> [16466] "hyperparamest" #> [16467] "pikljbar" #> [16468] "postglmcoeff" #> [16469] "postgroupcoeff" #> [16470] "postsamples" #> [16471] "postwaveletcoeff" #> [16472] "read.fmridata" #> [16473] "waveletcoeff" #> [16474] "bhrcr-package" #> [16475] "calculatePCE" #> [16476] "clearanceEstimatorBayes" #> [16477] "plot.bhrcr" #> [16478] "print.bhrcr" #> [16479] "pursat" #> [16480] "pursat_covariates" #> [16481] "summary.bhrcr" #> [16482] "BH_SBVAR" #> [16483] "Dist_Plots" #> [16484] "HD_Plots" #> [16485] "IRF_Plots" #> [16486] "USLMData" #> [16487] "BHTSpack-package" #> [16488] "abfun" #> [16489] "alpha.u" #> [16490] "b.u" #> [16491] "bhts" #> [16492] "bhts2HTML" #> [16493] "data.create" #> [16494] "fdr.r" #> [16495] "h.pr.u" #> [16496] "hatpai.u" #> [16497] "ind.u" #> [16498] "lambda.u" #> [16499] "lg.mu.sig" #> [16500] "mu.k.u" #> [16501] "nu.u" #> [16502] "pai.u" #> [16503] "ptrace" #> [16504] "r.fdr" #> [16505] "sig.k.u" #> [16506] "tau.u" #> [16507] "z.pr.u" #> [16508] "bias" #> [16509] "BiasedUrn-package" #> [16510] "BiasedUrn-Multivariate" #> [16511] "BiasedUrn-Univariate" #> [16512] "bibit" #> [16513] "bibit2" #> [16514] "bibit3" #> [16515] "bibit3_patternBC" #> [16516] "BiBitR" #> [16517] "BiBitWorkflow" #> [16518] "bibit_columnextension" #> [16519] "ClusterRowCoverage" #> [16520] "ColInfo" #> [16521] "ColNoiseBC" #> [16522] "CompareResultJI" #> [16523] "make_arff_row_col" #> [16524] "MaxBC" #> [16525] "NoiseScree" #> [16526] "RowTest_Fisher" #> [16527] "summary,Biclust-method" #> [16528] "UpdateBiclust_RowNoise" #> [16529] "bibliometrix-package" #> [16530] "authorProdOverTime" #> [16531] "bib2df" #> [16532] "biblio" #> [16533] "biblioAnalysis" #> [16534] "biblioNetwork" #> [16535] "biblioshiny" #> [16536] "biblio_df" #> [16537] "bibtag" #> [16538] "bradford" #> [16539] "citations" #> [16540] "cochrane2df" #> [16541] "cocMatrix" #> [16542] "conceptualStructure" #> [16543] "convert2df" #> [16544] "countries" #> [16545] "dominance" #> [16546] "duplicatedMatching" #> [16547] "garfield" #> [16548] "Hindex" #> [16549] "histNetwork" #> [16550] "histPlot" #> [16551] "idByAuthor" #> [16552] "isi2df" #> [16553] "isibib2df" #> [16554] "isiCollection" #> [16555] "keywordAssoc" #> [16556] "KeywordGrowth" #> [16557] "localCitations" #> [16558] "lotka" #> [16559] "mergeDbSources" #> [16560] "metaTagExtraction" #> [16561] "networkPlot" #> [16562] "networkStat" #> [16563] "normalizeSimilarity" #> [16564] "plot.bibliometrix" #> [16565] "plotThematicEvolution" #> [16566] "pubmed2df" #> [16567] "readFiles" #> [16568] "retrievalByAuthorID" #> [16569] "rpys" #> [16570] "scientometrics" #> [16571] "scientometrics_text" #> [16572] "scopus2df" #> [16573] "scopusCollection" #> [16574] "sourceGrowth" #> [16575] "stopwords" #> [16576] "summary.bibliometrix" #> [16577] "summary.bibliometrix_netstat" #> [16578] "tableTag" #> [16579] "termExtraction" #> [16580] "thematicEvolution" #> [16581] "thematicMap" #> [16582] "timeslice" #> [16583] "trim.leading" #> [16584] "trimES" #> [16585] "DAMBibPlot" #> [16586] "example_researcher" #> [16587] "jpscatter" #> [16588] "rpys_example_data" #> [16589] "do_read_bib" #> [16590] "read.bib" #> [16591] "write.bib" #> [16592] "bi.clique" #> [16593] "bi.degree" #> [16594] "bi.format" #> [16595] "bi.print" #> [16596] "biclique" #> [16597] "BCBimax" #> [16598] "BCCC" #> [16599] "BCPlaid" #> [16600] "BCQuest" #> [16601] "BCSpectral" #> [16602] "BCXmotifs" #> [16603] "BicatYeast" #> [16604] "biclust" #> [16605] "Biclust-class" #> [16606] "biclustbarchart" #> [16607] "bicluster" #> [16608] "biclustmember" #> [16609] "BiclustMethod-class" #> [16610] "bimax.grid" #> [16611] "bubbleplot" #> [16612] "ChiaKaruturi" #> [16613] "coherence" #> [16614] "computeObservedFstat" #> [16615] "diagnoseColRow" #> [16616] "diagnosticPlot" #> [16617] "diagnosticPlot2" #> [16618] "diagnosticTest" #> [16619] "drawHeatmap" #> [16620] "EisenYeast" #> [16621] "ensemble" #> [16622] "heatmapBC" #> [16623] "isoverlapp" #> [16624] "jaccardind" #> [16625] "parallelCoordinates" #> [16626] "plaid.grid" #> [16627] "plotclust" #> [16628] "predictBimax" #> [16629] "SyntrenEcoli" #> [16630] "writeBiclusterResults" #> [16631] "writeclust" #> [16632] "A_old" #> [16633] "A_sampling" #> [16634] "baseline_sampling" #> [16635] "base_line" #> [16636] "base_line_old" #> [16637] "BICORN" #> [16638] "Binding_genes" #> [16639] "Binding_matrix" #> [16640] "Binding_TFs" #> [16641] "C." #> [16642] "C_old" #> [16643] "C_prior" #> [16644] "C_sampling_cluster" #> [16645] "data_integration" #> [16646] "Exp_data" #> [16647] "Exp_genes" #> [16648] "sigmanoise_sampling" #> [16649] "sigma_A" #> [16650] "sigma_baseline" #> [16651] "sigma_noise" #> [16652] "sigma_X" #> [16653] "X_old" #> [16654] "X_sampling" #> [16655] "adjacency2dag" #> [16656] "Asia" #> [16657] "Boston" #> [16658] "compareDAGs" #> [16659] "dag.threshold" #> [16660] "dag2adjacencymatrix" #> [16661] "dag2skeletonadjacency" #> [16662] "DAGscore" #> [16663] "edges.posterior" #> [16664] "iterations.check" #> [16665] "iterativeMCMCsearch" #> [16666] "orderMCMC" #> [16667] "partitionMCMC" #> [16668] "sample.check" #> [16669] "scoreagainstDAG" #> [16670] "scoreparameters" #> [16671] "anova.lm2" #> [16672] "BiDimRegression" #> [16673] "CarbonExample1Data" #> [16674] "CarbonExample2Data" #> [16675] "CarbonExample3Data" #> [16676] "EyegazeData" #> [16677] "FriedmanKohlerData1" #> [16678] "FriedmanKohlerData2" #> [16679] "lm2" #> [16680] "NakayaData" #> [16681] "predict.lm2" #> [16682] "BIEN" #> [16683] "BIEN_list_all" #> [16684] "BIEN_list_country" #> [16685] "BIEN_list_county" #> [16686] "BIEN_list_spatialpolygons" #> [16687] "BIEN_list_state" #> [16688] "BIEN_metadata_citation" #> [16689] "BIEN_metadata_database_version" #> [16690] "BIEN_metadata_list_political_names" #> [16691] "BIEN_metadata_match_data" #> [16692] "BIEN_occurrence_box" #> [16693] "BIEN_occurrence_country" #> [16694] "BIEN_occurrence_county" #> [16695] "BIEN_occurrence_family" #> [16696] "BIEN_occurrence_genus" #> [16697] "BIEN_occurrence_records_per_species" #> [16698] "BIEN_occurrence_spatialpolygons" #> [16699] "BIEN_occurrence_species" #> [16700] "BIEN_occurrence_state" #> [16701] "BIEN_phylogeny_complete" #> [16702] "BIEN_phylogeny_conservative" #> [16703] "BIEN_plot_country" #> [16704] "BIEN_plot_dataset" #> [16705] "BIEN_plot_datasource" #> [16706] "BIEN_plot_list_datasource" #> [16707] "BIEN_plot_list_sampling_protocols" #> [16708] "BIEN_plot_metadata" #> [16709] "BIEN_plot_name" #> [16710] "BIEN_plot_sampling_protocol" #> [16711] "BIEN_plot_state" #> [16712] "BIEN_ranges_box" #> [16713] "BIEN_ranges_genus" #> [16714] "BIEN_ranges_intersect_species" #> [16715] "BIEN_ranges_list" #> [16716] "BIEN_ranges_load_species" #> [16717] "BIEN_ranges_spatialpolygons" #> [16718] "BIEN_ranges_species" #> [16719] "BIEN_stem_datasource" #> [16720] "BIEN_stem_family" #> [16721] "BIEN_stem_genus" #> [16722] "BIEN_stem_sampling_protocol" #> [16723] "BIEN_stem_species" #> [16724] "BIEN_taxonomy_family" #> [16725] "BIEN_taxonomy_genus" #> [16726] "BIEN_taxonomy_species" #> [16727] "BIEN_trait_family" #> [16728] "BIEN_trait_genus" #> [16729] "BIEN_trait_list" #> [16730] "BIEN_trait_mean" #> [16731] "BIEN_trait_species" #> [16732] "BIEN_trait_trait" #> [16733] "BIEN_trait_traitbyfamily" #> [16734] "BIEN_trait_traitbygenus" #> [16735] "BIEN_trait_traitbyspecies" #> [16736] "BIEN_trait_traits_per_species" #> [16737] "bife-package" #> [16738] "acs" #> [16739] "apeff_bife" #> [16740] "bife" #> [16741] "coef.bife" #> [16742] "predict.bife" #> [16743] "print.bife" #> [16744] "print.summary.bife" #> [16745] "psid" #> [16746] "results_acs" #> [16747] "results_psid" #> [16748] "summary.bife" #> [16749] "time_n" #> [16750] "time_t" #> [16751] "vcov.bife" #> [16752] "2019-04-16" #> [16753] "12:15:30" #> [16754] "BIFIEsurvey-package" #> [16755] "BIFIE.BIFIEdata2BIFIEcdata" #> [16756] "BIFIE.by" #> [16757] "BIFIE.correl" #> [16758] "BIFIE.crosstab" #> [16759] "BIFIE.data" #> [16760] "BIFIE.data.boot" #> [16761] "BIFIE.data.jack" #> [16762] "BIFIE.data.transform" #> [16763] "BIFIE.derivedParameters" #> [16764] "BIFIE.ecdf" #> [16765] "BIFIE.freq" #> [16766] "BIFIE.hist" #> [16767] "BIFIE.lavaan.survey" #> [16768] "BIFIE.linreg" #> [16769] "BIFIE.logistreg" #> [16770] "BIFIE.mva" #> [16771] "BIFIE.pathmodel" #> [16772] "BIFIE.twolevelreg" #> [16773] "BIFIE.univar" #> [16774] "BIFIE.univar.test" #> [16775] "BIFIE.waldtest" #> [16776] "BIFIEdata.select" #> [16777] "BIFIEdata2svrepdesign" #> [16778] "BIFIEsurvey-utilities" #> [16779] "bifietable" #> [16780] "data.bifie" #> [16781] "data.pisaNLD" #> [16782] "data.test1" #> [16783] "data.timss" #> [16784] "save.BIFIEdata" #> [16785] "bigalgebra-package" #> [16786] "balgebra-methods" #> [16787] "daxpy" #> [16788] "biganalytics-package" #> [16789] "apply,big.matrix-method" #> [16790] "bigglm.big.matrix" #> [16791] "bigkmeans" #> [16792] "binit" #> [16793] "colmin" #> [16794] "browse_eco_opening" #> [16795] "browse_opening" #> [16796] "extract_moves" #> [16797] "FirstTwoMoves" #> [16798] "n_moves" #> [16799] "player_profile" #> [16800] "plot_tree_eco" #> [16801] "plot_tree_move" #> [16802] "read.pgn" #> [16803] "read.pgn.ff" #> [16804] "stat_moves" #> [16805] "tree_eco" #> [16806] "tree_move" #> [16807] "Ausmale" #> [16808] "entropy.fd" #> [16809] "fdframe" #> [16810] "gmdepth" #> [16811] "gmdepth.fd" #> [16812] "kmdepth.fd" #> [16813] "levelsetdist" #> [16814] "merval" #> [16815] "rkhs" #> [16816] "A.wrapper" #> [16817] "AA.df.check" #> [16818] "AAtable.builder" #> [16819] "AlignmentFilter" #> [16820] "AlignObj.Create" #> [16821] "AlignObj.Update" #> [16822] "Append.System" #> [16823] "BIGDAWG" #> [16824] "Build.Matrix" #> [16825] "buildHAPnames" #> [16826] "buildHAPsets" #> [16827] "cci" #> [16828] "cci.pval" #> [16829] "cci.pval.list" #> [16830] "Check.Cores" #> [16831] "Check.Data" #> [16832] "Check.Params" #> [16833] "Check.Params.GLS" #> [16834] "CheckAlleles" #> [16835] "CheckHLA" #> [16836] "CheckLoci" #> [16837] "CheckRelease" #> [16838] "CheckString.Allele" #> [16839] "CheckString.Locus" #> [16840] "Create.Null.Table" #> [16841] "DRB345.Check.Wrapper" #> [16842] "DRB345.Check.Zygosity" #> [16843] "DRB345.Exp" #> [16844] "DRB345.parser" #> [16845] "Err.Log" #> [16846] "EVSremoval" #> [16847] "ExonPtnAlign.Create" #> [16848] "ExonPtnList" #> [16849] "Filler" #> [16850] "Format.Allele" #> [16851] "Format.Tab" #> [16852] "getAllele.Count" #> [16853] "getCS.Mat" #> [16854] "getCS.stat" #> [16855] "GetField" #> [16856] "getFileName" #> [16857] "GetFiles" #> [16858] "getHap" #> [16859] "getObsFreq" #> [16860] "GL2Tab.Loci" #> [16861] "GL2Tab.Sub" #> [16862] "GL2Tab.wrapper" #> [16863] "GLSconvert" #> [16864] "H.MC" #> [16865] "H.MC.wrapper" #> [16866] "HLA_data" #> [16867] "HWE" #> [16868] "HWE.ChiSq" #> [16869] "HWE.wrapper" #> [16870] "L." #> [16871] "L.wrapper" #> [16872] "make2x2" #> [16873] "makeComb" #> [16874] "MergeData_Output" #> [16875] "PgrpExtract" #> [16876] "PgrpFormat" #> [16877] "PreCheck" #> [16878] "prepData" #> [16879] "rmABstrings" #> [16880] "RunChiSq" #> [16881] "Stripper" #> [16882] "summaryGeno.2" #> [16883] "Tab2GL.Loci" #> [16884] "Tab2GL.Sub" #> [16885] "Tab2GL.wrapper" #> [16886] "TableMaker" #> [16887] "UpdateRelease" #> [16888] "as_bigdist" #> [16889] "bigdist" #> [16890] "bigdist_extract" #> [16891] "bigdist_replace" #> [16892] "bigdist_size" #> [16893] "bigdist_subset" #> [16894] "colStartIndex" #> [16895] "distIndex" #> [16896] "dist_ij_k" #> [16897] "dist_ij_k_" #> [16898] "dist_k_ij" #> [16899] "dist_k_ij_" #> [16900] "package_bigdist" #> [16901] "alloc" #> [16902] "bigGP" #> [16903] "bigGP-meta" #> [16904] "bigGP.exit" #> [16905] "bigGP.init" #> [16906] "calcD" #> [16907] "calcIJ" #> [16908] "collectDiagonal" #> [16909] "collectRectangularMatrix" #> [16910] "collectTriangularMatrix" #> [16911] "collectVector" #> [16912] "distributedKrigeProblem-class" #> [16913] "distributeVector" #> [16914] "getDistributedVectorLength" #> [16915] "krigeProblem-class" #> [16916] "localAssign" #> [16917] "localCalc" #> [16918] "localCollectVector" #> [16919] "localGetVectorIndices" #> [16920] "localKrigeProblemConstructMean" #> [16921] "localRm" #> [16922] "push" #> [16923] "remoteCalc" #> [16924] "remoteCalcChol" #> [16925] "remoteConstructRnormVector" #> [16926] "remoteCrossProdMatSelf" #> [16927] "remoteCrossProdMatVec" #> [16928] "remoteForwardsolve" #> [16929] "remoteGetIndices" #> [16930] "remoteLs" #> [16931] "remoteMultChol" #> [16932] "remoteRm" #> [16933] "SN2011fe" #> [16934] "divisorsBig" #> [16935] "quadraticSieve" #> [16936] "Blissindependence" #> [16937] "bootstrapData" #> [16938] "boxcox.transformation" #> [16939] "coef.MarginalFit" #> [16940] "constructFormula" #> [16941] "contour.ResponseSurface" #> [16942] "CPBootstrap" #> [16943] "df.residual.MarginalFit" #> [16944] "directAntivirals" #> [16945] "directAntivirals_ALL" #> [16946] "fitMarginals" #> [16947] "fitSurface" #> [16948] "fitted.MarginalFit" #> [16949] "fitted.ResponseSurface" #> [16950] "generalizedLoewe" #> [16951] "generateData" #> [16952] "get.abs_tval" #> [16953] "get.summ.data" #> [16954] "GetStartGuess" #> [16955] "getTransformations" #> [16956] "hsa" #> [16957] "initialMarginal" #> [16958] "isobologram" #> [16959] "L4" #> [16960] "marginalNLS" #> [16961] "marginalOptim" #> [16962] "maxR" #> [16963] "meanR" #> [16964] "optim.boxcox" #> [16965] "outsidePoints" #> [16966] "plot.MarginalFit" #> [16967] "plot.maxR" #> [16968] "plot.meanR" #> [16969] "plot.ResponseSurface" #> [16970] "plotResponseSurface" #> [16971] "predict.MarginalFit" #> [16972] "predictOffAxis" #> [16973] "print.summary.MarginalFit" #> [16974] "print.summary.maxR" #> [16975] "print.summary.meanR" #> [16976] "print.summary.ResponseSurface" #> [16977] "residuals.MarginalFit" #> [16978] "runBIGL" #> [16979] "simulateNull" #> [16980] "summary.MarginalFit" #> [16981] "summary.maxR" #> [16982] "summary.meanR" #> [16983] "summary.ResponseSurface" #> [16984] "vcov.MarginalFit" #> [16985] "biglars.fit" #> [16986] "qrBlockApply" #> [16987] "biglasso-package" #> [16988] "biglasso" #> [16989] "colon" #> [16990] "cv.biglasso" #> [16991] "plot.biglasso" #> [16992] "plot.cv.biglasso" #> [16993] "predict.biglasso" #> [16994] "predict.cv.biglasso" #> [16995] "setupX" #> [16996] "summary.cv.biglasso" #> [16997] "aerodynamic.conductance" #> [16998] "air.density" #> [16999] "Arrhenius.temp.response" #> [17000] "AT_Neu_Jul_2010" #> [17001] "bigleaf.constants" #> [17002] "biochemical.energy" #> [17003] "decoupling" #> [17004] "dew.point" #> [17005] "DE_Tha_Jun_2014" #> [17006] "energy.closure" #> [17007] "energy.use.efficiency" #> [17008] "equilibrium.imposed.ET" #> [17009] "Esat.slope" #> [17010] "extraterrestrial.radiation" #> [17011] "filter.data" #> [17012] "filter.growing.season" #> [17013] "FR_Pue_May_2012" #> [17014] "Gb.Choudhury" #> [17015] "Gb.Su" #> [17016] "Gb.Thom" #> [17017] "intercellular.CO2" #> [17018] "isothermal.Rn" #> [17019] "kg.to.mol" #> [17020] "kinematic.viscosity" #> [17021] "latent.heat.vaporization" #> [17022] "LE.to.ET" #> [17023] "light.response" #> [17024] "light.use.efficiency" #> [17025] "longwave.conductance" #> [17026] "Monin.Obukhov.length" #> [17027] "ms.to.mol" #> [17028] "photosynthetic.capacity" #> [17029] "potential.ET" #> [17030] "potential.radiation" #> [17031] "pressure.from.elevation" #> [17032] "psychrometric.constant" #> [17033] "radiometric.surface.temp" #> [17034] "reference.ET" #> [17035] "Reynolds.Number" #> [17036] "Rg.to.PPFD" #> [17037] "roughness.parameters" #> [17038] "stability.correction" #> [17039] "stability.parameter" #> [17040] "stomatal.sensitivity" #> [17041] "stomatal.slope" #> [17042] "surface.CO2" #> [17043] "surface.conditions" #> [17044] "surface.conductance" #> [17045] "umolCO2.to.gC" #> [17046] "virtual.temp" #> [17047] "VPD.to.rH" #> [17048] "wetbulb.temp" #> [17049] "wind.profile" #> [17050] "WUE.metrics" #> [17051] "bigglm" #> [17052] "biglm" #> [17053] "predict.bigglm" #> [17054] "bdm.boxp" #> [17055] "bdm.cost" #> [17056] "bdm.dMap" #> [17057] "bdm.dMap.plot" #> [17058] "bdm.example" #> [17059] "bdm.fName" #> [17060] "bdm.init" #> [17061] "bdm.labels" #> [17062] "bdm.local" #> [17063] "bdm.mybdm" #> [17064] "bdm.pakde" #> [17065] "bdm.plot" #> [17066] "bdm.ptsne" #> [17067] "bdm.qMap" #> [17068] "bdm.save" #> [17069] "bdm.scp" #> [17070] "bdm.wtt" #> [17071] "findexact" #> [17072] "glover" #> [17073] "nearfine" #> [17074] "netfine" #> [17075] "nfmatch" #> [17076] "nh0506" #> [17077] "optcal" #> [17078] "optconstant" #> [17079] "smahal" #> [17080] "bigmemory-package" #> [17081] "as.big.matrix-methods" #> [17082] "as.matrix,big.matrix-method" #> [17083] "big.matrix" #> [17084] "big.matrix-class" #> [17085] "deepcopy" #> [17086] "describe,big.matrix-method" #> [17087] "descriptor-class" #> [17088] "dim,big.matrix-method" #> [17089] "dimnames,big.matrix-method" #> [17090] "Extract,big.matrix" #> [17091] "flush" #> [17092] "GetMatrixSize" #> [17093] "head,big.matrix-method" #> [17094] "is.float" #> [17095] "is.float,numeric-method" #> [17096] "is.sub.big.matrix" #> [17097] "length,big.matrix-method" #> [17098] "morder" #> [17099] "mwhich" #> [17100] "mwhich-methods" #> [17101] "ncol,big.matrix-method" #> [17102] "print,big.matrix-method" #> [17103] "typeof,big.matrix-method" #> [17104] "write.big.matrix" #> [17105] "bigmemory.sri-package" #> [17106] "attach.resource" #> [17107] "bigml-package" #> [17108] "createDataset" #> [17109] "createModel" #> [17110] "createPrediction" #> [17111] "createSource" #> [17112] "deleteResource" #> [17113] "formEncodeURL" #> [17114] "getDataset" #> [17115] "getModel" #> [17116] "getPrediction" #> [17117] "getSource" #> [17118] "listDatasets" #> [17119] "listModels" #> [17120] "listSources" #> [17121] "quickDataset" #> [17122] "quickModel" #> [17123] "quickPrediction" #> [17124] "quickSource" #> [17125] "setCredentials" #> [17126] "bigQueryR" #> [17127] "bqr_auth" #> [17128] "bqr_copy_table" #> [17129] "bqr_create_table" #> [17130] "bqr_delete_table" #> [17131] "bqr_download_extract" #> [17132] "bqr_download_query" #> [17133] "bqr_extract_data" #> [17134] "bqr_get_global_dataset" #> [17135] "bqr_get_global_project" #> [17136] "bqr_get_job" #> [17137] "bqr_global_dataset" #> [17138] "bqr_global_project" #> [17139] "bqr_grant_extract_access" #> [17140] "bqr_list_datasets" #> [17141] "bqr_list_jobs" #> [17142] "bqr_list_projects" #> [17143] "bqr_list_tables" #> [17144] "bqr_partition" #> [17145] "bqr_query" #> [17146] "bqr_query_asynch" #> [17147] "bqr_table_data" #> [17148] "bqr_table_meta" #> [17149] "bqr_upload_data" #> [17150] "bqr_wait_for_job" #> [17151] "schema_fields" #> [17152] "BigQuic" #> [17153] "BigQuic.select" #> [17154] "BigQuicHelper" #> [17155] "BigQuic_object-class" #> [17156] "BigQuic_object_builder" #> [17157] "generate_sample" #> [17158] "plot.BigQuic_object" #> [17159] "big_fread1" #> [17160] "big_fread2" #> [17161] "cbind_df" #> [17162] "fread2" #> [17163] "fwrite2" #> [17164] "nlines" #> [17165] "rbind_df" #> [17166] "split_file" #> [17167] "big_fread" #> [17168] "asInteger" #> [17169] "bglm" #> [17170] "bglm_predict" #> [17171] "binomial_" #> [17172] "blm" #> [17173] "CreateFactor" #> [17174] "data_frame" #> [17175] "data_matrix" #> [17176] "family_" #> [17177] "Gamma_" #> [17178] "gaussian_" #> [17179] "inverse.gaussian_" #> [17180] "load_data_frame" #> [17181] "load_data_matrix" #> [17182] "myIn" #> [17183] "mySeq" #> [17184] "plasma" #> [17185] "poisson_" #> [17186] "print.bglm" #> [17187] "print.blm" #> [17188] "print.data_frame" #> [17189] "print.data_matrix" #> [17190] "print.summary.bglm" #> [17191] "print.summary.blm" #> [17192] "process_bglm_block" #> [17193] "quasibinomial_" #> [17194] "quasipoisson_" #> [17195] "quasi_" #> [17196] "readNumericVector" #> [17197] "read_df_block" #> [17198] "read_df_blocks" #> [17199] "read_matrix_block" #> [17200] "read_matrix_blocks" #> [17201] "r_bind" #> [17202] "summary.bglm" #> [17203] "summary.blm" #> [17204] "sum_bglm_block" #> [17205] "SVD" #> [17206] "writeNumericVector" #> [17207] "write_numeric_vector" #> [17208] "XWXMatrix" #> [17209] "XWXMatrixW" #> [17210] "api-dataset" #> [17211] "api-job" #> [17212] "api-project" #> [17213] "api-table" #> [17214] "bigquery" #> [17215] "bq_field" #> [17216] "bq_projects" #> [17217] "bq_query" #> [17218] "bq_refs" #> [17219] "bq_table_download" #> [17220] "src_bigquery" #> [17221] "BigSEM-package" #> [17222] "bootsem" #> [17223] "fitsem" #> [17224] "getedges" #> [17225] "bigsplines-package" #> [17226] "bigspline" #> [17227] "bigssa" #> [17228] "bigssg" #> [17229] "bigssp" #> [17230] "bigtps" #> [17231] "binsamp" #> [17232] "imagebar" #> [17233] "makessa" #> [17234] "makessg" #> [17235] "makessp" #> [17236] "ordspline" #> [17237] "plotbar" #> [17238] "plotci" #> [17239] "predict.bigspline" #> [17240] "predict.bigssa" #> [17241] "predict.bigssg" #> [17242] "predict.bigssp" #> [17243] "predict.bigtps" #> [17244] "predict.ordspline" #> [17245] "ssBasis" #> [17246] "'tcrossprodSelf.R'" #> [17247] "'transpose.R'" #> [17248] "'univLinReg.R'" #> [17249] "'utils-assert.R'" #> [17250] "'utils.R'" #> [17251] "Florian" #> [17252] "Privé" #> [17253] "Blum" #> [17254] "Hugues" #> [17255] "Aschard" #> [17256] "2019-03-03" #> [17257] "17:30:13" #> [17258] "bigstatsr-package" #> [17259] "asPlotlyText" #> [17260] "AUC" #> [17261] "big_apply" #> [17262] "big_colstats" #> [17263] "big_copy" #> [17264] "big_cor" #> [17265] "big_counts" #> [17266] "big_cprodMat" #> [17267] "big_cprodVec" #> [17268] "big_crossprodSelf" #> [17269] "big_parallelize" #> [17270] "big_prodMat" #> [17271] "big_prodVec" #> [17272] "big_randomSVD" #> [17273] "big_read" #> [17274] "big_scale" #> [17275] "big_spLinReg" #> [17276] "big_spLogReg" #> [17277] "big_SVD" #> [17278] "big_tcrossprodSelf" #> [17279] "big_transpose" #> [17280] "big_univLinReg" #> [17281] "big_univLogReg" #> [17282] "big_write" #> [17283] "block_size" #> [17284] "Extract" #> [17285] "FBM-class" #> [17286] "FBM-methods" #> [17287] "FBM.code256-class" #> [17288] "FBM.code256-methods" #> [17289] "get_beta" #> [17290] "nb_cores" #> [17291] "pasteLoc" #> [17292] "plot.big_sp_list" #> [17293] "plot.big_SVD" #> [17294] "plot.mhtest" #> [17295] "plus" #> [17296] "predict.big_sp" #> [17297] "predict.big_sp_list" #> [17298] "predict.big_SVD" #> [17299] "predict.mhtest" #> [17300] "Replace" #> [17301] "sub_bk" #> [17302] "summary.big_sp_list" #> [17303] "theme_bigstatsr" #> [17304] "without_downcast_warning" #> [17305] "bic" #> [17306] "bigstep" #> [17307] "fast_forward" #> [17308] "maic" #> [17309] "maic2" #> [17310] "mbic" #> [17311] "mbic2" #> [17312] "multi_backward" #> [17313] "prepare_data" #> [17314] "reduce_matrix" #> [17315] "stepwise" #> [17316] "summary.big" #> [17317] "bigtabulate-package" #> [17318] "bigtabulate" #> [17319] "bigtcr-package" #> [17320] "get.ccif" #> [17321] "get.gap.ccif" #> [17322] "get.gap.kt" #> [17323] "get.gap.pval" #> [17324] "get.kendalltau" #> [17325] "get.pval" #> [17326] "pancancer" #> [17327] "bigtime" #> [17328] "directforecast" #> [17329] "lagmatrix" #> [17330] "sparseVAR" #> [17331] "sparseVARMA" #> [17332] "sparseVARX" #> [17333] "BigTSP-package" #> [17334] "cv.LDCA" #> [17335] "LDCA" #> [17336] "predict.cv.LDCA" #> [17337] "predict.LDCA" #> [17338] "predict.tsp.gbm" #> [17339] "predict.tsp.randomForest" #> [17340] "predict.tsp.tree" #> [17341] "print.cv.LDCA" #> [17342] "print.LDCA" #> [17343] "tsp.gbm" #> [17344] "tsp.randomForest" #> [17345] "tsp.tree" #> [17346] "BigVAR" #> [17347] "BigVAR-class" #> [17348] "BigVAR.est" #> [17349] "BigVAR.results" #> [17350] "constructModel" #> [17351] "cv.BigVAR" #> [17352] "MultVarSim" #> [17353] "plot.BigVAR" #> [17354] "PredictVARX" #> [17355] "show.BigVAR" #> [17356] "SparsityPlot.BigVAR.results" #> [17357] "VarptoVar1MC" #> [17358] "VARXFit" #> [17359] "VARXForecastEval" #> [17360] "bikedata" #> [17361] "bike_cities" #> [17362] "bike_daily_trips" #> [17363] "bike_datelimits" #> [17364] "bike_db_totals" #> [17365] "bike_demographic_data" #> [17366] "bike_distmat" #> [17367] "bike_latest_files" #> [17368] "bike_match_matrices" #> [17369] "bike_rm_db" #> [17370] "bike_rm_test_data" #> [17371] "bike_stations" #> [17372] "bike_stored_files" #> [17373] "bike_summary_stats" #> [17374] "bike_test_data" #> [17375] "bike_tripmat" #> [17376] "bike_write_test_data" #> [17377] "dl_bikedata" #> [17378] "index_bikedata_db" #> [17379] "store_bikedata" #> [17380] "bastations" #> [17381] "batrips" #> [17382] "baweather" #> [17383] "bild-package" #> [17384] "airpollution" #> [17385] "bild" #> [17386] "bild-class" #> [17387] "bildControl" #> [17388] "bildIntegrate" #> [17389] "getAIC" #> [17390] "getAIC-methods" #> [17391] "getLogLik" #> [17392] "getLogLik-methods" #> [17393] "locust" #> [17394] "muscatine" #> [17395] "summary.bild-class" #> [17396] "lyrics" #> [17397] "spotify_playlists" #> [17398] "spotify_track_data" #> [17399] "wiki_hot_100s" #> [17400] "billboarder-package" #> [17401] "avengers" #> [17402] "bb_add_style" #> [17403] "bb_area" #> [17404] "bb_axis" #> [17405] "bb_bar" #> [17406] "bb_barchart" #> [17407] "bb_bar_color_manual" #> [17408] "bb_bubble" #> [17409] "bb_callbacks" #> [17410] "bb_categories" #> [17411] "bb_color" #> [17412] "bb_colors_manual" #> [17413] "bb_data" #> [17414] "bb_densityplot" #> [17415] "bb_donut" #> [17416] "bb_donutchart" #> [17417] "bb_gauge" #> [17418] "bb_gaugechart" #> [17419] "bb_grid" #> [17420] "bb_histogram" #> [17421] "bb_interaction" #> [17422] "bb_labs" #> [17423] "bb_legend" #> [17424] "bb_line" #> [17425] "bb_linechart" #> [17426] "bb_load" #> [17427] "bb_lollipop" #> [17428] "bb_pie" #> [17429] "bb_piechart" #> [17430] "bb_point" #> [17431] "bb_proxy_axis_labels" #> [17432] "bb_proxy_data_colors" #> [17433] "bb_proxy_data_names" #> [17434] "bb_proxy_focus" #> [17435] "bb_proxy_groups" #> [17436] "bb_proxy_hide" #> [17437] "bb_proxy_legend" #> [17438] "bb_proxy_show" #> [17439] "bb_proxy_tooltip" #> [17440] "bb_proxy_transform" #> [17441] "bb_proxy_xs" #> [17442] "bb_radar" #> [17443] "bb_radarchart" #> [17444] "bb_regions" #> [17445] "bb_scatterplot" #> [17446] "bb_spline" #> [17447] "bb_subchart" #> [17448] "bb_svg" #> [17449] "bb_title" #> [17450] "bb_tooltip" #> [17451] "bb_transition" #> [17452] "bb_unload" #> [17453] "bb_zoom" #> [17454] "billboard-aes" #> [17455] "billboarder" #> [17456] "billboarder-exports" #> [17457] "billboarder-shiny" #> [17458] "cdc_prod_filiere" #> [17459] "equilibre_mensuel" #> [17460] "prod_filiere_long" #> [17461] "prod_par_filiere" #> [17462] "proxy_example" #> [17463] "set_theme" #> [17464] "suffix" #> [17465] "bimetallic-package" #> [17466] "allelicOR" #> [17467] "bimetallic-internal" #> [17468] "Power" #> [17469] "Chi-square" #> [17470] "bimixt-package" #> [17471] "bc.binorm" #> [17472] "bc.fourcomp" #> [17473] "bc.twocomp" #> [17474] "bimixt.model" #> [17475] "boxcox.deriv" #> [17476] "boxcox.inv" #> [17477] "boxcox.inv.density" #> [17478] "em.twocomp.m1" #> [17479] "em.twocomp.m2" #> [17480] "em.twocomp.m3" #> [17481] "lr.test" #> [17482] "maxll" #> [17483] "mn" #> [17484] "plot.model" #> [17485] "print.model" #> [17486] "prop" #> [17487] "rmix" #> [17488] "ROCauc" #> [17489] "ROCcoords" #> [17490] "ROCpauc" #> [17491] "ROCplot" #> [17492] "stdev" #> [17493] "summary.model" #> [17494] "type" #> [17495] "bimodalIndex" #> [17496] "BASCResult-class" #> [17497] "binarizationExample" #> [17498] "BinarizationResult-class" #> [17499] "binarize.BASC" #> [17500] "binarize.kMeans" #> [17501] "binarizeMatrix" #> [17502] "plot,BinarizationResult-method" #> [17503] "plot,TrinarizationResult-method" #> [17504] "plotStepFunctions" #> [17505] "TASC" #> [17506] "TASCResult-class" #> [17507] "trinarizationExample" #> [17508] "TrinarizationResult-class" #> [17509] "trinarizeMatrix" #> [17510] "Binary_threshold" #> [17511] "BinomialEMVS" #> [17512] "data.sim" #> [17513] "BinaryEPPM-package" #> [17514] "BBprob" #> [17515] "Berkshires.litters" #> [17516] "BinaryEPPM" #> [17517] "CBprob" #> [17518] "coef.BinaryEPPM" #> [17519] "cooks.distance.BinaryEPPM" #> [17520] "doubexp" #> [17521] "doubrecip" #> [17522] "EPPMprob" #> [17523] "fitted.BinaryEPPM" #> [17524] "foodstamp.case" #> [17525] "foodstamp.grouped" #> [17526] "GBprob" #> [17527] "hatvalues.BinaryEPPM" #> [17528] "Hiroshima.case" #> [17529] "Hiroshima.grouped" #> [17530] "KupperHaseman.case" #> [17531] "LL.gradient" #> [17532] "LL.Regression.Binary" #> [17533] "logLik.BinaryEPPM" #> [17534] "loglog" #> [17535] "Luningetal.litters" #> [17536] "Model.BCBinProb" #> [17537] "Model.Binary" #> [17538] "Model.GB" #> [17539] "Model.JMVGB" #> [17540] "negcomplog" #> [17541] "Parkes.litters" #> [17542] "plot.BinaryEPPM" #> [17543] "powerlogit" #> [17544] "predict.BinaryEPPM" #> [17545] "print.BinaryEPPM" #> [17546] "print.summaryBinaryEPPM" #> [17547] "residuals.BinaryEPPM" #> [17548] "ropespores.case" #> [17549] "ropespores.grouped" #> [17550] "summary.BinaryEPPM" #> [17551] "Titanic.survivors.case" #> [17552] "Titanic.survivors.grouped" #> [17553] "vcov.BinaryEPPM" #> [17554] "waldtest.BinaryEPPM" #> [17555] "Williams.litters" #> [17556] "Yorkshires.litters" #> [17557] "binaryGP_fit" #> [17558] "predict.binaryGP" #> [17559] "print.binaryGP" #> [17560] "summary.binaryGP" #> [17561] "as.binary" #> [17562] "bin2gray" #> [17563] "binAdd" #> [17564] "binary" #> [17565] "binaryLogic" #> [17566] "binaryPrefix" #> [17567] "binSeq" #> [17568] "byte" #> [17569] "bytesNeeded" #> [17570] "fillUpToBit" #> [17571] "fillUpToByte" #> [17572] "gray2bin" #> [17573] "loadAttributes" #> [17574] "negate" #> [17575] "Ops.binary" #> [17576] "print.binary" #> [17577] "saveAttributes" #> [17578] "shiftLeft" #> [17579] "shiftRight" #> [17580] "summary.binary" #> [17581] "switchEndianess" #> [17582] "BINCOR-package" #> [17583] "bin_cor" #> [17584] "ccf_ts" #> [17585] "cor_ts" #> [17586] "ENSO.dat" #> [17587] "ID31.dat" #> [17588] "ID32.dat" #> [17589] "NHSST.dat" #> [17590] "plot_ts" #> [17591] "redfitMinls" #> [17592] "redfitTauest" #> [17593] "binda-package" #> [17594] "binda" #> [17595] "binda.ranking" #> [17596] "chances" #> [17597] "dichotomize" #> [17598] "is.binaryMatrix" #> [17599] "bincorr2commonprob" #> [17600] "check.commonprob" #> [17601] "commonprob2sigma" #> [17602] "condprob" #> [17603] "ra2ba" #> [17604] "rmvbin" #> [17605] "simul.commonprob" #> [17606] "SimulVals" #> [17607] "bindr-package" #> [17608] "create_env" #> [17609] "bindrcpp-package" #> [17610] "binequality-package" #> [17611] "county_bins" #> [17612] "fitFunc" #> [17613] "getMids" #> [17614] "getQuantilesParams" #> [17615] "giniCoef" #> [17616] "LRT" #> [17617] "makeFitComb" #> [17618] "makeInt" #> [17619] "makeIntWeight" #> [17620] "makeWeightsAIC" #> [17621] "mAvg" #> [17622] "midStats" #> [17623] "MLD" #> [17624] "modelAvg" #> [17625] "paramFilt" #> [17626] "run_GB_family" #> [17627] "school_district_bins" #> [17628] "SDL" #> [17629] "state_bins" #> [17630] "theilInd" #> [17631] "LRB" #> [17632] "LRBkey" #> [17633] "bingat-package" #> [17634] "braingraphs" #> [17635] "calcDistance" #> [17636] "estGStar" #> [17637] "estLogLik" #> [17638] "estMLE" #> [17639] "estTau" #> [17640] "genAlg" #> [17641] "genAlgConsensus" #> [17642] "getGibbsMixture" #> [17643] "getLoglikeMixture" #> [17644] "getNumEdges" #> [17645] "getNumNodes" #> [17646] "glrtPvalue" #> [17647] "graphNetworkPlot" #> [17648] "lrtPvalue" #> [17649] "pairedPvalue" #> [17650] "plotHeatmap" #> [17651] "plotMDS" #> [17652] "rGibbs" #> [17653] "testGoF" #> [17654] "binGroup-package" #> [17655] "accuracy.dorf" #> [17656] "Array.Measures" #> [17657] "beta.dist" #> [17658] "bgtCI" #> [17659] "bgtPower" #> [17660] "bgtTest" #> [17661] "bgtvs" #> [17662] "bgtWidth" #> [17663] "binCI" #> [17664] "binDesign" #> [17665] "binPower" #> [17666] "binTest" #> [17667] "binWidth" #> [17668] "characteristics.pool" #> [17669] "estDesign" #> [17670] "gt.control" #> [17671] "gtreg" #> [17672] "gtreg.halving" #> [17673] "gtreg.mp" #> [17674] "hierarchical.desc2" #> [17675] "hivsurv" #> [17676] "Inf.Array" #> [17677] "Inf.D3" #> [17678] "Inf.Dorf" #> [17679] "inf.dorf.measures" #> [17680] "Informative.array.prob" #> [17681] "MasterPool.Array.Measures" #> [17682] "nDesign" #> [17683] "NI.A2M" #> [17684] "NI.Array" #> [17685] "NI.D3" #> [17686] "NI.Dorf" #> [17687] "opt.info.dorf" #> [17688] "opt.pool.size" #> [17689] "OTC" #> [17690] "p.vec.func" #> [17691] "plot.bgtDesign" #> [17692] "plot.binDesign" #> [17693] "plot.poolbin" #> [17694] "pool.specific.dorf" #> [17695] "pooledBin" #> [17696] "pooledBinDiff" #> [17697] "predict.gt" #> [17698] "print.bgt" #> [17699] "print.bgtDesign" #> [17700] "print.binDesign" #> [17701] "print.gt" #> [17702] "print.poolbindiff" #> [17703] "print.summary.gt" #> [17704] "residuals.gt" #> [17705] "sDesign" #> [17706] "sim.gt" #> [17707] "sim.halving" #> [17708] "sim.mp" #> [17709] "summary.gt" #> [17710] "summary.gt.mp" #> [17711] "summary.poolbindiff" #> [17712] "thresh.val.dorf" #> [17713] "afgen" #> [17714] "ansc" #> [17715] "asymean" #> [17716] "asyvar" #> [17717] "binhf.wd" #> [17718] "Blocks" #> [17719] "chr20" #> [17720] "ebayesthresh.wavelet.wd" #> [17721] "free" #> [17722] "freeinv" #> [17723] "hf.inv2" #> [17724] "hfdenoise" #> [17725] "hfdenoise.wav" #> [17726] "ht" #> [17727] "ht.inv" #> [17728] "invansc" #> [17729] "invbinhf.wd" #> [17730] "norm" #> [17731] "pintens" #> [17732] "plotest" #> [17733] "propest.wav" #> [17734] "qqnormy" #> [17735] "qqstuff" #> [17736] "shift" #> [17737] "simsij" #> [17738] "statgen" #> [17739] "app_dir" #> [17740] "assign_directory" #> [17741] "binman" #> [17742] "download_files" #> [17743] "list_versions" #> [17744] "noproc_dlfiles" #> [17745] "predl_bitbucket_downloads" #> [17746] "predl_github_assets" #> [17747] "predl_google_storage" #> [17748] "process_yaml" #> [17749] "rm_platform" #> [17750] "rm_version" #> [17751] "unziptar_dlfiles" #> [17752] "binMto-package" #> [17753] "apprPower" #> [17754] "binMto" #> [17755] "binMtoMethods" #> [17756] "ec.mto" #> [17757] "nbinMto" #> [17758] "plot.binMto" #> [17759] "print.binMto" #> [17760] "simPower" #> [17761] "anv.binned" #> [17762] "bw.dens.binned" #> [17763] "bw.dist.binned" #> [17764] "bw.dist.binned.boot" #> [17765] "emergence.indices" #> [17766] "accurateData" #> [17767] "Binalysis-class" #> [17768] "binnedData" #> [17769] "binneRlyse" #> [17770] "binParameters" #> [17771] "BinParameters-class" #> [17772] "detectInfusionScans" #> [17773] "plotBin" #> [17774] "plotChromatogram" #> [17775] "plotChromFromFile" #> [17776] "plotFingerprint" #> [17777] "plotTIC" #> [17778] "show,Binalysis-method" #> [17779] "show,BinParameters-method" #> [17780] "BinNonNor-package" #> [17781] "Biserial.Corr.BN" #> [17782] "correlation.bound.check" #> [17783] "correlation.limits" #> [17784] "fleishman.coef" #> [17785] "gen.Bin.NonNor" #> [17786] "Int.Corr.NN" #> [17787] "overall.corr.mat" #> [17788] "Tetra.Corr.BB" #> [17789] "validation.bin" #> [17790] "validation.corr" #> [17791] "validation.skewness.kurtosis" #> [17792] "BinNor-package" #> [17793] "compute.sigma.star" #> [17794] "jointly.generate.binary.normal" #> [17795] "lower.tri.to.corr.mat" #> [17796] "simulation" #> [17797] "validation.nor" #> [17798] "validation.range" #> [17799] "binom.bayes" #> [17800] "binom.cloglog" #> [17801] "binom.confint" #> [17802] "binom.coverage" #> [17803] "binom.length" #> [17804] "binom.logit" #> [17805] "binom.lrt" #> [17806] "binom.optim" #> [17807] "binom.plot" #> [17808] "binom.power" #> [17809] "binom.probit" #> [17810] "binom.profile" #> [17811] "binom.sim" #> [17812] "cloglog.sample.size" #> [17813] "tkbinom.power" #> [17814] "binomialcftp-package" #> [17815] "bin_ps" #> [17816] "draw_i" #> [17817] "binomlogit-package" #> [17818] "caesarean" #> [17819] "dRUMAuxMix" #> [17820] "dRUMHAM" #> [17821] "dRUMIndMH" #> [17822] "IndivdRUMIndMH" #> [17823] "binomSamSize-package" #> [17824] "binom.liubailey" #> [17825] "binom.midp" #> [17826] "ciss.binom" #> [17827] "ciss.liubailey" #> [17828] "ciss.midp" #> [17829] "ciss.pool.wald" #> [17830] "ciss.wilson" #> [17831] "poolbinom.logit" #> [17832] "poolbinom.lrt" #> [17833] "BinOrdNonNor-package" #> [17834] "cmat.star.BinOrdNN" #> [17835] "Fleishman.coef.NN" #> [17836] "genBinOrdNN" #> [17837] "IntermediateNonNor" #> [17838] "IntermediateONN" #> [17839] "LimitforNN" #> [17840] "LimitforONN" #> [17841] "valid.limits.BinOrdNN" #> [17842] "validate.target.cormat.BinOrdNN" #> [17843] "print.scagdf" #> [17844] "scagnostics" #> [17845] "BinQuasi" #> [17846] "BQ" #> [17847] "call.peaks" #> [17848] "coef.glm" #> [17849] "count.table" #> [17850] "NBDev" #> [17851] "PoisDev" #> [17852] "QL.fit" #> [17853] "QL.results" #> [17854] "binr" #> [17855] "bins" #> [17856] "bins.greedy" #> [17857] "bins.optimize" #> [17858] "bins.quantiles" #> [17859] "binseqtest-package" #> [17860] "analyze" #> [17861] "analyze-methods" #> [17862] "binseqtest-internal" #> [17863] "bound-class" #> [17864] "designOBF" #> [17865] "EN" #> [17866] "getTSalpha" #> [17867] "modify" #> [17868] "powerBsb" #> [17869] "prStop" #> [17870] "stopTable" #> [17871] "unirootDiscrete" #> [17872] "county_true" #> [17873] "rsubbins" #> [17874] "simcounty" #> [17875] "splinebins" #> [17876] "stepbins" #> [17877] "binsreg-package" #> [17878] "binsreg" #> [17879] "binsregselect" #> [17880] "binsregtest" #> [17881] "create_bins" #> [17882] "create_breaks" #> [17883] "create_dtbreaks" #> [17884] "create_earthbreaks" #> [17885] "create_jenksbreaks" #> [17886] "create_kmeansbreaks" #> [17887] "create_mdlpbreaks" #> [17888] "get_control" #> [17889] "bio.infer-package" #> [17890] "bcnt.emapw" #> [17891] "bcnt.OR" #> [17892] "bcnt.otu.OR" #> [17893] "bcnt.tax.OR" #> [17894] "coef.east.sed" #> [17895] "coef.west.wt" #> [17896] "correct.taxanames" #> [17897] "envdata.emapw" #> [17898] "envdata.OR" #> [17899] "flist.data" #> [17900] "flist.match" #> [17901] "formtomat" #> [17902] "get.dupe.sel" #> [17903] "get.otu" #> [17904] "get.taxon.names" #> [17905] "get.taxonomic" #> [17906] "get.valid.names" #> [17907] "in.ITIS" #> [17908] "incorp.correct" #> [17909] "infergui" #> [17910] "itis.ttable" #> [17911] "load.itis" #> [17912] "load.revised.otu" #> [17913] "load.revised.species" #> [17914] "locate.dupes" #> [17915] "make.fulltab1" #> [17916] "make.species" #> [17917] "makess" #> [17918] "mlsolve" #> [17919] "modalDialog" #> [17920] "output.tax.table" #> [17921] "parse.taxon.name" #> [17922] "remove.dupes" #> [17923] "resolve.mult" #> [17924] "sel.coeffile" #> [17925] "ss.OR" #> [17926] "taxon.env" #> [17927] "tklist.modal" #> [17928] "trait.feeding" #> [17929] "trait.habit" #> [17930] "trait.stat" #> [17931] "view.te" #> [17932] "bio3d-package" #> [17933] "aa.index" #> [17934] "aa.table" #> [17935] "aa123" #> [17936] "aa2index" #> [17937] "aa2mass" #> [17938] "aanma" #> [17939] "aanma.pdbs" #> [17940] "aln2html" #> [17941] "angle.xyz" #> [17942] "as.fasta" #> [17943] "as.pdb" #> [17944] "as.select" #> [17945] "atom.index" #> [17946] "atom.select" #> [17947] "atom2ele" #> [17948] "atom2mass" #> [17949] "atom2xyz" #> [17950] "basename.pdb" #> [17951] "bhattacharyya" #> [17952] "binding.site" #> [17953] "biounit" #> [17954] "blast.pdb" #> [17955] "bounds.sse" #> [17956] "bwr.colors" #> [17957] "cat.pdb" #> [17958] "chain.pdb" #> [17959] "check.utility" #> [17960] "clean.pdb" #> [17961] "cmap" #> [17962] "cna" #> [17963] "cnapath" #> [17964] "com" #> [17965] "combine.select" #> [17966] "community.aln" #> [17967] "community.tree" #> [17968] "conserv" #> [17969] "convert.pdb" #> [17970] "core.find" #> [17971] "cov.nma" #> [17972] "covsoverlap" #> [17973] "dccm" #> [17974] "dccm.enma" #> [17975] "dccm.gnm" #> [17976] "dccm.nma" #> [17977] "dccm.pca" #> [17978] "dccm.xyz" #> [17979] "deformation.nma" #> [17980] "diag.ind" #> [17981] "difference.vector" #> [17982] "dist.xyz" #> [17983] "dm" #> [17984] "dssp" #> [17985] "elements" #> [17986] "example.data" #> [17987] "filter.cmap" #> [17988] "filter.dccm" #> [17989] "filter.identity" #> [17990] "filter.rmsd" #> [17991] "fit.xyz" #> [17992] "fluct.nma" #> [17993] "formula2mass" #> [17994] "gap.inspect" #> [17995] "geostas" #> [17996] "get.pdb" #> [17997] "get.seq" #> [17998] "gnm" #> [17999] "hclustplot" #> [18000] "hmmer" #> [18001] "identify.cna" #> [18002] "inner.prod" #> [18003] "inspect.connectivity" #> [18004] "is.gap" #> [18005] "is.mol2" #> [18006] "is.pdb" #> [18007] "is.select" #> [18008] "is.xyz" #> [18009] "layout.cna" #> [18010] "lbio3d" #> [18011] "lmi" #> [18012] "load.enmff" #> [18013] "mask" #> [18014] "mktrj" #> [18015] "motif.find" #> [18016] "mustang" #> [18017] "network.amendment" #> [18018] "nma" #> [18019] "nma.pdb" #> [18020] "nma.pdbs" #> [18021] "normalize.vector" #> [18022] "orient.pdb" #> [18023] "overlap" #> [18024] "pairwise" #> [18025] "pca" #> [18026] "pca.array" #> [18027] "pca.pdbs" #> [18028] "pca.tor" #> [18029] "pca.xyz" #> [18030] "pdb.annotate" #> [18031] "pdb2aln" #> [18032] "pdb2aln.ind" #> [18033] "pdb2sse" #> [18034] "pdbaln" #> [18035] "pdbfit" #> [18036] "pdbs2pdb" #> [18037] "pdbs2sse" #> [18038] "pdbseq" #> [18039] "pdbsplit" #> [18040] "pfam" #> [18041] "plot.bio3d" #> [18042] "plot.cmap" #> [18043] "plot.cna" #> [18044] "plot.core" #> [18045] "plot.dccm" #> [18046] "plot.dmat" #> [18047] "plot.enma" #> [18048] "plot.fasta" #> [18049] "plot.fluct" #> [18050] "plot.geostas" #> [18051] "plot.hmmer" #> [18052] "plot.matrix.loadings" #> [18053] "plot.nma" #> [18054] "plot.pca" #> [18055] "plot.pca.loadings" #> [18056] "plot.rmsip" #> [18057] "print.cna" #> [18058] "print.core" #> [18059] "print.fasta" #> [18060] "print.xyz" #> [18061] "project.pca" #> [18062] "prune.cna" #> [18063] "pymol" #> [18064] "read.all" #> [18065] "read.cif" #> [18066] "read.crd" #> [18067] "read.crd.amber" #> [18068] "read.crd.charmm" #> [18069] "read.dcd" #> [18070] "read.fasta" #> [18071] "read.fasta.pdb" #> [18072] "read.mol2" #> [18073] "read.ncdf" #> [18074] "read.pdb" #> [18075] "read.pdcBD" #> [18076] "read.pqr" #> [18077] "read.prmtop" #> [18078] "rgyr" #> [18079] "rmsd" #> [18080] "rmsf" #> [18081] "rmsip" #> [18082] "sdENM" #> [18083] "seq2aln" #> [18084] "seqaln" #> [18085] "seqaln.pair" #> [18086] "seqbind" #> [18087] "seqidentity" #> [18088] "setup.ncore" #> [18089] "sip" #> [18090] "sse.bridges" #> [18091] "store.atom" #> [18092] "struct.aln" #> [18093] "torsion.pdb" #> [18094] "torsion.xyz" #> [18095] "trim.mol2" #> [18096] "trim.pdbs" #> [18097] "trim.xyz" #> [18098] "unbound" #> [18099] "uniprot" #> [18100] "var.xyz" #> [18101] "vec2resno" #> [18102] "vmd" #> [18103] "vmd_colors" #> [18104] "wrap.tor" #> [18105] "write.crd" #> [18106] "write.fasta" #> [18107] "write.mol2" #> [18108] "write.ncdf" #> [18109] "write.pdb" #> [18110] "write.pir" #> [18111] "write.pqr" #> [18112] "bioacoustics-package" #> [18113] "blob_detection" #> [18114] "fspec" #> [18115] "guano_md" #> [18116] "metadata" #> [18117] "metadata_zc" #> [18118] "mp3_to_wav" #> [18119] "myotis" #> [18120] "plot_zc" #> [18121] "read_audio" #> [18122] "read_mp3" #> [18123] "read_wac" #> [18124] "read_wav" #> [18125] "read_zc" #> [18126] "spectro" #> [18127] "threshold_detection" #> [18128] "write_zc" #> [18129] "BioCircos" #> [18130] "BioCircos-shiny" #> [18131] "BioCircosArcTrack" #> [18132] "BioCircosBackgroundTrack" #> [18133] "BioCircosBarTrack" #> [18134] "BioCircosCNVTrack" #> [18135] "BioCircosHeatmapTrack" #> [18136] "BioCircosLineTrack" #> [18137] "BioCircosLinkTrack" #> [18138] "BioCircosSNPTrack" #> [18139] "BioCircosTextTrack" #> [18140] "BioCircosTracklist" #> [18141] "BiocManager-pkg" #> [18142] "repositories" #> [18143] "valid" #> [18144] "version" #> [18145] "Biocomb-package" #> [18146] "CalcGene" #> [18147] "CalcROC" #> [18148] "Calculate3D" #> [18149] "CalculateHUM_Ex" #> [18150] "CalculateHUM_Plot" #> [18151] "CalculateHUM_ROC" #> [18152] "CalculateHUM_seq" #> [18153] "chi2.algorithm" #> [18154] "classifier.loop" #> [18155] "compute.auc.permutation" #> [18156] "compute.auc.random" #> [18157] "compute.aucs" #> [18158] "cost.curve" #> [18159] "datasetF6" #> [18160] "data_test" #> [18161] "generate.data.miss" #> [18162] "input_miss" #> [18163] "leukemia72" #> [18164] "leukemia72_2" #> [18165] "leukemia_miss" #> [18166] "pauc" #> [18167] "pauclog" #> [18168] "plotClass.result" #> [18169] "plotRoc.curves" #> [18170] "ProcessData" #> [18171] "select.cfs" #> [18172] "select.fast.filter" #> [18173] "select.forward.Corr" #> [18174] "select.forward.wrapper" #> [18175] "select.inf.chi2" #> [18176] "select.inf.gain" #> [18177] "select.inf.symm" #> [18178] "select.process" #> [18179] "select.relief" #> [18180] "col.sto" #> [18181] "Fst" #> [18182] "hedrick" #> [18183] "lasker" #> [18184] "mal.cond" #> [18185] "mal.eq" #> [18186] "mal.phi" #> [18187] "mar.iso" #> [18188] "mtx.exp" #> [18189] "P." #> [18190] "r.pairs" #> [18191] "raw.mig" #> [18192] "rel.cond" #> [18193] "rel.phi" #> [18194] "rri" #> [18195] "S." #> [18196] "sur.freq" #> [18197] "sur.inbr" #> [18198] "surnames" #> [18199] "sym.P" #> [18200] "uri" #> [18201] "valley" #> [18202] "BiodiversityR-package" #> [18203] "accumresult" #> [18204] "add.spec.scores" #> [18205] "balanced.specaccum" #> [18206] "BCI.env" #> [18207] "BiodiversityR.changeLog" #> [18208] "BiodiversityRGUI" #> [18209] "CAPdiscrim" #> [18210] "caprescale" #> [18211] "crosstabanalysis" #> [18212] "deviancepercentage" #> [18213] "dist.eval" #> [18214] "dist.zeroes" #> [18215] "distdisplayed" #> [18216] "disttransform" #> [18217] "diversityresult" #> [18218] "ensemble.analogue" #> [18219] "ensemble.batch" #> [18220] "ensemble.bioclim" #> [18221] "ensemble.bioclim.graph" #> [18222] "ensemble.calibrate.models" #> [18223] "ensemble.dummy.variables" #> [18224] "ensemble.ecocrop" #> [18225] "ensemble.novel" #> [18226] "ensemble.raster" #> [18227] "ensemble.red" #> [18228] "ensemble.spatialThin" #> [18229] "ensemble.zones" #> [18230] "evaluation.strip.data" #> [18231] "faramea" #> [18232] "ifri" #> [18233] "importancevalue" #> [18234] "loaded.citations" #> [18235] "makecommunitydataset" #> [18236] "multiconstrained" #> [18237] "nested.anova.dbrda" #> [18238] "NMSrandom" #> [18239] "nnetrandom" #> [18240] "ordicoeno" #> [18241] "ordisymbol" #> [18242] "PCAsignificance" #> [18243] "radfitresult" #> [18244] "rankabundance" #> [18245] "removeNAcomm" #> [18246] "renyiresult" #> [18247] "residualssurface" #> [18248] "spatialsample" #> [18249] "transfgradient" #> [18250] "transfspecies" #> [18251] "warcom" #> [18252] "warenv" #> [18253] "BIOdry-package" #> [18254] "amod" #> [18255] "anova.modelFrame" #> [18256] "arguSelect" #> [18257] "cClass" #> [18258] "frametoLme" #> [18259] "levexp" #> [18260] "lmeForm" #> [18261] "modelFrame" #> [18262] "moveYr" #> [18263] "muleMan" #> [18264] "mUnits" #> [18265] "Pchron" #> [18266] "plot.modelFrame" #> [18267] "plot.muleMan" #> [18268] "plot.wlai" #> [18269] "Pradii03" #> [18270] "Prec" #> [18271] "Prings05" #> [18272] "PTclim05" #> [18273] "ringApply" #> [18274] "rtimes" #> [18275] "scacum" #> [18276] "shiftFrame" #> [18277] "slitFrame" #> [18278] "summary.modelFrame" #> [18279] "tdForm" #> [18280] "Temp" #> [18281] "wlai" #> [18282] "as.gbLocation" #> [18283] "biofiles" #> [18284] "dbxref" #> [18285] "end" #> [18286] "featureTable" #> [18287] "filter" #> [18288] "fuzzy" #> [18289] "gbFeature-class" #> [18290] "gbFeatureTable-class" #> [18291] "gbRecord" #> [18292] "gbRecord-class" #> [18293] "gbRecordList-class" #> [18294] "geneID" #> [18295] "getFeatures" #> [18296] "getHeader" #> [18297] "getLocus" #> [18298] "getSequence" #> [18299] "hasKey" #> [18300] "hasQualif" #> [18301] "index" #> [18302] "key" #> [18303] "length,gbRecord-method" #> [18304] "location" #> [18305] "locusTag" #> [18306] "note" #> [18307] "product" #> [18308] "proteinID" #> [18309] "qualif" #> [18310] "qualifList" #> [18311] "qualifTable" #> [18312] "ranges" #> [18313] "saveRecord" #> [18314] "span" #> [18315] "start" #> [18316] "strand" #> [18317] "translation" #> [18318] "uniqueQualifs" #> [18319] "upstream" #> [18320] "write.FeatureTable" #> [18321] "write.GenBank" #> [18322] "[[,gbFeature,character,missing-method" #> [18323] "alltools" #> [18324] "area" #> [18325] "betaprime" #> [18326] "betaprime_plot" #> [18327] "betasecond" #> [18328] "betasecond_plot" #> [18329] "beta_plot" #> [18330] "curvature" #> [18331] "curvature_plot" #> [18332] "datirel" #> [18333] "export_plots" #> [18334] "radius" #> [18335] "radius_plot" #> [18336] "ranking" #> [18337] "summary_species" #> [18338] "calcCOD" #> [18339] "comp" #> [18340] "comp2" #> [18341] "cumBg" #> [18342] "mass" #> [18343] "mass2vol" #> [18344] "massw" #> [18345] "molMass" #> [18346] "planBMP" #> [18347] "predBg" #> [18348] "s3compl" #> [18349] "s3compw" #> [18350] "s3lcombo" #> [18351] "s3voll" #> [18352] "s3volw" #> [18353] "setup" #> [18354] "setup2" #> [18355] "stdVol" #> [18356] "strawComp" #> [18357] "strawMass" #> [18358] "strawPressure" #> [18359] "strawSetup" #> [18360] "summBg" #> [18361] "vol" #> [18362] "vol2" #> [18363] "vol2mass" #> [18364] "vol2mol" #> [18365] "biogeo-package" #> [18366] "addmainfields" #> [18367] "alternatives" #> [18368] "alternatives2" #> [18369] "alternativesenv" #> [18370] "checkdatastr" #> [18371] "coord2numeric" #> [18372] "datm" #> [18373] "dd2dmslat" #> [18374] "dd2dmslong" #> [18375] "dem" #> [18376] "dms2dd" #> [18377] "dmsabs" #> [18378] "dmsparse" #> [18379] "dmsparsefmt" #> [18380] "duplicatesexclude" #> [18381] "edat" #> [18382] "elevcheck" #> [18383] "env2stack" #> [18384] "errorcheck" #> [18385] "fieldsmissing" #> [18386] "finddecimals" #> [18387] "fmtcheck" #> [18388] "gbifdat" #> [18389] "geo2envid" #> [18390] "geo2envpca" #> [18391] "getextent" #> [18392] "getformat" #> [18393] "getletter" #> [18394] "keepmainfields" #> [18395] "missingcoords" #> [18396] "missingvalsexclude" #> [18397] "modified" #> [18398] "modifiedtoday" #> [18399] "msk60" #> [18400] "nearestcell" #> [18401] "outliers" #> [18402] "parsecoords" #> [18403] "places" #> [18404] "plotsetup" #> [18405] "points2shape" #> [18406] "pointsworld" #> [18407] "precisioncheck" #> [18408] "precisionenv" #> [18409] "quickclean" #> [18410] "quickrich" #> [18411] "renamefields" #> [18412] "richness" #> [18413] "richnessmap" #> [18414] "rjack" #> [18415] "sep" #> [18416] "speciescount" #> [18417] "substddmm" #> [18418] "uniqueformats" #> [18419] "wclim" #> [18420] "world" #> [18421] "biogram-package" #> [18422] "aaprop" #> [18423] "add_1grams" #> [18424] "as.data.frame.feature_test" #> [18425] "calc_criterion" #> [18426] "calc_cs" #> [18427] "calc_ed" #> [18428] "calc_ig" #> [18429] "calc_kl" #> [18430] "calc_pi" #> [18431] "calc_si" #> [18432] "cluster_reg_exp" #> [18433] "code_ngrams" #> [18434] "construct_ngrams" #> [18435] "count_multigrams" #> [18436] "count_ngrams" #> [18437] "count_specified" #> [18438] "count_total" #> [18439] "create_encoding" #> [18440] "create_feature_target" #> [18441] "create_ngrams" #> [18442] "criterion_distribution" #> [18443] "cut.feature_test" #> [18444] "decode_ngrams" #> [18445] "degenerate" #> [18446] "distr_crit" #> [18447] "encoding2df" #> [18448] "fast_crosstable" #> [18449] "feature_test" #> [18450] "gap_ngrams" #> [18451] "get_ngrams_ind" #> [18452] "human_cleave" #> [18453] "is_ngram" #> [18454] "l2n" #> [18455] "list2matrix" #> [18456] "n2l" #> [18457] "ngrams2df" #> [18458] "plot.criterion_distribution" #> [18459] "position_ngrams" #> [18460] "print.feature_test" #> [18461] "seq2ngrams" #> [18462] "summary.feature_test" #> [18463] "table_ngrams" #> [18464] "test_features" #> [18465] "validate_encoding" #> [18466] "Biograph-package" #> [18467] "AgeTrans" #> [18468] "age_as_Date" #> [18469] "age_as_year" #> [18470] "Biograph.Lexis" #> [18471] "Biograph.long" #> [18472] "Biograph.msm" #> [18473] "Biograph.mstate" #> [18474] "Biograph.mvna" #> [18475] "ChangeObservationWindow.e" #> [18476] "ChangeObservationWindow.t" #> [18477] "check.par" #> [18478] "cmc_as_age" #> [18479] "cmc_as_Date" #> [18480] "cmc_as_year" #> [18481] "Cumrates" #> [18482] "Date_as_age" #> [18483] "Date_as_cmc" #> [18484] "Date_as_year" #> [18485] "date_b" #> [18486] "date_convert" #> [18487] "GLHS" #> [18488] "GLHS.IllnessDeath" #> [18489] "GLHS.trans" #> [18490] "Lexis.lines" #> [18491] "Lexis.points" #> [18492] "Lexislines.episodes" #> [18493] "LexisOccExp" #> [18494] "Lexispoints" #> [18495] "locpath" #> [18496] "MSLT" #> [18497] "NLOG98" #> [18498] "Occup" #> [18499] "OverviewEpisodes" #> [18500] "OverviewTransitions" #> [18501] "Parameters" #> [18502] "plot.cumrates" #> [18503] "plot.MSLT.S" #> [18504] "plot.occup.S" #> [18505] "pos.char" #> [18506] "pos.charstr" #> [18507] "Rates.ac" #> [18508] "RateTable" #> [18509] "Remove.intrastate" #> [18510] "rrdat" #> [18511] "SamplePath" #> [18512] "Sequences" #> [18513] "Sequences.ind" #> [18514] "Sequences.ind.0" #> [18515] "StateSpace" #> [18516] "state_age" #> [18517] "state_time" #> [18518] "string.blank.omit" #> [18519] "stringf" #> [18520] "Trans" #> [18521] "TransitionAB" #> [18522] "transitions" #> [18523] "YearTrans" #> [18524] "year_as_age" #> [18525] "year_as_cmc" #> [18526] "year_as_Date" #> [18527] "Bioi" #> [18528] "euclidean_linker" #> [18529] "find_blobs" #> [18530] "find_min_dists" #> [18531] "identify_thresholded_objects" #> [18532] "bwlabel3d" #> [18533] "cmoments3d" #> [18534] "cnnTest" #> [18535] "crossNN" #> [18536] "distance2border" #> [18537] "filterImage3d" #> [18538] "folder.choose" #> [18539] "intensity3D" #> [18540] "K.cross.3D" #> [18541] "L.cross.3D" #> [18542] "mexican.hat.brush" #> [18543] "nearest.neighbour.distribution" #> [18544] "nearestClassDistance" #> [18545] "nearestClassDistances" #> [18546] "outside" #> [18547] "plotNearestClassDistances" #> [18548] "readBMP" #> [18549] "readClassTIF" #> [18550] "readTIF" #> [18551] "segment.outside" #> [18552] "spots" #> [18553] "table.n" #> [18554] "testColoc" #> [18555] "writeTIF" #> [18556] "Arrhenius_iso" #> [18557] "Bigelow_iso" #> [18558] "build_temperature_interpolator" #> [18559] "check_model_params" #> [18560] "dArrhenius_model" #> [18561] "dBigelow_model" #> [18562] "dGeeraerd_model" #> [18563] "dMafart_model" #> [18564] "dPeleg_model" #> [18565] "dynamic_inactivation" #> [18566] "fit_dynamic_inactivation" #> [18567] "fit_inactivation_MCMC" #> [18568] "fit_isothermal_inactivation" #> [18569] "get_isothermal_model_data" #> [18570] "get_model_data" #> [18571] "get_prediction_cost" #> [18572] "is.FitInactivation" #> [18573] "is.FitInactivationMCMC" #> [18574] "is.IsoFitInactivation" #> [18575] "is.PredInactivationMCMC" #> [18576] "is.SimulInactivation" #> [18577] "isothermal_inactivation" #> [18578] "laterosporus_dyna" #> [18579] "laterosporus_iso" #> [18580] "plot.FitInactivation" #> [18581] "plot.FitInactivationMCMC" #> [18582] "plot.IsoFitInactivation" #> [18583] "plot.PredInactivationMCMC" #> [18584] "plot.SimulInactivation" #> [18585] "predict_inactivation" #> [18586] "predict_inactivation_MCMC" #> [18587] "sample_dynaFit" #> [18588] "sample_IsoFit" #> [18589] "sample_MCMCfit" #> [18590] "summary.FitInactivation" #> [18591] "summary.FitInactivationMCMC" #> [18592] "summary.IsoFitInactivation" #> [18593] "WeibullMafart_iso" #> [18594] "WeibullPeleg_iso" #> [18595] "BioInstaller" #> [18596] "change.info" #> [18597] "conda" #> [18598] "conda.env.create" #> [18599] "conda.env.list" #> [18600] "conda.list" #> [18601] "copy_configs" #> [18602] "copy_plugins" #> [18603] "crawl.all.versions" #> [18604] "del.info" #> [18605] "docker.pull" #> [18606] "docker.search" #> [18607] "get.info" #> [18608] "get.meta" #> [18609] "get.meta.files" #> [18610] "install.bioinfo" #> [18611] "install.github" #> [18612] "install.nongithub" #> [18613] "is.biosoftwares.db.active" #> [18614] "new.bioinfo" #> [18615] "set.biosoftwares.db" #> [18616] "set_shiny_workers" #> [18617] "show.installed" #> [18618] "spack" #> [18619] "spack.list" #> [18620] "web" #> [18621] "biolink" #> [18622] "build_link" #> [18623] "links" #> [18624] "urls" #> [18625] "cosd" #> [18626] "EM" #> [18627] "frogs" #> [18628] "frogsEM" #> [18629] "frogsJK" #> [18630] "frogsLacro" #> [18631] "frogsSum" #> [18632] "fx" #> [18633] "jackKnife" #> [18634] "modSel" #> [18635] "NPG" #> [18636] "nzp" #> [18637] "nzw" #> [18638] "plotAlpha" #> [18639] "plotlacro" #> [18640] "RPG" #> [18641] "SDS" #> [18642] "simulacro" #> [18643] "sind" #> [18644] "spatFilter" #> [18645] "spatSim" #> [18646] "BIOM" #> [18647] "Constants" #> [18648] "Dimensions" #> [18649] "Display" #> [18650] "Examples" #> [18651] "Export" #> [18652] "Import" #> [18653] "Matrix" #> [18654] "Manipulations" #> [18655] "Format" #> [18656] "aux.biom" #> [18657] "biom.options" #> [18658] "get.biom" #> [18659] "get.segments" #> [18660] "HCthresh" #> [18661] "ROC" #> [18662] "scalefun" #> [18663] "selection" #> [18664] "SpikedApple" #> [18665] "spikedApples" #> [18666] "Hajk-Georg" #> [18667] "Drost" #> [18668] "2018-06-27" #> [18669] "17:14:11" #> [18670] "biomartr-package" #> [18671] "biomart" #> [18672] "download.database" #> [18673] "download.database.all" #> [18674] "getAssemblyStats" #> [18675] "getAttributes" #> [18676] "getCDS" #> [18677] "getCollection" #> [18678] "getDatasets" #> [18679] "getENSEMBLGENOMESInfo" #> [18680] "getENSEMBLInfo" #> [18681] "getFilters" #> [18682] "getGenome" #> [18683] "getGENOMEREPORT" #> [18684] "getGFF" #> [18685] "getGO" #> [18686] "getGroups" #> [18687] "getGTF" #> [18688] "getKingdomAssemblySummary" #> [18689] "getKingdoms" #> [18690] "getMarts" #> [18691] "getMetaGenomeAnnotations" #> [18692] "getMetaGenomes" #> [18693] "getMetaGenomeSummary" #> [18694] "getProteome" #> [18695] "getReleases" #> [18696] "getRepeatMasker" #> [18697] "getRNA" #> [18698] "getSummaryFile" #> [18699] "is.genome.available" #> [18700] "listDatabases" #> [18701] "listGenomes" #> [18702] "listGroups" #> [18703] "listKingdoms" #> [18704] "listMetaGenomes" #> [18705] "meta.retrieval" #> [18706] "meta.retrieval.all" #> [18707] "organismAttributes" #> [18708] "organismBM" #> [18709] "organismFilters" #> [18710] "read_assemblystats" #> [18711] "read_cds" #> [18712] "read_genome" #> [18713] "read_gff" #> [18714] "read_proteome" #> [18715] "read_rm" #> [18716] "read_rna" #> [18717] "refseqOrganisms" #> [18718] "AGBmonteCarlo" #> [18719] "attributeTree" #> [18720] "attributeTreeCoord" #> [18721] "cacheManager" #> [18722] "computeAGB" #> [18723] "computeFeldRegion" #> [18724] "correctCoordGPS" #> [18725] "correctTaxo" #> [18726] "cutPlot" #> [18727] "getTaxonomy" #> [18728] "getWoodDensity" #> [18729] "HDmethods" #> [18730] "KarnatakaForest" #> [18731] "latlong2UTM" #> [18732] "modelHD" #> [18733] "NouraguesHD" #> [18734] "numberCorner" #> [18735] "predictHeight" #> [18736] "procrust" #> [18737] "retrieveH" #> [18738] "summaryByPlot" #> [18739] "updateCache" #> [18740] "BioMedR-package" #> [18741] "AA2DACOR" #> [18742] "AA3DMoRSE" #> [18743] "AAACF" #> [18744] "AABLOSUM100" #> [18745] "AABLOSUM45" #> [18746] "AABLOSUM50" #> [18747] "AABLOSUM62" #> [18748] "AABLOSUM80" #> [18749] "AABurden" #> [18750] "AAConn" #> [18751] "AAConst" #> [18752] "AACPSA" #> [18753] "AADescAll" #> [18754] "AAEdgeAdj" #> [18755] "AAEigIdx" #> [18756] "AAFGC" #> [18757] "AAGeom" #> [18758] "AAGETAWAY" #> [18759] "AAindex" #> [18760] "AAInfo" #> [18761] "AAMetaInfo" #> [18762] "AAMOE2D" #> [18763] "AAMOE3D" #> [18764] "AAMolProp" #> [18765] "AAPAM120" #> [18766] "AAPAM250" #> [18767] "AAPAM30" #> [18768] "AAPAM40" #> [18769] "AAPAM70" #> [18770] "AARandic" #> [18771] "AARDF" #> [18772] "AATopo" #> [18773] "AATopoChg" #> [18774] "AAWalk" #> [18775] "AAWHIM" #> [18776] "apfp" #> [18777] "atomprop" #> [18778] "Autocorrelation" #> [18779] "bcl" #> [18780] "BMgetDNAGenBank" #> [18781] "calcDrugFPSim" #> [18782] "calcParProtGOSim" #> [18783] "calcParProtSeqSim" #> [18784] "calcTwoProtGOSim" #> [18785] "calcTwoProtSeqSim" #> [18786] "checkDNA" #> [18787] "checkProt" #> [18788] "clusterCMP" #> [18789] "clusterJP" #> [18790] "clusterMDS" #> [18791] "clusterStat" #> [18792] "connectivity" #> [18793] "Constitutional" #> [18794] "convAPtoFP" #> [18795] "convSDFtoAP" #> [18796] "extrDNADAC" #> [18797] "extrDNADACC" #> [18798] "extrDNADCC" #> [18799] "extrDNAIncDiv" #> [18800] "extrDNAkmer" #> [18801] "extrDNAPseDNC" #> [18802] "extrDNAPseKNC" #> [18803] "extrDNATAC" #> [18804] "extrDNATACC" #> [18805] "extrDNATCC" #> [18806] "extrDrugAIO" #> [18807] "extrDrugAP" #> [18808] "extrDrugBCUT" #> [18809] "extrDrugCPSA" #> [18810] "extrDrugEstate" #> [18811] "extrDrugEstateComplete" #> [18812] "extrDrugExtended" #> [18813] "extrDrugExtendedComplete" #> [18814] "extrDrugGraph" #> [18815] "extrDrugGraphComplete" #> [18816] "extrDrugHybridization" #> [18817] "extrDrugHybridizationComplete" #> [18818] "extrDrugHybridizationRatio" #> [18819] "extrDrugIPMolecularLearning" #> [18820] "extrDrugKappaShapeIndices" #> [18821] "extrDrugKierHallSmarts" #> [18822] "extrDrugKR" #> [18823] "extrDrugKRComplete" #> [18824] "extrDrugMACCS" #> [18825] "extrDrugMACCSComplete" #> [18826] "extrDrugMannholdLogP" #> [18827] "extrDrugPubChem" #> [18828] "extrDrugPubChemComplete" #> [18829] "extrDrugShortestPath" #> [18830] "extrDrugShortestPathComplete" #> [18831] "extrDrugStandard" #> [18832] "extrDrugStandardComplete" #> [18833] "extrDrugWHIM" #> [18834] "extrPCMBLOSUM" #> [18835] "extrPCMDescScales" #> [18836] "extrPCMFAScales" #> [18837] "extrPCMMDSScales" #> [18838] "extrPCMPropScales" #> [18839] "extrPCMScaleGap" #> [18840] "extrPCMScales" #> [18841] "extrProtAAC" #> [18842] "extrProtAPAAC" #> [18843] "extrProtCTDC" #> [18844] "extrProtCTDCClass" #> [18845] "extrProtCTDD" #> [18846] "extrProtCTDDClass" #> [18847] "extrProtCTDT" #> [18848] "extrProtCTDTClass" #> [18849] "extrProtCTriad" #> [18850] "extrProtCTriadClass" #> [18851] "extrProtDC" #> [18852] "extrProtFPGap" #> [18853] "extrProtGeary" #> [18854] "extrProtMoran" #> [18855] "extrProtMoreauBroto" #> [18856] "extrProtPAAC" #> [18857] "extrProtPSSM" #> [18858] "extrProtPSSMAcc" #> [18859] "extrProtPSSMFeature" #> [18860] "extrProtQSO" #> [18861] "extrProtSOCN" #> [18862] "extrProtTC" #> [18863] "geometric" #> [18864] "getCPI" #> [18865] "getDrug" #> [18866] "getProt" #> [18867] "make_kmer_index" #> [18868] "NNeighbors" #> [18869] "OptAA3d" #> [18870] "parGOSim" #> [18871] "parSeqSim" #> [18872] "plotStructure" #> [18873] "pls.cv" #> [18874] "property" #> [18875] "readFASTA" #> [18876] "readMolFromSDF" #> [18877] "readMolFromSmi" #> [18878] "readPDB" #> [18879] "revchars" #> [18880] "rf.cv" #> [18881] "rf.fs" #> [18882] "sdfbcl" #> [18883] "searchDrug" #> [18884] "segProt" #> [18885] "topology" #> [18886] "twoGOSim" #> [18887] "twoSeqSim" #> [18888] "biomod2-package" #> [18889] "BinaryTransformation" #> [18890] "BIOMOD.EnsembleModeling.out-class" #> [18891] "BIOMOD.EnsembleModeling.out-method" #> [18892] "BIOMOD.formated.data-class" #> [18893] "BIOMOD.Model.Options-class" #> [18894] "BIOMOD.models.out-class" #> [18895] "BIOMOD.models.out-methods" #> [18896] "BIOMOD.models.out-RemoveProperly" #> [18897] "BIOMOD.projection.out-class" #> [18898] "BIOMOD.projection.out-method" #> [18899] "BIOMOD.stored.objects-class" #> [18900] "BIOMOD.stored.objects-methods" #> [18901] "biomod2.deprecated.functions" #> [18902] "biomod2.inner-method" #> [18903] "biomod2_model-class" #> [18904] "BIOMOD_ConvertOldRun" #> [18905] "BIOMOD_cv" #> [18906] "BIOMOD_EnsembleForecasting" #> [18907] "BIOMOD_EnsembleModeling" #> [18908] "BIOMOD_FormatingData" #> [18909] "BIOMOD_LoadModels" #> [18910] "BIOMOD_Modeling" #> [18911] "BIOMOD_ModelingOptions" #> [18912] "BIOMOD_presenceonly" #> [18913] "BIOMOD_Projection" #> [18914] "BIOMOD_RangeSize" #> [18915] "BIOMOD_tuning" #> [18916] "calculate.stat" #> [18917] "CustomIndexMaker" #> [18918] "DF_to_ARRAY" #> [18919] "FilteringTransformation" #> [18920] "Find.Optim.Stat" #> [18921] "full_suffling" #> [18922] "getStatOptimValue" #> [18923] "level.plot" #> [18924] "makeFormula" #> [18925] "models_scores_graph" #> [18926] "multiple.plot" #> [18927] "Print_Default_ModelingOptions" #> [18928] "ProbDensFunc" #> [18929] "randomise_data" #> [18930] "response.plot" #> [18931] "response.plot2" #> [18932] "sample.factor.levels" #> [18933] "SampleMat2" #> [18934] "sre" #> [18935] "update_objects" #> [18936] "variables_importance" #> [18937] "bionetdata-package" #> [18938] "CGM.Cat" #> [18939] "DD.chem.data" #> [18940] "DrugBank.Cat" #> [18941] "FIN.data" #> [18942] "Yeast.Biogrid.data" #> [18943] "Yeast.Biogrid.FunCat" #> [18944] "Yeast.STRING.data" #> [18945] "Yeast.STRING.FunCat" #> [18946] "calculate_FIM" #> [18947] "calculate_pars_correlation" #> [18948] "criterium_D" #> [18949] "criterium_modE" #> [18950] "inactivation_OED" #> [18951] "inactivation_OED_penalty" #> [18952] "inactivation_sens_handler" #> [18953] "objective_D" #> [18954] "objective_D_penalty" #> [18955] "objective_Emod" #> [18956] "objective_Emod_penalty" #> [18957] "optimize_refTemp" #> [18958] "penalty_function" #> [18959] "plot.OEDinactivation" #> [18960] "plot.parCorrelation" #> [18961] "refTemp_optim_handler" #> [18962] "sensitivity_inactivation" #> [18963] "dcaData" #> [18964] "enrichment_analysis" #> [18965] "enrichment_simulation" #> [18966] "plot_enrichment_summaries" #> [18967] "heatmap.overlaps" #> [18968] "a)" #> [18969] "bioPN" #> [18970] "b)" #> [18971] "Simulation" #> [18972] "Functions" #> [18973] "c)" #> [18974] "Definition" #> [18975] "as.data.frame.vp" #> [18976] "as.data.frame.vpts" #> [18977] "beam_height" #> [18978] "beam_width" #> [18979] "bind_into_vpts" #> [18980] "c.vp" #> [18981] "calculate_vp" #> [18982] "check_docker" #> [18983] "check_night" #> [18984] "composite_ppi" #> [18985] "dbz_to_eta" #> [18986] "download_basemap" #> [18987] "download_vpfiles" #> [18988] "eta_to_dbz" #> [18989] "example_scan" #> [18990] "example_vp" #> [18991] "example_vpts" #> [18992] "get_elevation_angles" #> [18993] "get_odim_object_type" #> [18994] "get_param" #> [18995] "get_quantity" #> [18996] "get_scan" #> [18997] "integrate_profile" #> [18998] "is.pvolfile" #> [18999] "is.vpfile" #> [19000] "nexrad_to_odim" #> [19001] "plot.ppi" #> [19002] "plot.scan" #> [19003] "plot.vp" #> [19004] "plot.vpi" #> [19005] "plot.vpts" #> [19006] "project_as_ppi" #> [19007] "rcs" #> [19008] "rcs<-" #> [19009] "read_cajun" #> [19010] "read_pvolfile" #> [19011] "read_vpfiles" #> [19012] "read_vpts" #> [19013] "regularize_vpts" #> [19014] "sd_vvp_threshold" #> [19015] "sd_vvp_threshold<-" #> [19016] "select_vpfiles" #> [19017] "summary.param" #> [19018] "summary.ppi" #> [19019] "summary.pvol" #> [19020] "summary.scan" #> [19021] "summary.vp" #> [19022] "summary.vpts" #> [19023] "sunrise_sunset" #> [19024] "update_docker" #> [19025] "[.ppi" #> [19026] "[.vpts" #> [19027] "bios2cor-package" #> [19028] "angle_conversion" #> [19029] "ang_evo_graph" #> [19030] "centered_pca" #> [19031] "corr_contact" #> [19032] "create_boxplot" #> [19033] "create_corrfile" #> [19034] "create_entropyfile" #> [19035] "create_network" #> [19036] "create_pcafile" #> [19037] "create_screeplot" #> [19038] "cyto_entropy" #> [19039] "cyto_zscore" #> [19040] "delta_weighting" #> [19041] "dynamic_struct" #> [19042] "elsc" #> [19043] "entropy_graph" #> [19044] "gauss_weighting" #> [19045] "import.fasta" #> [19046] "import.msf" #> [19047] "mcbasc" #> [19048] "mip" #> [19049] "omes" #> [19050] "pca_2d" #> [19051] "random.msa" #> [19052] "rotamer_circular" #> [19053] "rotamer_entropy" #> [19054] "rotamer_mip" #> [19055] "rotamer_omes" #> [19056] "shuffle_all" #> [19057] "shuffle_positions" #> [19058] "sigmoid_weighting" #> [19059] "write_pdb" #> [19060] "xyz2torsion" #> [19061] "bios2mds-package" #> [19062] "col.group" #> [19063] "dif" #> [19064] "dis" #> [19065] "export.fasta" #> [19066] "extract.cluster" #> [19067] "gpcr" #> [19068] "kmeans.run" #> [19069] "mat.dif" #> [19070] "mat.dis" #> [19071] "mmds" #> [19072] "mmds.2D.multi" #> [19073] "mmds.2D.plot" #> [19074] "mmds.3D.plot" #> [19075] "mmds.plot" #> [19076] "mmds.project" #> [19077] "scree.plot" #> [19078] "sil.score" #> [19079] "sub.mat" #> [19080] "write.mmds.pdb" #> [19081] "bioset-package" #> [19082] "calc_factor_conc" #> [19083] "calc_factor_prefix" #> [19084] "convert_conc" #> [19085] "convert_prefix" #> [19086] "models_linear" #> [19087] "models_lnln" #> [19088] "sets_read" #> [19089] "set_calc_concentrations" #> [19090] "set_calc_variability" #> [19091] "set_read" #> [19092] "biosignalEMG-package" #> [19093] "as.emg" #> [19094] "dcbiasremoval" #> [19095] "eaemg" #> [19096] "emg" #> [19097] "emg95306000" #> [19098] "emg96627009" #> [19099] "envelope" #> [19100] "extractchannel" #> [19101] "highpass" #> [19102] "integration" #> [19103] "loadABF1" #> [19104] "movingaverage" #> [19105] "on/off" #> [19106] "detection" #> [19107] "quality" #> [19108] "onoff_bonato" #> [19109] "onoff_singlethres" #> [19110] "phasestats" #> [19111] "rectification" #> [19112] "syntheticemg" #> [19113] "whitening" #> [19114] "BMsel" #> [19115] "Breast" #> [19116] "expSurv" #> [19117] "predRes" #> [19118] "selRes" #> [19119] "biostat3-package" #> [19120] "addIndicators" #> [19121] "brv" #> [19122] "colon_sample" #> [19123] "coxphHaz" #> [19124] "diet" #> [19125] "eform" #> [19126] "lifetab" #> [19127] "lifetab2" #> [19128] "lincom" #> [19129] "melanoma" #> [19130] "muhaz2" #> [19131] "poisson.ci" #> [19132] "popmort" #> [19133] "smoothHaz" #> [19134] "survPHplot" #> [19135] "survRate" #> [19136] "year" #> [19137] "binom.ci" #> [19138] "cvar" #> [19139] "eta2" #> [19140] "Europe" #> [19141] "Extrait_Taille" #> [19142] "gg_qqplot" #> [19143] "Mesures" #> [19144] "Mesures5" #> [19145] "panel.hist" #> [19146] "plotcdf2" #> [19147] "poi.ci" #> [19148] "Quetelet" #> [19149] "biotic-package" #> [19150] "almond" #> [19151] "braidburn" #> [19152] "calcAWIC" #> [19153] "calcBMWP" #> [19154] "calcindex" #> [19155] "calcLIFE" #> [19156] "calcPool" #> [19157] "calcPSI" #> [19158] "calcRiffle" #> [19159] "calcRiffPool" #> [19160] "calcWhalley" #> [19161] "calcWHPT" #> [19162] "calcWHPT_AB" #> [19163] "checktaxa" #> [19164] "greenburn" #> [19165] "transposedata" #> [19166] "biotools-package" #> [19167] "aer" #> [19168] "boxM" #> [19169] "brazil" #> [19170] "confusionmatrix" #> [19171] "cov2pcov" #> [19172] "creategroups" #> [19173] "D2.disc" #> [19174] "D2.dist" #> [19175] "distClust" #> [19176] "findSubsample" #> [19177] "fitplotsize" #> [19178] "garlicdist" #> [19179] "gencovtest" #> [19180] "maize" #> [19181] "mantelPower" #> [19182] "mantelTest" #> [19183] "moco" #> [19184] "multcor.test" #> [19185] "optimumplotsize" #> [19186] "pathanalysis" #> [19187] "peppercorr" #> [19188] "raise.matrix" #> [19189] "samplesize" #> [19190] "sHe" #> [19191] "singh" #> [19192] "bipartite-package" #> [19193] "as.one.mode" #> [19194] "as.tnet" #> [19195] "barrett1987" #> [19196] "betweenness_w" #> [19197] "bezerra2009" #> [19198] "C.score" #> [19199] "closeness_w" #> [19200] "clustering_tm" #> [19201] "compart" #> [19202] "computeModules" #> [19203] "czvalues" #> [19204] "degreedistr" #> [19205] "dfun" #> [19206] "DIRT_LPA_wb_plus" #> [19207] "discrepancy" #> [19208] "distance_w" #> [19209] "elberling1999" #> [19210] "endpoint" #> [19211] "extinction" #> [19212] "fc" #> [19213] "frame2webs" #> [19214] "genweb" #> [19215] "grouplevel" #> [19216] "H2fun" #> [19217] "inouye1988" #> [19218] "junker2013" #> [19219] "kato1990" #> [19220] "kevan1970" #> [19221] "linklevel" #> [19222] "listModuleInformation" #> [19223] "memmott1999" #> [19224] "mgen" #> [19225] "moduleWeb-class" #> [19226] "mosquin1967" #> [19227] "motten1982" #> [19228] "ND" #> [19229] "nested" #> [19230] "nestedcontribution" #> [19231] "nestedness" #> [19232] "nestedrank" #> [19233] "networklevel" #> [19234] "nodespec" #> [19235] "NOS" #> [19236] "npartite" #> [19237] "null.distr" #> [19238] "null.t.test" #> [19239] "nullmodel" #> [19240] "olesen2002aigrettes" #> [19241] "olesen2002flores" #> [19242] "olito2015" #> [19243] "ollerton2003" #> [19244] "PAC" #> [19245] "PDI" #> [19246] "plotModuleWeb" #> [19247] "plotPAC" #> [19248] "plotweb" #> [19249] "plotweb2" #> [19250] "printoutModuleInformation" #> [19251] "projecting_tm" #> [19252] "r2dexternal" #> [19253] "robustness" #> [19254] "Safariland" #> [19255] "schemske1978" #> [19256] "second.extinct" #> [19257] "shuffle.web" #> [19258] "slope.bipartite" #> [19259] "small1976" #> [19260] "sortweb" #> [19261] "specieslevel" #> [19262] "strength" #> [19263] "swap.web" #> [19264] "symmetrise_w" #> [19265] "tnet_igraph" #> [19266] "togetherness" #> [19267] "V.ratio" #> [19268] "vazarr" #> [19269] "vazcer" #> [19270] "vazllao" #> [19271] "vazmasc" #> [19272] "vazmasnc" #> [19273] "vaznull" #> [19274] "vazquec" #> [19275] "vazquenc" #> [19276] "vazquez.example" #> [19277] "versionlog" #> [19278] "visweb" #> [19279] "web2edges" #> [19280] "webs2array" #> [19281] "Array2DF" #> [19282] "bipartiteD3" #> [19283] "bipartite_D3" #> [19284] "BP_JS_Writer" #> [19285] "List2DF" #> [19286] "LoadVisJS" #> [19287] "Matrix2DF" #> [19288] "OrderByCrossover" #> [19289] "biplotbootGUI-package" #> [19290] "biplotboot" #> [19291] "CDBiplot" #> [19292] "BiplotGUI-package" #> [19293] "AntiqueFurniture" #> [19294] "Biplots" #> [19295] "Countries" #> [19296] "FighterAircraft" #> [19297] "BiProbitPartial-package" #> [19298] "BiProbitPartial" #> [19299] "grad1" #> [19300] "llhood1" #> [19301] "MCMC1" #> [19302] "predict.BiProbitPartialb" #> [19303] "predict.BiProbitPartialf" #> [19304] "SimDat" #> [19305] "summary.optimrml" #> [19306] "birdring-package" #> [19307] "birdstate" #> [19308] "circumstances" #> [19309] "coastEU" #> [19310] "coastpaleo" #> [19311] "codes2names" #> [19312] "critical.check.ringing.event" #> [19313] "dayofyear" #> [19314] "dc" #> [19315] "decimal.coord" #> [19316] "dmvnorm" #> [19317] "draw.recmap" #> [19318] "lancol" #> [19319] "loxodrom" #> [19320] "mdy.date" #> [19321] "mercatorlat" #> [19322] "orthodrom.dist" #> [19323] "place2name" #> [19324] "read.euring2000" #> [19325] "read.euring2000plus" #> [19326] "scheme2country" #> [19327] "schemes" #> [19328] "species" #> [19329] "birk" #> [19330] "conv_dim" #> [19331] "conv_unit" #> [19332] "conv_unit_options" #> [19333] "geom_mean" #> [19334] "range_seq" #> [19335] "summ_stat" #> [19336] "which.closest" #> [19337] "ability" #> [19338] "birtr" #> [19339] "groupinv" #> [19340] "icc" #> [19341] "icccal" #> [19342] "iccfit" #> [19343] "iccplot" #> [19344] "rasch" #> [19345] "tcc" #> [19346] "tif" #> [19347] "get_bis" #> [19348] "get_datasets" #> [19349] "alpha_blood" #> [19350] "baseline_GSE40279" #> [19351] "bisect_semi_suprevised" #> [19352] "bisect_supervised" #> [19353] "methylation_GSE40279" #> [19354] "reference_blood" #> [19355] "total_reads_GSE40279" #> [19356] "bisectr" #> [19357] "bisect_install" #> [19358] "bisect_load_all" #> [19359] "bisect_require" #> [19360] "bisect_return_interactive" #> [19361] "bisect_runtest" #> [19362] "bisect_source" #> [19363] "BiSEp-package" #> [19364] "BEEM" #> [19365] "BIGEE" #> [19366] "BISEP" #> [19367] "BISEP_dat" #> [19368] "BISEP_data" #> [19369] "expressionPlot" #> [19370] "FURE" #> [19371] "FURE_data" #> [19372] "INPUT_data" #> [19373] "MUT_data" #> [19374] "waterfallPlot" #> [19375] "createLocScaleGrid" #> [19376] "dmix" #> [19377] "emix" #> [19378] "furseals" #> [19379] "itx" #> [19380] "jac.exp" #> [19381] "jac.invlogit" #> [19382] "jac.log" #> [19383] "jac.logit" #> [19384] "kCompute" #> [19385] "logjac" #> [19386] "mergePars" #> [19387] "sFit" #> [19388] "sKrig" #> [19389] "tx" #> [19390] "wBuild" #> [19391] "wMix" #> [19392] "BisRNA-package" #> [19393] "Bisdata" #> [19394] "Bisdata1" #> [19395] "Bisdata2" #> [19396] "Bisdata3" #> [19397] "class.BisXP" #> [19398] "fisher.method" #> [19399] "intersectMatrix" #> [19400] "read.BisXP" #> [19401] "RNAmeth.poisson.par" #> [19402] "RNAmeth.poisson.test" #> [19403] "samples.combine" #> [19404] "testMeth" #> [19405] "bit-package" #> [19406] "as.bit" #> [19407] "as.bitwhich" #> [19408] "as.logical.bit" #> [19409] "as.which" #> [19410] "bbatch" #> [19411] "bitwhich" #> [19412] "bit_init" #> [19413] "c.bit" #> [19414] "clone" #> [19415] "intrle" #> [19416] "is.bit" #> [19417] "is.sorted" #> [19418] "length.bit" #> [19419] "LogicBit" #> [19420] "physical" #> [19421] "ramsort" #> [19422] "regtest.bit" #> [19423] "repeat.time" #> [19424] "repfromto" #> [19425] "ri" #> [19426] "rlepack" #> [19427] "setattributes" #> [19428] "unattr" #> [19429] "vecseq" #> [19430] "bit64-package" #> [19431] "as.character.integer64" #> [19432] "as.data.frame.integer64" #> [19433] "as.integer64.character" #> [19434] "benchmark64" #> [19435] "benchmark64.data" #> [19436] "bit64S3" #> [19437] "c.integer64" #> [19438] "cumsum.integer64" #> [19439] "duplicated.integer64" #> [19440] "extract.replace.integer64" #> [19441] "format.integer64" #> [19442] "hashcache" #> [19443] "hashmap" #> [19444] "identical.integer64" #> [19445] "is.sorted.integer64" #> [19446] "keypos" #> [19447] "match.integer64" #> [19448] "optimizer64.data" #> [19449] "prank" #> [19450] "qtile" #> [19451] "ramsort.integer64" #> [19452] "rank.integer64" #> [19453] "rep.integer64" #> [19454] "seq.integer64" #> [19455] "sort.integer64" #> [19456] "sortnut" #> [19457] "sum.integer64" #> [19458] "table.integer64" #> [19459] "tiepos" #> [19460] "unipos" #> [19461] "unique.integer64" #> [19462] "xor.integer64" #> [19463] "bitAnd" #> [19464] "bitFlip" #> [19465] "bitShiftL" #> [19466] "cksum" #> [19467] "trinarize.kMeans" #> [19468] "bitrugs" #> [19469] "hospitaldata" #> [19470] "mcmcoutput" #> [19471] "plot_transnetwork" #> [19472] "simulate_data" #> [19473] "simulate_data_dates" #> [19474] "traceplots" #> [19475] "translinks" #> [19476] "transmission_analysis" #> [19477] "bits_as_string" #> [19478] "squeeze_bits" #> [19479] "biva" #> [19480] "bimodal" #> [19481] "binomial" #> [19482] "kernel" #> [19483] "poisson" #> [19484] "returned_functions" #> [19485] "Bivariate.Pareto-package" #> [19486] "Frank.Pareto" #> [19487] "Kendall.SNBP" #> [19488] "MLE.Frank.Pareto" #> [19489] "MLE.Frank.Pareto.com" #> [19490] "MLE.SN.Pareto" #> [19491] "SN.Pareto" #> [19492] "BivarP-package" #> [19493] "BiCopGen" #> [19494] "BiVarEst" #> [19495] "dibivar" #> [19496] "gammafit" #> [19497] "pibivar" #> [19498] "subivar" #> [19499] "bivarRIpower-package" #> [19500] "bivarcalcn" #> [19501] "cfbivgeo" #> [19502] "corbivgeo" #> [19503] "covbivgeo" #> [19504] "dbivgeo" #> [19505] "dbivgeocure" #> [19506] "mombivgeo" #> [19507] "pbivgeo" #> [19508] "pbivgeocure" #> [19509] "rbivgeo" #> [19510] "bivgeom-package" #> [19511] "corbivgeomRoy" #> [19512] "dbivgeomRoy" #> [19513] "estbivgeomRoy" #> [19514] "EyxbivgeomRoy" #> [19515] "FbivgeomRoy" #> [19516] "FyxbivgeomRoy" #> [19517] "lambda1Roy" #> [19518] "lambda2Roy" #> [19519] "loglikgeomRoy" #> [19520] "minuslogRoy" #> [19521] "rbivgeomRoy" #> [19522] "RelbivgeomRoy" #> [19523] "S.n" #> [19524] "SbivgeomRoy" #> [19525] "biv.rec.fit" #> [19526] "biv.rec.np" #> [19527] "biv.rec.plot" #> [19528] "biv.rec.sim" #> [19529] "BivRegBLS-package" #> [19530] "antilog.pred" #> [19531] "Aromatics" #> [19532] "BLS" #> [19533] "BLS.ht" #> [19534] "CBLS" #> [19535] "desc.stat" #> [19536] "df.WS" #> [19537] "DR" #> [19538] "FullCIs.MD" #> [19539] "FullCIs.XY" #> [19540] "GraphFullCIs.MD" #> [19541] "GraphFullCIs.XY" #> [19542] "lambdas" #> [19543] "MD.horiz.lines" #> [19544] "MD.plot" #> [19545] "OLSh" #> [19546] "OLSv" #> [19547] "raw.plot" #> [19548] "SBP" #> [19549] "XY.plot" #> [19550] "bivrp-package" #> [19551] "bivrp" #> [19552] "bivrp-internal" #> [19553] "is.point.inside" #> [19554] "plot.bivrp" #> [19555] "polygon-operations" #> [19556] "BivUnifBin-package" #> [19557] "delta2rho" #> [19558] "genbivunif.a" #> [19559] "genbivunif.t" #> [19560] "rho2delta" #> [19561] "biwavelet-package" #> [19562] "ar1.spectrum" #> [19563] "ar1_ma0_sim" #> [19564] "arrow" #> [19565] "arrow2" #> [19566] "check.data" #> [19567] "check.datum" #> [19568] "convolve2D" #> [19569] "convolve2D_typeopen" #> [19570] "enviro.data" #> [19571] "get_minroots" #> [19572] "MOTHERS" #> [19573] "phase.plot" #> [19574] "plot.biwavelet" #> [19575] "pwtc" #> [19576] "rcpp_row_quantile" #> [19577] "rcpp_wt_bases_dog" #> [19578] "rcpp_wt_bases_morlet" #> [19579] "rcpp_wt_bases_paul" #> [19580] "smooth.wavelet" #> [19581] "wclust" #> [19582] "wdist" #> [19583] "wt" #> [19584] "wt.bases" #> [19585] "wt.bases.dog" #> [19586] "wt.bases.morlet" #> [19587] "wt.bases.paul" #> [19588] "wt.sig" #> [19589] "wtc" #> [19590] "wtc.sig" #> [19591] "wtc_sig_parallel" #> [19592] "xwt" #> [19593] "biwt-package" #> [19594] "biwt.est" #> [19595] "biwtCorrelation" #> [19596] "biwtInternalFunctions" #> [19597] "bizdays-package" #> [19598] "adjust.date" #> [19599] "bizdays" #> [19600] "bizdays.options" #> [19601] "bizdayse" #> [19602] "bizdiff" #> [19603] "bizseq" #> [19604] "calendar-holidays-weekdays" #> [19605] "calendar-import-export" #> [19606] "calendar-register" #> [19607] "create.calendar" #> [19608] "getdate" #> [19609] "holidaysANBIMA" #> [19610] "is.bizday" #> [19611] "offset" #> [19612] "other-calendars" #> [19613] "ref" #> [19614] "ncvs_api" #> [19615] "ncvs_household_codebook" #> [19616] "ncvs_personal_codebook" #> [19617] "CalcGroupPIPs" #> [19618] "CalcPIPs" #> [19619] "CalcWithinGroupPIPs" #> [19620] "ComputePostmeanHnew" #> [19621] "ComputePostmeanHnew.approx" #> [19622] "ComputePostmeanHnew.exact" #> [19623] "ExtractEsts" #> [19624] "ExtractPIPs" #> [19625] "ExtractSamps" #> [19626] "InvestigatePrior" #> [19627] "kmbayes" #> [19628] "OverallRiskSummaries" #> [19629] "PlotPriorFits" #> [19630] "PredictorResponseBivar" #> [19631] "PredictorResponseBivarLevels" #> [19632] "PredictorResponseUnivar" #> [19633] "print.bkmrfit" #> [19634] "SamplePred" #> [19635] "set_verbose_opts" #> [19636] "SimData" #> [19637] "SingVarIntSummaries" #> [19638] "SingVarRiskSummaries" #> [19639] "summary.bkmrfit" #> [19640] "SummarySamps" #> [19641] "TracePlot" #> [19642] "BKPC-package" #> [19643] "bkpc" #> [19644] "gaussKern" #> [19645] "kPCA" #> [19646] "marginalRelevance" #> [19647] "microarray" #> [19648] "plot.bkpc" #> [19649] "plot.marginalRelevance" #> [19650] "predict.bkpc" #> [19651] "summary.bkpc" #> [19652] "bboptim" #> [19653] "buildFONKgpointls" #> [19654] "buildPointls" #> [19655] "calc1DCIs" #> [19656] "calc1Dprofiles" #> [19657] "calcGCV" #> [19658] "calcLRTs" #> [19659] "calcPredictorOK" #> [19660] "init_grid" #> [19661] "islogscale" #> [19662] "maximizeOK" #> [19663] "prepareData" #> [19664] "preprocessbboptions" #> [19665] "sampleByResp" #> [19666] "saveOldFile" #> [19667] "writeFinalInfo" #> [19668] "BlakerCI-package" #> [19669] "binom.blaker.acc" #> [19670] "binom.blaker.limits" #> [19671] "binom.blaker.VHadj.acc" #> [19672] "binom.blaker.VHadj.limits" #> [19673] "BlakerCI-internal" #> [19674] "BlandAltmanLeh-package" #> [19675] "bland.altman.PEFR" #> [19676] "bland.altman.plot" #> [19677] "bland.altman.stats" #> [19678] "'jamovibaplothistogram.h.R'" #> [19679] "'jamovibaplotqq.h.R'" #> [19680] "'jamovibastats.b.R'" #> [19681] "Deepankar" #> [19682] "Datta" #> [19683] "2018-05-10" #> [19684] "12:15:56" #> [19685] "bland.altman.PEFR.1986" #> [19686] "blandr.data.preparation" #> [19687] "blandr.dataset.fibre" #> [19688] "blandr.dataset.load" #> [19689] "blandr.dataset.o2sats" #> [19690] "blandr.dataset.pefr" #> [19691] "blandr.dataset.sbp" #> [19692] "blandr.display.and.draw" #> [19693] "blandr.display.and.plot" #> [19694] "blandr.draw" #> [19695] "blandr.method.comparison" #> [19696] "blandr.output.report" #> [19697] "blandr.output.text" #> [19698] "blandr.plot" #> [19699] "blandr.plot.ggplot" #> [19700] "blandr.plot.limits" #> [19701] "blandr.plot.normality" #> [19702] "blandr.plot.qq" #> [19703] "blandr.plot.rplot" #> [19704] "blandr.statistics" #> [19705] "giavarina.2015" #> [19706] "jamoviBAanalysis" #> [19707] "jamoviBAplotHistogram" #> [19708] "jamoviBAplotQQ" #> [19709] "jamoviBAstats" #> [19710] "add_cta_button" #> [19711] "add_ggplot" #> [19712] "add_image" #> [19713] "add_readable_time" #> [19714] "blast_first" #> [19715] "compose_email" #> [19716] "create_email_creds_file" #> [19717] "get_html_str" #> [19718] "prepare_test_message" #> [19719] "preview_email" #> [19720] "send_by_mailgun" #> [19721] "send_email_out" #> [19722] "blat" #> [19723] "blatr" #> [19724] "blat_files" #> [19725] "check_install" #> [19726] "install_blat" #> [19727] "Blaunet-package" #> [19728] "active" #> [19729] "blau" #> [19730] "blaunetgui" #> [19731] "BSANet" #> [19732] "dyadic" #> [19733] "ecology.summary" #> [19734] "export.dyadic" #> [19735] "export.nodal" #> [19736] "gss74_87" #> [19737] "niche.summary" #> [19738] "niches" #> [19739] "nodal.global" #> [19740] "nodal.local" #> [19741] "nodal.network" #> [19742] "schlattr" #> [19743] "schlnet" #> [19744] "TwoCities" #> [19745] "bcfa" #> [19746] "bgrowth" #> [19747] "blavaan" #> [19748] "blavCompare" #> [19749] "blavFitIndices" #> [19750] "blavInspect" #> [19751] "blav_internal" #> [19752] "bsem" #> [19753] "dpriors" #> [19754] "standardizedPosterior" #> [19755] "BLCOP" #> [19756] "sets" #> [19757] "BLCOPOptions" #> [19758] "BLPosterior" #> [19759] "BLResult-class" #> [19760] "BLViews-class" #> [19761] "Build" #> [19762] "Views" #> [19763] "CAPMList" #> [19764] "Construct" #> [19765] "views" #> [19766] "COPPosterior" #> [19767] "COPResult-class" #> [19768] "COPViews-class" #> [19769] "deleteViews" #> [19770] "densityPlots" #> [19771] "Distribution" #> [19772] "constructors" #> [19773] "distribution-class" #> [19774] "Estimators" #> [19775] "Extractors" #> [19776] "mvdistribution-class" #> [19777] "optimalPortfolios" #> [19778] "posteriorEst" #> [19779] "posteriorFeasibility" #> [19780] "Replacer" #> [19781] "runBLCOPTests" #> [19782] "sampleFrom" #> [19783] "sp500Returns" #> [19784] "US13wTB" #> [19785] "blendedLink" #> [19786] "loglogit.example" #> [19787] "pvalue.cutover" #> [19788] "blend" #> [19789] "blender.basics" #> [19790] "PLANTS" #> [19791] "Blend" #> [19792] "Blendstat" #> [19793] "DataCD" #> [19794] "DataNAT" #> [19795] "Plot.Blend" #> [19796] "blin_mle" #> [19797] "build_design" #> [19798] "coef.blin" #> [19799] "forum" #> [19800] "generate_blin" #> [19801] "model.matrix.blin" #> [19802] "plot.blin" #> [19803] "print.blin" #> [19804] "print.summary.blin" #> [19805] "summary.blin" #> [19806] "vcov.blin" #> [19807] "check_IDs" #> [19808] "links.compare" #> [19809] "mms" #> [19810] "mpmms" #> [19811] "rl.gibbs" #> [19812] "BIC_model_choice" #> [19813] "bliss" #> [19814] "Bliss_Gibbs_Sampler" #> [19815] "Bliss_Simulated_Annealing" #> [19816] "build_Fourier_basis" #> [19817] "change_grid" #> [19818] "choose_beta" #> [19819] "compute_beta_posterior_density" #> [19820] "compute_beta_sample" #> [19821] "compute_chains_info" #> [19822] "compute_random_walk" #> [19823] "compute_starting_point_sann" #> [19824] "corr_matrix" #> [19825] "data1" #> [19826] "determine_intervals" #> [19827] "dposterior" #> [19828] "fit_Bliss" #> [19829] "image_Bliss" #> [19830] "integrate_trapeze" #> [19831] "interpretation_plot" #> [19832] "lines_bliss" #> [19833] "param1" #> [19834] "pdexp" #> [19835] "plot_bliss" #> [19836] "printbliss" #> [19837] "res_bliss1" #> [19838] "sigmoid" #> [19839] "sigmoid_sharp" #> [19840] "sim_x" #> [19841] "support_estimation" #> [19842] "%between%" #> [19843] "blkbox" #> [19844] "blkboxCV" #> [19845] "blkboxNCV" #> [19846] "blkboxROC" #> [19847] "blkboxUI" #> [19848] "cv.plot" #> [19849] "ncv.plot" #> [19850] "Partition" #> [19851] "Performance" #> [19852] "blm-package" #> [19853] "aarp" #> [19854] "blm-class" #> [19855] "ccdata" #> [19856] "crude.risk" #> [19857] "EO" #> [19858] "gof.pearson" #> [19859] "lexpit" #> [19860] "lexpit-class" #> [19861] "logLik" #> [19862] "model.formula" #> [19863] "resid" #> [19864] "risk.exposure.plot" #> [19865] "Rsquared" #> [19866] "which.at.boundary" #> [19867] "blme" #> [19868] "bmerDist-class" #> [19869] "bmerMod-class" #> [19870] "blmeco-package" #> [19871] "AICweights" #> [19872] "anoctua" #> [19873] "blackstork" #> [19874] "compareqqnorm" #> [19875] "cortbowl" #> [19876] "crosspoint" #> [19877] "dispersion_glmer" #> [19878] "ellenberg" #> [19879] "historyplot" #> [19880] "loo.cv" #> [19881] "mdat" #> [19882] "nightingales" #> [19883] "ocv" #> [19884] "parusmajor" #> [19885] "periparusater" #> [19886] "pondfrog" #> [19887] "pondfrog1" #> [19888] "redstart" #> [19889] "resprouts" #> [19890] "roostingsiteuse" #> [19891] "spermdepletion" #> [19892] "survival_swallows" #> [19893] "swallowfarms" #> [19894] "swallows" #> [19895] "triplot.normal.knownvariance" #> [19896] "wildflowerfields" #> [19897] "wingbowl" #> [19898] "yellow_bellied_toad" #> [19899] "BL_post_distr" #> [19900] "equilibrium_mean" #> [19901] "observ_normal" #> [19902] "observ_powerexp" #> [19903] "observ_ts" #> [19904] "blob" #> [19905] "Serge" #> [19906] "Iovleff" #> [19907] "Parmeet" #> [19908] "Singh" #> [19909] "Bhatia" #> [19910] "Josselin" #> [19911] "Demont" #> [19912] "Brault" #> [19913] "Kubicki" #> [19914] "Goavert" #> [19915] "Christophe" #> [19916] "Biernacki" #> [19917] "Celeux" #> [19918] "2019-03-26" #> [19919] "18:00:02" #> [19920] "binarydata" #> [19921] "BinaryOptions-class" #> [19922] "blockcluster" #> [19923] "categoricaldata" #> [19924] "CategoricalOptions-class" #> [19925] "cocluster" #> [19926] "coclusterBinary" #> [19927] "coclusterCategorical" #> [19928] "coclusterContingency" #> [19929] "coclusterContinuous" #> [19930] "coclusterStrategy" #> [19931] "CommonOptions-class" #> [19932] "contingencydatalist" #> [19933] "contingencydataunknown" #> [19934] "ContingencyOptions-class" #> [19935] "ContinuousOptions-class" #> [19936] "gaussiandata" #> [19937] "summary,strategy-method" #> [19938] "XEMStrategy" #> [19939] "[,strategy-method" #> [19940] "BlockCov" #> [19941] "cv_bl" #> [19942] "est_up" #> [19943] "Sigma_estimation" #> [19944] "Simu_Sigma" #> [19945] "slope_change" #> [19946] "BlockFeST" #> [19947] "calcPval" #> [19948] "blockfor" #> [19949] "blockForest" #> [19950] "predict.blockForest" #> [19951] "predictions.blockForest" #> [19952] "predictions.blockForest.prediction" #> [19953] "timepoints.blockForest" #> [19954] "timepoints.blockForest.prediction" #> [19955] "treeInfo" #> [19956] "as.blockmatrix" #> [19957] "as.matrix.blockmatrix" #> [19958] "blockmatmult" #> [19959] "blockmatrix" #> [19960] "dim.blockmatrix" #> [19961] "is.zero.blockmatrix" #> [19962] "length.blockmatrix" #> [19963] "Math.blockmatrix" #> [19964] "names.blockmatrix" #> [19965] "ncol.blockmatrix" #> [19966] "ncol_elements" #> [19967] "nrow.blockmatrix" #> [19968] "nrow_elements" #> [19969] "solve.blockmatrix" #> [19970] "t.blockmatrix" #> [19971] "value<-" #> [19972] "[.blockmatrix" #> [19973] "[<-.blockmatrix" #> [19974] "BlockMessage-package" #> [19975] "blockMessage" #> [19976] "blockmodeling-package" #> [19977] "clu" #> [19978] "critFunC" #> [19979] "find.m" #> [19980] "formatA" #> [19981] "fun.by.blocks" #> [19982] "genMatrixMult" #> [19983] "genRandomPar" #> [19984] "gplot1" #> [19985] "ircNorm" #> [19986] "nkpartitions" #> [19987] "optRandomParC" #> [19988] "Pajek" #> [19989] "rand" #> [19990] "REGE" #> [19991] "reorderImage" #> [19992] "sedist" #> [19993] "ss" #> [19994] "two2one" #> [19995] "BM_bernoulli" #> [19996] "BM_bernoulli_covariates" #> [19997] "BM_bernoulli_covariates_fast" #> [19998] "BM_bernoulli_multiplex" #> [19999] "BM_gaussian" #> [20000] "BM_gaussian_covariates" #> [20001] "BM_gaussian_multivariate" #> [20002] "BM_gaussian_multivariate_independent" #> [20003] "BM_gaussian_multivariate_independent_homoscedastic" #> [20004] "BM_poisson" #> [20005] "BM_poisson_covariates" #> [20006] "blockrand-package" #> [20007] "blockrand" #> [20008] "plotblockrand" #> [20009] "binomialbayes" #> [20010] "binomialfreq" #> [20011] "prop_strata" #> [20012] "blocksdesign-package" #> [20013] "A_bound" #> [20014] "blockEfficiencies" #> [20015] "blocks" #> [20016] "design" #> [20017] "durban" #> [20018] "EstEffics" #> [20019] "fullrankModel" #> [20020] "HCF" #> [20021] "isPrime" #> [20022] "orthogLS" #> [20023] "blockseg-package" #> [20024] "blockSeg" #> [20025] "blockSeg-class" #> [20026] "criteria" #> [20027] "evolution" #> [20028] "plot,blockSeg-method" #> [20029] "plot,stab.blockSeg-method" #> [20030] "predict,blockSeg-method" #> [20031] "rblockdata" #> [20032] "stab.blockSeg" #> [20033] "stab.blockSeg-class" #> [20034] "blockTools-package" #> [20035] "assg2xBalance" #> [20036] "block" #> [20037] "block2seqblock" #> [20038] "createBlockIDs" #> [20039] "diagnose" #> [20040] "invertRIconfInt" #> [20041] "outCSV" #> [20042] "outTeX" #> [20043] "seqblock" #> [20044] "x100" #> [20045] "blogdown" #> [20046] "build_dir" #> [20047] "build_site" #> [20048] "dep_path" #> [20049] "find_yaml" #> [20050] "html_page" #> [20051] "hugo_cmd" #> [20052] "install_hugo" #> [20053] "install_theme" #> [20054] "serve_site" #> [20055] "shortcode" #> [20056] "estimateAUCandStdErr" #> [20057] "estimateAUCwithCMLperTimePoint" #> [20058] "estimateAUCwithFullCML" #> [20059] "estimateAUCwithMVNCML" #> [20060] "estimateAUCwithPairwiseCML" #> [20061] "imputeBLOQ" #> [20062] "imputeCML" #> [20063] "imputeConstant" #> [20064] "imputeKernelDensityEstimation" #> [20065] "imputeROS" #> [20066] "simulateBealModelFixedEffects" #> [20067] "simulateBealModelMixedEffects" #> [20068] "bank_marketing" #> [20069] "blorr" #> [20070] "blr_bivariate_analysis" #> [20071] "blr_coll_diag" #> [20072] "blr_confusion_matrix" #> [20073] "blr_decile_capture_rate" #> [20074] "blr_decile_lift_chart" #> [20075] "blr_gains_table" #> [20076] "blr_gini_index" #> [20077] "blr_ks_chart" #> [20078] "blr_launch_app" #> [20079] "blr_linktest" #> [20080] "blr_lorenz_curve" #> [20081] "blr_model_fit_stats" #> [20082] "blr_multi_model_fit_stats" #> [20083] "blr_pairs" #> [20084] "blr_plot_c_fitted" #> [20085] "blr_plot_c_leverage" #> [20086] "blr_plot_deviance_fitted" #> [20087] "blr_plot_deviance_residual" #> [20088] "blr_plot_dfbetas_panel" #> [20089] "blr_plot_diag_c" #> [20090] "blr_plot_diag_cbar" #> [20091] "blr_plot_diag_difchisq" #> [20092] "blr_plot_diag_difdev" #> [20093] "blr_plot_diag_fit" #> [20094] "blr_plot_diag_influence" #> [20095] "blr_plot_diag_leverage" #> [20096] "blr_plot_difchisq_fitted" #> [20097] "blr_plot_difchisq_leverage" #> [20098] "blr_plot_difdev_fitted" #> [20099] "blr_plot_difdev_leverage" #> [20100] "blr_plot_fitted_leverage" #> [20101] "blr_plot_leverage" #> [20102] "blr_plot_leverage_fitted" #> [20103] "blr_plot_pearson_residual" #> [20104] "blr_plot_residual_fitted" #> [20105] "blr_prep_dcrate_data" #> [20106] "blr_prep_kschart_data" #> [20107] "blr_prep_lchart_gmean" #> [20108] "blr_prep_lorenz_data" #> [20109] "blr_prep_roc_data" #> [20110] "blr_regress" #> [20111] "blr_residual_diagnostics" #> [20112] "blr_roc_curve" #> [20113] "blr_rsq_adj_count" #> [20114] "blr_rsq_count" #> [20115] "blr_rsq_cox_snell" #> [20116] "blr_rsq_effron" #> [20117] "blr_rsq_mcfadden" #> [20118] "blr_rsq_mcfadden_adj" #> [20119] "blr_rsq_mckelvey_zavoina" #> [20120] "blr_rsq_nagelkerke" #> [20121] "blr_segment" #> [20122] "blr_segment_dist" #> [20123] "blr_segment_twoway" #> [20124] "blr_step_aic_backward" #> [20125] "blr_step_aic_both" #> [20126] "blr_step_aic_forward" #> [20127] "blr_step_p_backward" #> [20128] "blr_step_p_both" #> [20129] "blr_step_p_forward" #> [20130] "blr_test_hosmer_lemeshow" #> [20131] "blr_test_lr" #> [20132] "blr_woe_iv" #> [20133] "blr_woe_iv_stats" #> [20134] "hsb2" #> [20135] "BLP_data" #> [20136] "demographicData" #> [20137] "dstddelta_wrap" #> [20138] "dstdtheta_wrap" #> [20139] "estimateBLP" #> [20140] "getDelta_wrap" #> [20141] "getJacobian_wrap" #> [20142] "getShares_wrap" #> [20143] "get_BLP_dataset" #> [20144] "get_elasticities" #> [20145] "gmm_obj_wrap" #> [20146] "originalDraws" #> [20147] "productData" #> [20148] "theta_guesses" #> [20149] "update_BLP_data" #> [20150] "w_guesses" #> [20151] "Beta.fun" #> [20152] "BL.acc" #> [20153] "BL.sim" #> [20154] "BL.stepfun" #> [20155] "BLRPM.class" #> [20156] "BLRPM.est" #> [20157] "BLRPM.OF" #> [20158] "BLRPM.sim" #> [20159] "Delta.fun" #> [20160] "plot.BLRPM" #> [20161] "TS.acc" #> [20162] "TS.stats" #> [20163] "blsAPI" #> [20164] "blsQCEW" #> [20165] "bls_api" #> [20166] "bls_map_county" #> [20167] "bls_map_state" #> [20168] "county_map_data" #> [20169] "dateCast" #> [20170] "get_bls_county" #> [20171] "get_bls_state" #> [20172] "inflation_adjust" #> [20173] "map_bls" #> [20174] "qcew_api" #> [20175] "quick_employed_level" #> [20176] "quick_employed_rate" #> [20177] "quick_laborForce_level" #> [20178] "quick_laborForce_rate" #> [20179] "quick_nonfarm_employed" #> [20180] "quick_unemp_level" #> [20181] "quick_unemp_rate" #> [20182] "search_ids" #> [20183] "set_bls_key" #> [20184] "state_map_data" #> [20185] "alpha_up" #> [20186] "BLSM" #> [20187] "dst" #> [20188] "estimate_latent_positions" #> [20189] "example_adjacency_matrix" #> [20190] "example_blsm_obj" #> [20191] "example_weights_matrix" #> [20192] "lpY" #> [20193] "lpYNODE" #> [20194] "lpz_dist" #> [20195] "lpz_distNODE" #> [20196] "mlpY" #> [20197] "plot_latent_positions" #> [20198] "plot_traceplots_acf" #> [20199] "proc_crr" #> [20200] "Z_up" #> [20201] "bic.glm" #> [20202] "bic.surv" #> [20203] "bicreg" #> [20204] "For.MC3.REG" #> [20205] "glib" #> [20206] "iBMA" #> [20207] "imageplot.bma" #> [20208] "MC3.REG" #> [20209] "MC3.REG.choose" #> [20210] "MC3.REG.logpost" #> [20211] "orderplot" #> [20212] "out.ltsreg" #> [20213] "plot.bicreg" #> [20214] "predict.bic.glm" #> [20215] "predict.bicreg" #> [20216] "race" #> [20217] "summary.bic" #> [20218] "summary.iBMA" #> [20219] "vaso" #> [20220] "BMAmevt-package" #> [20221] "add.frame" #> [20222] "cons.angular.dat" #> [20223] "ddirimix" #> [20224] "ddirimix.grid" #> [20225] "ddirimix.grid1D" #> [20226] "dgridplot" #> [20227] "dm.expar.D3k3" #> [20228] "dnestlog" #> [20229] "dnestlog.grid" #> [20230] "excessProb.condit.dm" #> [20231] "excessProb.condit.nl" #> [20232] "excessProb.nl" #> [20233] "excessProb.pb" #> [20234] "expfunction.nl" #> [20235] "frechetdat" #> [20236] "laplace.evt" #> [20237] "Leeds" #> [20238] "Leeds.frechet" #> [20239] "marginal.lkl" #> [20240] "marginal.lkl.nl" #> [20241] "maxLikelihood" #> [20242] "MCpriorIntFun" #> [20243] "MCpriorIntFun.nl" #> [20244] "nl.Hpar" #> [20245] "nl.MCpar" #> [20246] "pb.Hpar" #> [20247] "pb.MCpar" #> [20248] "posterior.predictive.nl" #> [20249] "posterior.predictive3D" #> [20250] "posteriorDistr.bma" #> [20251] "posteriorMCMC" #> [20252] "posteriorMCMC.nl" #> [20253] "posteriorMean" #> [20254] "posteriorWeights" #> [20255] "prior.nl" #> [20256] "prior.pb" #> [20257] "proposal.nl" #> [20258] "proposal.pb" #> [20259] "rect.integrate" #> [20260] "rstable.posit" #> [20261] "scores3D" #> [20262] "transf.to.equi" #> [20263] "winterdat" #> [20264] "bmd" #> [20265] "cleft.palate" #> [20266] "bmem-package" #> [20267] "bmem" #> [20268] "bmem.bs" #> [20269] "bmem.ci.bc" #> [20270] "bmem.ci.bc1" #> [20271] "bmem.ci.bca" #> [20272] "bmem.ci.bca1" #> [20273] "bmem.ci.norm" #> [20274] "bmem.ci.p" #> [20275] "bmem.cov" #> [20276] "bmem.em" #> [20277] "bmem.em.boot" #> [20278] "bmem.em.cov" #> [20279] "bmem.em.jack" #> [20280] "bmem.em.rcov" #> [20281] "bmem.list" #> [20282] "bmem.list.boot" #> [20283] "bmem.list.cov" #> [20284] "bmem.list.jack" #> [20285] "bmem.mi" #> [20286] "bmem.mi.boot" #> [20287] "bmem.mi.cov" #> [20288] "bmem.mi.jack" #> [20289] "bmem.moments" #> [20290] "bmem.pair" #> [20291] "bmem.pair.boot" #> [20292] "bmem.pair.cov" #> [20293] "bmem.pair.jack" #> [20294] "bmem.pattern" #> [20295] "bmem.plot" #> [20296] "bmem.raw2cov" #> [20297] "bmem.sem" #> [20298] "bmem.sobel" #> [20299] "bmem.sobel.ind" #> [20300] "bmem.ssq" #> [20301] "bmem.v" #> [20302] "plot.bmem" #> [20303] "popPar" #> [20304] "power.basic" #> [20305] "power.boot" #> [20306] "power.curve" #> [20307] "summary.bmem" #> [20308] "summary.power" #> [20309] "bmeta-package" #> [20310] "acf.plot" #> [20311] "bmeta" #> [20312] "diag.plot" #> [20313] "forest.plot" #> [20314] "funnel.plot" #> [20315] "posterior.plot" #> [20316] "print.bmeta" #> [20317] "traceplot.bmeta" #> [20318] "writeModel" #> [20319] "AdaptiveConfidenceIntervalSampling" #> [20320] "AdjustForDet" #> [20321] "AkaikeWeight" #> [20322] "AlterMatrixUsingDE" #> [20323] "AttachHybridsToDonor" #> [20324] "AttemptDeletionFix" #> [20325] "BMhyb" #> [20326] "BMhybGrid" #> [20327] "BrissetteEtAlCorrection" #> [20328] "CalculateLikelihood" #> [20329] "cichlid" #> [20330] "ContourFromAdaptiveSampling" #> [20331] "ConvertExpm1" #> [20332] "ConvertLog1P" #> [20333] "ConvertVectorToMatrix" #> [20334] "DetPass" #> [20335] "GenerateRandomPositiveDefiniteMatrix" #> [20336] "GenerateRandomValues" #> [20337] "GenerateValues" #> [20338] "GetAncestor" #> [20339] "GetClade" #> [20340] "GetMeansModified" #> [20341] "GetVModified" #> [20342] "IsPositiveDefinite" #> [20343] "LumpIntoClades" #> [20344] "nicotiana" #> [20345] "PlotAICRegion" #> [20346] "PlotConvexHull" #> [20347] "PlotNetwork" #> [20348] "PositiveDefiniteOptimizationFn" #> [20349] "SimulateNetwork" #> [20350] "SimulateTipData" #> [20351] "BMhyd" #> [20352] "Plot_ConvexHull" #> [20353] "addCovToFormla" #> [20354] "BMisc" #> [20355] "checkfun" #> [20356] "combineDfs" #> [20357] "compareBinary" #> [20358] "cs2panel" #> [20359] "dropCovFromFormla" #> [20360] "getWeightedDf" #> [20361] "getWeightedMean" #> [20362] "getWeightedQuantiles" #> [20363] "ids2rownum" #> [20364] "invertEcdf" #> [20365] "lhs.vars" #> [20366] "makeBalancedPanel" #> [20367] "makeDist" #> [20368] "panel2cs" #> [20369] "rhs" #> [20370] "rhs.vars" #> [20371] "toformula" #> [20372] "weighted.checkfun" #> [20373] "mix" #> [20374] "particle" #> [20375] "bmixture-package" #> [20376] "bmixgamma" #> [20377] "bmixnorm" #> [20378] "bmixt" #> [20379] "mixgamma" #> [20380] "mixt" #> [20381] "plot.bmixgamma" #> [20382] "plot.bmixnorm" #> [20383] "plot.bmixt" #> [20384] "print.bmixgamma" #> [20385] "print.bmixnorm" #> [20386] "print.bmixt" #> [20387] "summary.bmixgamma" #> [20388] "summary.bmixnorm" #> [20389] "summary.bmixt" #> [20390] "bmkconverge" #> [20391] "bmksensitive" #> [20392] "bmksummary" #> [20393] "HBconverg1" #> [20394] "HDistNoSize" #> [20395] "HDistSize" #> [20396] "HWconverg1" #> [20397] "MCMC.one" #> [20398] "MCMC.one.mean0" #> [20399] "MCMC.one.mean1" #> [20400] "MCMC.three" #> [20401] "MCMC.two" #> [20402] "BLch9" #> [20403] "bmlm" #> [20404] "isolate" #> [20405] "MEC2010" #> [20406] "mlm" #> [20407] "mlm_pars_plot" #> [20408] "mlm_path_plot" #> [20409] "mlm_spaghetti_plot" #> [20410] "mlm_summary" #> [20411] "multinomial" #> [20412] "model" #> [20413] "Process" #> [20414] "bmmix" #> [20415] "outputs" #> [20416] "mcount" #> [20417] "positions" #> [20418] "ConvertIntToUInt" #> [20419] "is.bmp" #> [20420] "read.bmp" #> [20421] "bmrb_download" #> [20422] "collect_ids" #> [20423] "balanced.cv.fold" #> [20424] "balanced.loss.weights" #> [20425] "bhattacharyya.coefficient" #> [20426] "binaryClassificationLoss" #> [20427] "costMatrix" #> [20428] "gradient" #> [20429] "hclust_fca" #> [20430] "hellinger.dist" #> [20431] "is.convex" #> [20432] "iterative.hclust" #> [20433] "linearRegressionLoss" #> [20434] "lpSVM" #> [20435] "lvalue" #> [20436] "mmc" #> [20437] "mmcLoss" #> [20438] "multivariateHingeLoss" #> [20439] "nrbm" #> [20440] "ontologyLoss" #> [20441] "ordinalRegressionLoss" #> [20442] "predict.mmc" #> [20443] "preferenceLoss" #> [20444] "print.roc.stat" #> [20445] "rank.linear.weights" #> [20446] "roc.stat" #> [20447] "softMarginVectorLoss" #> [20448] "softmaxLoss" #> [20449] "wolfe.linesearch" #> [20450] "BMRV-package" #> [20451] "blvcm" #> [20452] "blvcm_bin" #> [20453] "blvcm_bin_data" #> [20454] "blvcm_data" #> [20455] "hbmr" #> [20456] "hbmr_bin" #> [20457] "hbmr_bin_data" #> [20458] "hbmr_data" #> [20459] "hbmr_ord" #> [20460] "BMS-package" #> [20461] "as.zlm" #> [20462] "beta.draws.bma" #> [20463] "bin2hex" #> [20464] "bma-class" #> [20465] "bms" #> [20466] "c.bma" #> [20467] "coef.bma" #> [20468] "datafls" #> [20469] "density.bma" #> [20470] "f21hyper" #> [20471] "fullmodel.ssq" #> [20472] "gdensity" #> [20473] "gprior-class" #> [20474] "image.bma" #> [20475] "is.bma" #> [20476] "lps.bma" #> [20477] "mprior-class" #> [20478] "plot.bma" #> [20479] "plot.pred.density" #> [20480] "plotComp" #> [20481] "plotConv" #> [20482] "plotModelsize" #> [20483] "pmp.bma" #> [20484] "pmpmodel" #> [20485] "post.var" #> [20486] "pred.density" #> [20487] "predict.bma" #> [20488] "predict.zlm" #> [20489] "print.bma" #> [20490] "print.topmod" #> [20491] "quantile.pred.density" #> [20492] "summary.bma" #> [20493] "summary.zlm" #> [20494] "topmod" #> [20495] "topmod-class" #> [20496] "topmodels.bma" #> [20497] "variable.names.bma" #> [20498] "variable.names.zlm" #> [20499] "zlm" #> [20500] "zlm-class" #> [20501] "[.bma" #> [20502] "addInteractionToVars" #> [20503] "addPowToVars" #> [20504] "ConstrainedLinReg-class" #> [20505] "constrSelEst" #> [20506] "createFormula" #> [20507] "createFormulaInternal" #> [20508] "extractVarname" #> [20509] "getBestModel" #> [20510] "getBetaMatrix" #> [20511] "handleMissingData" #> [20512] "makeInteractions" #> [20513] "makePoly" #> [20514] "plotModelFit" #> [20515] "plotModels" #> [20516] "predict,ConstrainedLinReg-method" #> [20517] "prepColorVec" #> [20518] "prepDatForPredict" #> [20519] "prepModelNames" #> [20520] "prepPlotData" #> [20521] "print.ConstrainedLinReg" #> [20522] "show,ConstrainedLinReg-method" #> [20523] "sortAndPaste" #> [20524] "tryAsFormula" #> [20525] "BMT" #> [20526] "BMT.Phi" #> [20527] "BMT.Psi" #> [20528] "BMTcentral" #> [20529] "BMTchangepars" #> [20530] "BMTdispersion" #> [20531] "BMTfit" #> [20532] "BMTfit.mge" #> [20533] "BMTfit.mle" #> [20534] "BMTfit.mme" #> [20535] "BMTfit.mpse" #> [20536] "BMTfit.mqde" #> [20537] "BMTfit.qme" #> [20538] "BMTkurtosis" #> [20539] "BMTmoments" #> [20540] "BMTskewness" #> [20541] "mpsedist" #> [20542] "mqdedist" #> [20543] "score.math.booklet10.PISA2012" #> [20544] "Francisco" #> [20545] "Javier" #> [20546] "Luna-Vazquez" #> [20547] "H." #> [20548] "Toledo" #> [20549] "Osval" #> [20550] "Antonio" #> [20551] "Montesinos-Lopez" #> [20552] "Abelardo" #> [20553] "Jose" #> [20554] "Crossa" #> [20555] "2019-02-12" #> [20556] "09:47:42" #> [20557] "barplot.BMORSENV" #> [20558] "BME" #> [20559] "BMORS" #> [20560] "BMORS_Env" #> [20561] "BMTME" #> [20562] "boxplot.BMECV" #> [20563] "boxplot.BMORSCV" #> [20564] "boxplot.BMTMECV" #> [20565] "cholesky" #> [20566] "CV.KFold" #> [20567] "CV.RandomPart" #> [20568] "genoIranianToy" #> [20569] "genoJapa30" #> [20570] "genoJapa50" #> [20571] "genoMada" #> [20572] "genoMaizeToy" #> [20573] "genoWheatToy" #> [20574] "MaizeToy" #> [20575] "phenoIranianToy" #> [20576] "phenoJapa30" #> [20577] "phenoJapa50" #> [20578] "phenoMada" #> [20579] "phenoMaizeToy" #> [20580] "phenoWheatToy" #> [20581] "plot.BME" #> [20582] "plot.BMORSCV" #> [20583] "plot.BMTME" #> [20584] "print.BME" #> [20585] "print.BMECV" #> [20586] "print.BMORS" #> [20587] "print.BMORSCV" #> [20588] "print.BMORSENV" #> [20589] "print.BMTME" #> [20590] "print.BMTMECV" #> [20591] "residuals.BME" #> [20592] "residuals.BMTME" #> [20593] "summary.BMECV" #> [20594] "summary.BMORSCV" #> [20595] "summary.BMORSENV" #> [20596] "summary.BMTMECV" #> [20597] "WheatIranianToy" #> [20598] "WheatJapa30" #> [20599] "WheatJapa50" #> [20600] "WheatMadaToy" #> [20601] "WheatToy" #> [20602] "as_mlr" #> [20603] "bnc" #> [20604] "bnclassify" #> [20605] "bnc_bn" #> [20606] "bnc_dag" #> [20607] "car" #> [20608] "cmi" #> [20609] "cv" #> [20610] "grain_and_graph" #> [20611] "greedy_wrapper" #> [20612] "inspect_bnc_bn" #> [20613] "inspect_bnc_dag" #> [20614] "learn_params" #> [20615] "loglik" #> [20616] "plot.bnc_dag" #> [20617] "predict.bnc_fit" #> [20618] "tan_chowliu" #> [20619] "voting" #> [20620] "BNDataGenerator-package" #> [20621] "big_letters" #> [20622] "BN_Data_Generator" #> [20623] "check_cardinality" #> [20624] "C_M_WO_WC" #> [20625] "fromto_to_mat" #> [20626] "gen_asia" #> [20627] "is_acyclic" #> [20628] "is_DAG" #> [20629] "make_topology" #> [20630] "mat_to_fromto" #> [20631] "toss_value" #> [20632] "bnlearn-package" #> [20633] "alarm" #> [20634] "alpha.star" #> [20635] "arc.strength" #> [20636] "asia" #> [20637] "BF" #> [20638] "bn" #> [20639] "bn.boot" #> [20640] "bn.cv" #> [20641] "bn.fit" #> [20642] "bn.kcv" #> [20643] "bn.strength" #> [20644] "choose.direction" #> [20645] "ci.test" #> [20646] "clgaussian.test" #> [20647] "configs" #> [20648] "constraint-based" #> [20649] "algorithms" #> [20650] "coronary" #> [20651] "cpdag" #> [20652] "cpquery" #> [20653] "ctsdag" #> [20654] "dsep" #> [20655] "foreign" #> [20656] "files" #> [20657] "gaussian.test" #> [20658] "gRain" #> [20659] "graph" #> [20660] "enumeration" #> [20661] "generation" #> [20662] "graphviz.chart" #> [20663] "graphviz.plot" #> [20664] "hailfinder" #> [20665] "hybrid" #> [20666] "learning.test" #> [20667] "lm" #> [20668] "local" #> [20669] "discovery" #> [20670] "marks" #> [20671] "naive.bayes" #> [20672] "node" #> [20673] "ordering" #> [20674] "pcalg" #> [20675] "plot.bn" #> [20676] "plot.bn.strength" #> [20677] "preprocess" #> [20678] "rbn" #> [20679] "relevant" #> [20680] "ROCR" #> [20681] "score-based" #> [20682] "single-node" #> [20683] "strength.plot" #> [20684] "structural.em" #> [20685] "counter" #> [20686] "BNN-package" #> [20687] "BNNprior" #> [20688] "BNNsel" #> [20689] "Topotecan" #> [20690] "bnnSurvival" #> [20691] "get_best_k" #> [20692] "predict,bnnSurvivalBaseLearner-method" #> [20693] "predict,bnnSurvivalEnsemble-method" #> [20694] "predictions" #> [20695] "predictions,bnnSurvivalResult-method" #> [20696] "predictSurvProb.bnnSurvivalEnsemble" #> [20697] "print,bnnSurvivalEnsemble-method" #> [20698] "print,bnnSurvivalResult-method" #> [20699] "show,bnnSurvivalEnsemble-method" #> [20700] "show,bnnSurvivalResult-method" #> [20701] "timepoints" #> [20702] "timepoints,bnnSurvivalResult-method" #> [20703] "bnormnlr-package" #> [20704] "bnlr" #> [20705] "chainsum" #> [20706] "infocrit" #> [20707] "BNPdensity-package" #> [20708] "acidity" #> [20709] "Enzyme1.out" #> [20710] "Enzyme2.out" #> [20711] "Galaxy1.out" #> [20712] "Galaxy2.out" #> [20713] "MixNRMI1" #> [20714] "MixNRMI1cens" #> [20715] "MixNRMI2" #> [20716] "MixNRMI2cens" #> [20717] "salinity" #> [20718] "cDDP" #> [20719] "cICS" #> [20720] "cICS_mv" #> [20721] "condDDP" #> [20722] "condMCMC" #> [20723] "condMCMCmv" #> [20724] "cSLI" #> [20725] "cSLI_mv" #> [20726] "MAR" #> [20727] "MAR_mv" #> [20728] "modCond" #> [20729] "plot.modCond" #> [20730] "summary.modCond" #> [20731] "meta_param_ex" #> [20732] "MIXclustering" #> [20733] "plot.MIXcluster" #> [20734] "poverty.data" #> [20735] "summary.MIXcluster" #> [20736] "Y_ex_5_1" #> [20737] "Z_latent_ex_5_1" #> [20738] "bnpmr-package" #> [20739] "bnpmr" #> [20740] "pred.bnpmr" #> [20741] "ptsp" #> [20742] "bnpsd" #> [20743] "coanc" #> [20744] "coanc_to_kinship" #> [20745] "fixed_loci" #> [20746] "fst" #> [20747] "q1d" #> [20748] "q1dc" #> [20749] "qis" #> [20750] "rbnpsd" #> [20751] "rgeno" #> [20752] "rpanc" #> [20753] "rpiaf" #> [20754] "rpint" #> [20755] "BNPTSclust-package" #> [20756] "clusterplots" #> [20757] "comp11" #> [20758] "designmatrices" #> [20759] "diagplots" #> [20760] "gdp" #> [20761] "houses" #> [20762] "scaleandperiods" #> [20763] "stocks" #> [20764] "tseriesca" #> [20765] "tseriesca.out" #> [20766] "tseriescm" #> [20767] "tseriescm.out" #> [20768] "tseriescq" #> [20769] "tseriescq.out" #> [20770] "BNSL-package" #> [20771] "bnsl" #> [20772] "bnsl_p" #> [20773] "FFtable" #> [20774] "mi" #> [20775] "mi_matrix" #> [20776] "parent.set" #> [20777] "BNSP-package" #> [20778] "dpmj" #> [20779] "mvrm" #> [20780] "mvrm2mcmc" #> [20781] "plot.mvrm" #> [20782] "predict.mvrm" #> [20783] "print.mvrm" #> [20784] "simD" #> [20785] "summary.mvrm" #> [20786] "te" #> [20787] "ti" #> [20788] "aoi" #> [20789] "bnspatial" #> [20790] "ConwyData" #> [20791] "dataDiscretize" #> [20792] "extractByMask" #> [20793] "linkNode" #> [20794] "loadNetwork" #> [20795] "mapTarget" #> [20796] "queryNet" #> [20797] "add.observations<-" #> [20798] "asia_10000" #> [20799] "belief.propagation" #> [20800] "BN-class" #> [20801] "bn<-" #> [20802] "BNDataset-class" #> [20803] "boot" #> [20804] "boots" #> [20805] "boots<-" #> [20806] "build.junction.tree" #> [20807] "child_NA_5000" #> [20808] "complete" #> [20809] "cpts" #> [20810] "cpts<-" #> [20811] "dag" #> [20812] "dag.to.cpdag" #> [20813] "dag<-" #> [20814] "data.file" #> [20815] "data.file<-" #> [20816] "discreteness" #> [20817] "discreteness<-" #> [20818] "edge.dir.wpdag" #> [20819] "em" #> [20820] "get.most.probable.values" #> [20821] "has.boots" #> [20822] "has.imputed.boots" #> [20823] "has.imputed.data" #> [20824] "has.raw.data" #> [20825] "header.file" #> [20826] "header.file<-" #> [20827] "imp.boots" #> [20828] "imp.boots<-" #> [20829] "imputed.data" #> [20830] "imputed.data<-" #> [20831] "InferenceEngine-class" #> [20832] "jpts" #> [20833] "jpts<-" #> [20834] "jt.cliques" #> [20835] "jt.cliques<-" #> [20836] "junction.tree" #> [20837] "junction.tree<-" #> [20838] "knn.impute" #> [20839] "layering" #> [20840] "learn.dynamic.network" #> [20841] "learn.network" #> [20842] "learn.params" #> [20843] "learn.structure" #> [20844] "marginals" #> [20845] "name<-" #> [20846] "node.sizes" #> [20847] "node.sizes<-" #> [20848] "num.boots" #> [20849] "num.boots<-" #> [20850] "num.items" #> [20851] "num.items<-" #> [20852] "num.nodes" #> [20853] "num.nodes<-" #> [20854] "num.time.steps" #> [20855] "num.time.steps<-" #> [20856] "num.variables" #> [20857] "num.variables<-" #> [20858] "observations" #> [20859] "observations<-" #> [20860] "raw.data" #> [20861] "raw.data<-" #> [20862] "read.bif" #> [20863] "read.dataset" #> [20864] "read.dsc" #> [20865] "read.net" #> [20866] "sample.dataset" #> [20867] "sample.row" #> [20868] "save.to.eps" #> [20869] "scoring.func" #> [20870] "scoring.func<-" #> [20871] "shd" #> [20872] "struct.algo" #> [20873] "struct.algo<-" #> [20874] "test.updated.bn" #> [20875] "tune.knn.impute" #> [20876] "updated.bn" #> [20877] "updated.bn<-" #> [20878] "variables" #> [20879] "variables<-" #> [20880] "wpdag" #> [20881] "wpdag.from.dag" #> [20882] "wpdag<-" #> [20883] "write.dsc" #> [20884] "write_xgmml" #> [20885] "bnviewer-package" #> [20886] "model.to.structure" #> [20887] "strength.viewer" #> [20888] "viewer" #> [20889] "boa.acf" #> [20890] "boa.chain" #> [20891] "boa.chain.add" #> [20892] "boa.chain.collapse" #> [20893] "boa.chain.del" #> [20894] "boa.chain.eval" #> [20895] "boa.chain.gandr" #> [20896] "boa.chain.import" #> [20897] "boa.chain.info" #> [20898] "boa.chain.reset" #> [20899] "boa.chain.subset" #> [20900] "boa.chain.support" #> [20901] "boa.geweke" #> [20902] "boa.handw" #> [20903] "boa.hpd" #> [20904] "boa.importASCII" #> [20905] "boa.importBUGS" #> [20906] "boa.importMatrix" #> [20907] "boa.init" #> [20908] "boa.load" #> [20909] "boa.menu" #> [20910] "boa.par" #> [20911] "boa.plot" #> [20912] "boa.plot.acf" #> [20913] "boa.plot.bandg" #> [20914] "boa.plot.density" #> [20915] "boa.plot.gandr" #> [20916] "boa.plot.geweke" #> [20917] "boa.plot.history" #> [20918] "boa.plot.par" #> [20919] "boa.plot.title" #> [20920] "boa.plot.trace" #> [20921] "boa.print.acf" #> [20922] "boa.print.cor" #> [20923] "boa.print.gandr" #> [20924] "boa.print.geweke" #> [20925] "boa.print.handw" #> [20926] "boa.print.hpd" #> [20927] "boa.print.info" #> [20928] "boa.print.par" #> [20929] "boa.print.randl" #> [20930] "boa.print.stats" #> [20931] "boa.quit" #> [20932] "boa.randl" #> [20933] "boa.save" #> [20934] "boa.stats" #> [20935] "line" #> [20936] "detect_seq" #> [20937] "get_cols" #> [20938] "get_diags" #> [20939] "get_rows" #> [20940] "get_surround" #> [20941] "index2xy" #> [20942] "is_palindrome" #> [20943] "UltimateTicTacToe" #> [20944] "xy2index" #> [20945] "refAnnots" #> [20946] "refFuncMat" #> [20947] "refPhenoMat" #> [20948] "untreatedAnnots" #> [20949] "untreatedFuncMat" #> [20950] "untreatedPhenoMat" #> [20951] "BOG-package" #> [20952] "anthracis" #> [20953] "anthracis_iron" #> [20954] "BOG" #> [20955] "BOGest" #> [20956] "BOGstat" #> [20957] "brucella" #> [20958] "coxiella" #> [20959] "difficile" #> [20960] "DIMEplot" #> [20961] "ecoli" #> [20962] "francisella" #> [20963] "gseaplot" #> [20964] "hgplot" #> [20965] "internalhgplot" #> [20966] "printGSEA" #> [20967] "printHG" #> [20968] "printRANK" #> [20969] "boilerpipeR-package" #> [20970] "ArticleExtractor" #> [20971] "ArticleSentencesExtractor" #> [20972] "CanolaExtractor" #> [20973] "content" #> [20974] "DefaultExtractor" #> [20975] "Extractor" #> [20976] "KeepEverythingExtractor" #> [20977] "LargestContentExtractor" #> [20978] "NumWordsRulesExtractor" #> [20979] "get.boundary" #> [20980] "get.oc" #> [20981] "get.oc.comb" #> [20982] "next.comb" #> [20983] "next.subtrial" #> [20984] "plot.boin" #> [20985] "select.mtd" #> [20986] "select.mtd.comb" #> [20987] "summary.boin" #> [20988] "bold-package" #> [20989] "bold_filter" #> [20990] "bold_identify" #> [20991] "bold_identify_parents" #> [20992] "bold_seq" #> [20993] "bold_seqspec" #> [20994] "bold_specimens" #> [20995] "bold_stats" #> [20996] "bold_tax_id" #> [20997] "bold_tax_name" #> [20998] "bold_trace" #> [20999] "Bolstad-package" #> [21000] "as.data.frame.Bolstad" #> [21001] "bayes.lin.reg" #> [21002] "bayes.t.test" #> [21003] "binobp" #> [21004] "binodp" #> [21005] "binogcp" #> [21006] "binomixp" #> [21007] "cdf" #> [21008] "createPrior.default" #> [21009] "decomp" #> [21010] "IQR" #> [21011] "lines.Bolstad" #> [21012] "mean.Bolstad" #> [21013] "moisture.df" #> [21014] "mvnmvnp" #> [21015] "normdp" #> [21016] "normgcp" #> [21017] "normmixp" #> [21018] "normnp" #> [21019] "nvaricp" #> [21020] "plot.Bolstad" #> [21021] "poisdp" #> [21022] "poisgamp" #> [21023] "poisgcp" #> [21024] "print.Bolstad" #> [21025] "print.sscsamp" #> [21026] "quantile.Bolstad" #> [21027] "sd" #> [21028] "sd.Bolstad" #> [21029] "sintegral" #> [21030] "slug" #> [21031] "sscsample" #> [21032] "sscsample.data" #> [21033] "summary.Bolstad" #> [21034] "var" #> [21035] "xdesign" #> [21036] "AidsSurvival.df" #> [21037] "BayesCPH" #> [21038] "BayesLogistic" #> [21039] "BayesPois" #> [21040] "bivnormMH" #> [21041] "c10ex16.df" #> [21042] "chd.df" #> [21043] "credInt" #> [21044] "credIntNum" #> [21045] "credIntSamp" #> [21046] "GelmanRubin" #> [21047] "hierMeanReg" #> [21048] "hiermeanRegTest.df" #> [21049] "logisticTest.df" #> [21050] "normGibbs" #> [21051] "normMixMH" #> [21052] "pNull" #> [21053] "pnullNum" #> [21054] "pnullSamp" #> [21055] "poissonTest.df" #> [21056] "allpfvbm" #> [21057] "BoltzMM" #> [21058] "fitfvbm" #> [21059] "fvbmcov" #> [21060] "fvbmHess" #> [21061] "fvbmpartiald" #> [21062] "fvbmstderr" #> [21063] "fvbmtests" #> [21064] "marginpfvbm" #> [21065] "pfvbm" #> [21066] "rfvbm" #> [21067] "senate" #> [21068] "bomrang" #> [21069] "get_ag_bulletin" #> [21070] "get_available_imagery" #> [21071] "get_available_radar" #> [21072] "get_coastal_forecast" #> [21073] "get_current_weather" #> [21074] "get_historical" #> [21075] "get_precis_forecast" #> [21076] "get_radar_imagery" #> [21077] "get_satellite_imagery" #> [21078] "get_weather_bulletin" #> [21079] "manage_cache" #> [21080] "sweep_for_stations" #> [21081] "update_forecast_towns" #> [21082] "update_station_locations" #> [21083] "AccrInt" #> [21084] "AnnivDates" #> [21085] "BondVal.Price" #> [21086] "BondVal.Yield" #> [21087] "DP" #> [21088] "List.DCC" #> [21089] "NonBusDays.Brazil" #> [21090] "PanelSomeBonds2016" #> [21091] "SomeBonds2016" #> [21092] "BonEV-package" #> [21093] "Bon_EV" #> [21094] "Drew" #> [21095] "Tyre" #> [21096] "Ellis" #> [21097] "Valentiner" #> [21098] "Frans" #> [21099] "van" #> [21100] "Dunne" #> [21101] "Hadley" #> [21102] "Wickham" #> [21103] "Jeff" #> [21104] "Allen" #> [21105] "Jennifer" #> [21106] "Bryan" #> [21107] "Jonathan" #> [21108] "McPhers" #> [21109] "Junwen" #> [21110] "Huang" #> [21111] "Kevin" #> [21112] "Cheung" #> [21113] "Ushey" #> [21114] "Kim" #> [21115] "Seonghyun" #> [21116] "Kirill" #> [21117] "Muller" #> [21118] "Luciano" #> [21119] "Selzer" #> [21120] "Lincoln" #> [21121] "Maximilian" #> [21122] "Held" #> [21123] "Sachs" #> [21124] "Michal" #> [21125] "Bojanowski" #> [21126] "Noam" #> [21127] "Ross" #> [21128] "Sahir" #> [21129] "Bhatnagar" #> [21130] "Steve" #> [21131] "Thierry" #> [21132] "Onkelinx" #> [21133] "Fulco" #> [21134] "Yixuan" #> [21135] "Qiu" #> [21136] "Zhuoer" #> [21137] "Dong" #> [21138] "RStudio" #> [21139] "Inc" #> [21140] "Bartek" #> [21141] "Szopka" #> [21142] "(The" #> [21143] "jQuery" #> [21144] "Highlight" #> [21145] "Foundation" #> [21146] "[cph]" #> [21147] "(jQuery" #> [21148] "contributors" #> [21149] "[ctb," #> [21150] "library;" #> [21151] "authors" #> [21152] "listed" #> [21153] "MathQuill" #> [21154] "FriendCode" #> [21155] "[cph," #> [21156] "ctb]" #> [21157] "gitbook" #> [21158] "style," #> [21159] "09:40:11" #> [21160] "bookdown_site" #> [21161] "calibre" #> [21162] "clean_book" #> [21163] "epub_book" #> [21164] "html_chapters" #> [21165] "html_document2" #> [21166] "kindlegen" #> [21167] "pdf_book" #> [21168] "publish_book" #> [21169] "render_book" #> [21170] "serve_book" #> [21171] "backup" #> [21172] "bd2pd" #> [21173] "bookdownplus" #> [21174] "bookdownplus-imports" #> [21175] "copyfolder" #> [21176] "get_output" #> [21177] "get_template" #> [21178] "include_image" #> [21179] "mail_font" #> [21180] "more_output" #> [21181] "share" #> [21182] "template" #> [21183] "BoolFilter-package" #> [21184] "BKF" #> [21185] "BKS" #> [21186] "MMAE" #> [21187] "p53net_DNAdsb0" #> [21188] "p53net_DNAdsb1" #> [21189] "plotTrajectory" #> [21190] "simulateNetwork" #> [21191] "SIR_BKF" #> [21192] "BoolNet-package" #> [21193] "attractorsToLaTeX" #> [21194] "binarizeTimeSeries" #> [21195] "cellcycle" #> [21196] "chooseNetwork" #> [21197] "examplePBN" #> [21198] "fixGenes" #> [21199] "generateRandomNKNetwork" #> [21200] "generateState" #> [21201] "generateTimeSeries" #> [21202] "generationFunctions" #> [21203] "getAttractors" #> [21204] "getAttractorSequence" #> [21205] "getBasinOfAttraction" #> [21206] "getPathToAttractor" #> [21207] "getStateSummary" #> [21208] "getTransitionProbabilities" #> [21209] "getTransitionTable" #> [21210] "igf" #> [21211] "loadBioTapestry" #> [21212] "loadSBML" #> [21213] "markovSimulation" #> [21214] "perturbNetwork" #> [21215] "perturbTrajectories" #> [21216] "plotAttractors" #> [21217] "plotNetworkWiring" #> [21218] "plotPBNTransitions" #> [21219] "plotSequence" #> [21220] "plotStateGraph" #> [21221] "print.AttractorInfo" #> [21222] "print.BooleanNetwork" #> [21223] "print.MarkovSimulation" #> [21224] "print.ProbabilisticBooleanNetwork" #> [21225] "print.SymbolicSimulation" #> [21226] "print.TransitionTable" #> [21227] "reconstructNetwork" #> [21228] "saveNetwork" #> [21229] "sequenceToLaTeX" #> [21230] "simulateSymbolicModel" #> [21231] "stateTransition" #> [21232] "symbolicToTruthTable" #> [21233] "testNetworkProperties" #> [21234] "toPajek" #> [21235] "toSBML" #> [21236] "truthTableToSymbolic" #> [21237] "yeastTimeSeries" #> [21238] "add.segments" #> [21239] "ar1.coefficient.prior" #> [21240] "beta.prior" #> [21241] "boxplot.mcmc.matrix" #> [21242] "boxplot.true" #> [21243] "compare.den" #> [21244] "compare.dynamic.distributions" #> [21245] "compare.many.densities" #> [21246] "compare.many.ts" #> [21247] "compare.vector.distribution" #> [21248] "dirichlet-distribution" #> [21249] "dirichlet.prior" #> [21250] "discrete-uniform-prior" #> [21251] "dmvn" #> [21252] "double.model" #> [21253] "external.legend" #> [21254] "gamma.prior" #> [21255] "GenerateFactorData" #> [21256] "histabunch" #> [21257] "inverse-wishart" #> [21258] "invgamma" #> [21259] "is.even" #> [21260] "lmgamma" #> [21261] "lognormal.prior" #> [21262] "markov.prior" #> [21263] "match_data_frame" #> [21264] "mscan" #> [21265] "mvn.diagonal.prior" #> [21266] "mvn.independent.sigma.prior" #> [21267] "mvn.prior" #> [21268] "normal.inverse.gamma.prior" #> [21269] "normal.inverse.wishart.prior" #> [21270] "normal.prior" #> [21271] "pairs.density" #> [21272] "plot.density.contours" #> [21273] "plot.dynamic.distribution" #> [21274] "plot.macf" #> [21275] "plot.many.ts" #> [21276] "regression.coefficient.conjugate.prior" #> [21277] "replist" #> [21278] "rmvn" #> [21279] "sd.prior" #> [21280] "sufstat.Rd" #> [21281] "suggest.burn.log.likelihood" #> [21282] "thin.matrix" #> [21283] "TimeSeriesBoxplot" #> [21284] "ToString" #> [21285] "traceproduct" #> [21286] "uniform.prior" #> [21287] "wishart" #> [21288] "independent.spike.slab.prior" #> [21289] "independent.student.spike.slab.prior" #> [21290] "lm.spike" #> [21291] "logit.spike" #> [21292] "logit.zellner.prior" #> [21293] "make.spike.slab.prior" #> [21294] "mlm.spike" #> [21295] "mlm.spike.slab.prior" #> [21296] "model.matrix" #> [21297] "model.matrix.glm.spike" #> [21298] "nested.regression" #> [21299] "plot.coefficients" #> [21300] "plot.lm.spike" #> [21301] "plot.lm.spike.residuals" #> [21302] "plot.logit.spike" #> [21303] "plot.logit.spike.fit.summary" #> [21304] "plot.logit.spike.residuals" #> [21305] "plot.marginal.inclusion.probabilities" #> [21306] "plot.poisson.spike" #> [21307] "plot.qreg.spike" #> [21308] "PlotModelSize" #> [21309] "poisson.spike" #> [21310] "poisson.zellner.prior" #> [21311] "predict.lm.spike" #> [21312] "print.summary.lm.spike" #> [21313] "probit.spike" #> [21314] "qreg.spike" #> [21315] "residuals.lm.spike" #> [21316] "shrinkage.regression" #> [21317] "spike.slab.glm.prior" #> [21318] "spike.slab.prior.base" #> [21319] "student.spike.slab.prior" #> [21320] "SummarizeSpikeSlabCoefficients" #> [21321] "summary.lm.spike" #> [21322] "summary.logit.spike" #> [21323] "boostmtree-package" #> [21324] "boostmtree" #> [21325] "boostmtree.news" #> [21326] "partialPlot" #> [21327] "plot.boostmtree" #> [21328] "predict.boostmtree" #> [21329] "print.boostmtree" #> [21330] "simLong" #> [21331] "spirometry" #> [21332] "vimpPlot" #> [21333] "adaboostAggregator" #> [21334] "adaboostReweighter" #> [21335] "addDots" #> [21336] "arcfsAggregator" #> [21337] "arcfsReweighter" #> [21338] "arcx4Aggregator" #> [21339] "arcx4Reweighter" #> [21340] "boostBackend" #> [21341] "boostr" #> [21342] "boostWithArcFs" #> [21343] "buildEstimationProcedure" #> [21344] "defaultOOBPerformanceAnalysis" #> [21345] "ensembleEstimators" #> [21346] "isClassConstructor" #> [21347] "kFoldCV" #> [21348] "makePredictions" #> [21349] "predictClassFromWeightedVote" #> [21350] "predictResponseFromWeightedAverage" #> [21351] "vanillaBagger" #> [21352] "wrapAggregator" #> [21353] "wrapPerformanceAnalyzer" #> [21354] "wrapProcedure" #> [21355] "wrapReweighter" #> [21356] "abc.ci" #> [21357] "acme" #> [21358] "aircondit" #> [21359] "amis" #> [21360] "aml" #> [21361] "beaver" #> [21362] "bigcity" #> [21363] "boot.array" #> [21364] "boot.ci" #> [21365] "brambles" #> [21366] "breslow" #> [21367] "cane" #> [21368] "capability" #> [21369] "catsM" #> [21370] "cav" #> [21371] "cd4" #> [21372] "cd4.nested" #> [21373] "censboot" #> [21374] "channing" #> [21375] "claridge" #> [21376] "cloth" #> [21377] "co.transfer" #> [21378] "control" #> [21379] "corr" #> [21380] "cum3" #> [21381] "cv.glm" #> [21382] "dogs" #> [21383] "downs.bc" #> [21384] "ducks" #> [21385] "EEF.profile" #> [21386] "empinf" #> [21387] "exp.tilt" #> [21388] "fir" #> [21389] "freq.array" #> [21390] "frets" #> [21391] "glm.diag" #> [21392] "glm.diag.plots" #> [21393] "gravity" #> [21394] "hirose" #> [21395] "Imp.Estimates" #> [21396] "imp.weights" #> [21397] "inv.logit" #> [21398] "islay" #> [21399] "jack.after.boot" #> [21400] "k3.linear" #> [21401] "linear.approx" #> [21402] "lines.saddle.distn" #> [21403] "manaus" #> [21404] "motor" #> [21405] "neuro" #> [21406] "nitrofen" #> [21407] "nodal" #> [21408] "norm.ci" #> [21409] "nuclear" #> [21410] "paulsen" #> [21411] "plot.boot" #> [21412] "poisons" #> [21413] "print.boot" #> [21414] "print.bootci" #> [21415] "print.saddle.distn" #> [21416] "print.simplex" #> [21417] "remission" #> [21418] "saddle" #> [21419] "saddle.distn" #> [21420] "saddle.distn.object" #> [21421] "simplex.object" #> [21422] "smooth.f" #> [21423] "survival" #> [21424] "tilt.boot" #> [21425] "tsboot" #> [21426] "urine" #> [21427] "var.linear" #> [21428] "k.select" #> [21429] "stability" #> [21430] "bootES" #> [21431] "BayesianLR.test" #> [21432] "confusionStatistics" #> [21433] "diagCI" #> [21434] "drawMaxedOut" #> [21435] "medianConsistentlyOne" #> [21436] "print.diagCI" #> [21437] "print.lrtest" #> [21438] "run.BayesianLR.test" #> [21439] "sequentialGridSearch" #> [21440] "bmrmr.pval.cutoff" #> [21441] "bmrmr.weight.cutoff" #> [21442] "bootmr.weight" #> [21443] "geneslect.f" #> [21444] "mbmr.pval.cutoff" #> [21445] "mbmr.weight.cutoff" #> [21446] "mrmr.cutoff" #> [21447] "pval.bmrmr" #> [21448] "pval.mbmr" #> [21449] "rice_salt" #> [21450] "topsis.meth" #> [21451] "weight.mbmr" #> [21452] "Weights.mrmr" #> [21453] "anRpackage-package" #> [21454] "bootInclude" #> [21455] "bootnet" #> [21456] "bootThreshold" #> [21457] "corStability" #> [21458] "differenceTest" #> [21459] "estimateNetwork" #> [21460] "genGGM" #> [21461] "ggmGenerator" #> [21462] "IsingGenerator" #> [21463] "netSimulator" #> [21464] "replicationSimulator" #> [21465] "null" #> [21466] "plot.bootnet" #> [21467] "plot.bootnetResult" #> [21468] "print.bootnet" #> [21469] "summary.bootnet" #> [21470] "BootPR-package" #> [21471] "Andrews.Chen" #> [21472] "ARorder" #> [21473] "BootAfterBootPI" #> [21474] "BootBC" #> [21475] "BootPI" #> [21476] "IPdata" #> [21477] "LS.AR" #> [21478] "Plot.Fore" #> [21479] "Plot.PI" #> [21480] "Roy.Fuller" #> [21481] "ShamanStine.PI" #> [21482] "Stine.Shaman" #> [21483] "dcc" #> [21484] "dcplot" #> [21485] "mdcc" #> [21486] "mdcplot" #> [21487] "muc.clim" #> [21488] "muc.fake" #> [21489] "muc.spruce" #> [21490] "rt.prec" #> [21491] "rt.spruce" #> [21492] "rt.temp" #> [21493] "bootruin-package" #> [21494] "pvaldens" #> [21495] "pvaldistance" #> [21496] "ruinprob" #> [21497] "ruinprob.test" #> [21498] "bootspecdens-package" #> [21499] "specdens" #> [21500] "bootsPLS-package" #> [21501] "bootsPLS" #> [21502] "CI.prediction" #> [21503] "compile.bootsPLS.object" #> [21504] "component.selection" #> [21505] "fit.model" #> [21506] "MSC" #> [21507] "plot.bootsPLS" #> [21508] "plot.component.selection" #> [21509] "plot.predictCI" #> [21510] "plot.variable.selection" #> [21511] "spls.hybrid" #> [21512] "variable.selection" #> [21513] "boot.stepAIC" #> [21514] "abcnon" #> [21515] "abcpar" #> [21516] "bcanon" #> [21517] "bootpred" #> [21518] "boott" #> [21519] "cell" #> [21520] "cholost" #> [21521] "hormone" #> [21522] "jackknife" #> [21523] "law" #> [21524] "law82" #> [21525] "lutenhorm" #> [21526] "mouse.c" #> [21527] "mouse.t" #> [21528] "patch" #> [21529] "Rainfall" #> [21530] "scor" #> [21531] "spatial" #> [21532] "stamp" #> [21533] "tooth" #> [21534] "bootstrapFP" #> [21535] "BootstrapQTL" #> [21536] "As2Vs" #> [21537] "bootPCA" #> [21538] "bootSVD" #> [21539] "bootSVD_LD" #> [21540] "EEG_leadingV" #> [21541] "EEG_mu" #> [21542] "EEG_score_var" #> [21543] "fastSVD" #> [21544] "ffmatrixmult" #> [21545] "genBootIndeces" #> [21546] "genQ" #> [21547] "getMomentsAndMomentCI" #> [21548] "os" #> [21549] "qrSVD" #> [21550] "reindexMatricesByK" #> [21551] "reindexVectorsByK" #> [21552] "simEEG" #> [21553] "boottol" #> [21554] "vasdata" #> [21555] "vastol" #> [21556] "plot.bootVal" #> [21557] "print.bootVal" #> [21558] "vboot" #> [21559] "vboot.coxnet" #> [21560] "vboot.elnet" #> [21561] "vboot.glm" #> [21562] "vboot.lm" #> [21563] "vboot.lognet" #> [21564] "vboot.multnet" #> [21565] "BootWPTOS-package" #> [21566] "BootWPTOS" #> [21567] "plot.toswp" #> [21568] "print.toswp" #> [21569] "summary.toswp" #> [21570] "WPTOSpickout" #> [21571] "WPts" #> [21572] "countb" #> [21573] "dtable" #> [21574] "ex_field_data" #> [21575] "boral-package" #> [21576] "about.distributions" #> [21577] "about.lvs" #> [21578] "about.ssvs" #> [21579] "about.traits" #> [21580] "boral" #> [21581] "calc.condlogLik" #> [21582] "calc.logLik.lv0" #> [21583] "calc.marglogLik" #> [21584] "calc.varpart" #> [21585] "coefsplot" #> [21586] "create.life" #> [21587] "ds.residuals" #> [21588] "fitted.boral" #> [21589] "get.dic" #> [21590] "get.enviro.cor" #> [21591] "get.hpdintervals" #> [21592] "get.mcmcsamples" #> [21593] "get.measures" #> [21594] "get.more.measures" #> [21595] "get.residual.cor" #> [21596] "lvsplot" #> [21597] "make.jagsboralmodel" #> [21598] "make.jagsboralnullmodel" #> [21599] "plot.boral" #> [21600] "predict.boral" #> [21601] "summary.boral" #> [21602] "attStats" #> [21603] "Boruta" #> [21604] "getConfirmedFormula" #> [21605] "getImpExtra" #> [21606] "getImpFerns" #> [21607] "getImpLegacyRf" #> [21608] "getImpRf" #> [21609] "getImpXgboost" #> [21610] "getSelectedAttributes" #> [21611] "plot.Boruta" #> [21612] "plotImpHistory" #> [21613] "print.Boruta" #> [21614] "TentativeRoughFix" #> [21615] "BosonSampling-package" #> [21616] "bosonSampler" #> [21617] "Permanent-functions" #> [21618] "randomUnitary" #> [21619] "BoSSA-package" #> [21620] "circular_tree" #> [21621] "plot.pplace" #> [21622] "pplace" #> [21623] "pplace_to_matrix" #> [21624] "pplace_to_table" #> [21625] "pplace_to_taxonomy" #> [21626] "print.pplace" #> [21627] "print.protdb" #> [21628] "read_jplace" #> [21629] "read_protdb" #> [21630] "read_sqlite" #> [21631] "refpkg" #> [21632] "sub_pplace" #> [21633] "write_jplace" #> [21634] "asinh_trans" #> [21635] "Beamys_hindei_points" #> [21636] "Beamys_hindei_range" #> [21637] "checkRates" #> [21638] "compress" #> [21639] "cumulative" #> [21640] "fbbi" #> [21641] "hcols" #> [21642] "Leucadendron_lanigerum_range" #> [21643] "logistic" #> [21644] "optifix" #> [21645] "pinside" #> [21646] "rangeDist" #> [21647] "rangeDist_grass" #> [21648] "rangeOffset" #> [21649] "rmRaster" #> [21650] "Tinamus_solitarius_env" #> [21651] "Tinamus_solitarius_points" #> [21652] "Tinamus_solitarius_range" #> [21653] "tree" #> [21654] "boussinesq-package" #> [21655] "beq.lin" #> [21656] "beq.lin.dimensionless" #> [21657] "beq.song" #> [21658] "beq.song.dimensionless" #> [21659] "coefficient.song.solution" #> [21660] "BoutrosLab.plotting.general-package" #> [21661] "append.footnote" #> [21662] "auto.axis" #> [21663] "CNA" #> [21664] "colour.gradient" #> [21665] "covariates.grob" #> [21666] "create.barplot" #> [21667] "create.boxplot" #> [21668] "create.colourkey" #> [21669] "create.dendrogram" #> [21670] "create.densityplot" #> [21671] "create.dotmap" #> [21672] "create.gif" #> [21673] "create.heatmap" #> [21674] "create.hexbinplot" #> [21675] "create.histogram" #> [21676] "create.lollipopplot" #> [21677] "create.manhattanplot" #> [21678] "create.multipanelplot" #> [21679] "create.multiplot" #> [21680] "create.polygonplot" #> [21681] "create.qqplot.comparison" #> [21682] "create.qqplot.fit" #> [21683] "create.qqplot.fit.confidence.interval" #> [21684] "create.scatterplot" #> [21685] "create.segplot" #> [21686] "create.stripplot" #> [21687] "create.violinplot" #> [21688] "default.colours" #> [21689] "display.colours" #> [21690] "display.statistical.result" #> [21691] "dist" #> [21692] "force.colour.scheme" #> [21693] "GarbageCollect" #> [21694] "generate.at.final" #> [21695] "generate.filename" #> [21696] "get.corr.key" #> [21697] "get.correlation.p.and.corr" #> [21698] "get.defaults" #> [21699] "get.line.breaks" #> [21700] "ks.test.critical.value" #> [21701] "legend.grob" #> [21702] "ls.objects" #> [21703] "panel.BL.bwplot" #> [21704] "patient" #> [21705] "pcawg.colours" #> [21706] "recode.vector" #> [21707] "save.session.profile" #> [21708] "scientific.notation" #> [21709] "show.available.palettes" #> [21710] "SNV" #> [21711] "thousands.split" #> [21712] "write.metadata" #> [21713] "write.plot" #> [21714] "boxcoxmix-package" #> [21715] "boxcoxtype" #> [21716] "Kfind.boxcox" #> [21717] "np.boxcoxmix" #> [21718] "np.estep" #> [21719] "print.boxcoxmix" #> [21720] "tolfind.boxcox" #> [21721] "boxoffice" #> [21722] "top_grossing" #> [21723] "boxplotdbl-package" #> [21724] "boxplotdou" #> [21725] "boxr-package" #> [21726] "boxr_options" #> [21727] "boxr_S3_classes" #> [21728] "box_add_description" #> [21729] "box_auth" #> [21730] "box_auth_on_attach" #> [21731] "box_delete_file" #> [21732] "box_dir_create" #> [21733] "box_dl" #> [21734] "box_fetch" #> [21735] "box_fresh_auth" #> [21736] "box_ls" #> [21737] "box_previous_versions" #> [21738] "box_read" #> [21739] "box_save" #> [21740] "box_search" #> [21741] "box_setwd" #> [21742] "box_source" #> [21743] "box_write" #> [21744] "get_pattern" #> [21745] "match_pattern" #> [21746] "messy" #> [21747] "trim_ws" #> [21748] "bpbounds-package" #> [21749] "bpbounds" #> [21750] "runExample" #> [21751] "bpca-package" #> [21752] "bpca" #> [21753] "dt.tools" #> [21754] "gabriel1971" #> [21755] "gge2003" #> [21756] "latex.bpca" #> [21757] "marina" #> [21758] "ontario" #> [21759] "qbpca" #> [21760] "summary.bpca" #> [21761] "summary.latex.bpca" #> [21762] "var.rbf" #> [21763] "var.rdf" #> [21764] "bpcp-package" #> [21765] "betaMeldTest" #> [21766] "bpcp2samp" #> [21767] "bpcp2sampControl" #> [21768] "bpcpControl" #> [21769] "fixtdiff" #> [21770] "kmci.object" #> [21771] "kmciLR.object" #> [21772] "kmtestALL" #> [21773] "leuk" #> [21774] "leuk2" #> [21775] "mdiffmedian.test" #> [21776] "plot.kmciLR" #> [21777] "quantile.kmciLR" #> [21778] "sclerosis" #> [21779] "StCI" #> [21780] "summary.kmciLR" #> [21781] "bPeaks-package" #> [21782] "baseLineCalc" #> [21783] "bPeaksAnalysis" #> [21784] "dataPDR1" #> [21785] "dataReading" #> [21786] "dataSmoothing" #> [21787] "peakDetection" #> [21788] "peakDrawing" #> [21789] "peakLocation" #> [21790] "yeastCDS" #> [21791] "bpec" #> [21792] "bpec.contourPlot" #> [21793] "bpec.covariatesPlot" #> [21794] "bpec.geoTree" #> [21795] "bpec.loadCoords" #> [21796] "bpec.loadSeq" #> [21797] "bpec.mcmc" #> [21798] "bpec.treePlot" #> [21799] "CladeBrownFrogsCoordsLocs" #> [21800] "CladeBrownFrogsRawSeqs" #> [21801] "MacrocnemisCoordsLocs" #> [21802] "MacrocnemisCoordsLocsMini" #> [21803] "MacrocnemisRawSeqs" #> [21804] "output.clust" #> [21805] "output.mcmc" #> [21806] "output.tree" #> [21807] "preproc" #> [21808] "TransalpinaCoordsLocs" #> [21809] "TransalpinaRawSeqs" #> [21810] "bpk" #> [21811] "bpkde" #> [21812] "discretize.kernel" #> [21813] "kernels" #> [21814] "M0" #> [21815] "M1" #> [21816] "mvlinbin" #> [21817] "WandJones" #> [21818] "annotGeneNames" #> [21819] "ApiGetDMCs" #> [21820] "BayPM" #> [21821] "BPM" #> [21822] "estimateNu" #> [21823] "fullSampler" #> [21824] "goodProbes" #> [21825] "simUCEC" #> [21826] "anyBars" #> [21827] "b.f" #> [21828] "betaBlock.fRI" #> [21829] "betaBlock.fRS" #> [21830] "BFc" #> [21831] "BFc.bpnme" #> [21832] "BFc.bpnr" #> [21833] "bpnme" #> [21834] "bpnr" #> [21835] "bpnreg" #> [21836] "cat_check" #> [21837] "circ_coef" #> [21838] "circ_coef_rcpp" #> [21839] "coef_circ" #> [21840] "coef_circ.bpnme" #> [21841] "coef_circ.bpnr" #> [21842] "coef_lin" #> [21843] "coef_lin.bpnme" #> [21844] "coef_lin.bpnr" #> [21845] "coef_ran" #> [21846] "coef_ran.bpnme" #> [21847] "Dbd" #> [21848] "DIC_reg" #> [21849] "eigen_val" #> [21850] "eigen_vec" #> [21851] "expandDoubleVerts" #> [21852] "findbars" #> [21853] "fit.bpnme" #> [21854] "fit.bpnr" #> [21855] "hmode" #> [21856] "hmodeC" #> [21857] "hmodeci" #> [21858] "hmodeciC" #> [21859] "hpd_est" #> [21860] "hpd_est_circ" #> [21861] "isAnyArgBar" #> [21862] "isBar" #> [21863] "lik" #> [21864] "Maps" #> [21865] "mean_circ" #> [21866] "mmme" #> [21867] "mmr" #> [21868] "mode_est" #> [21869] "mode_est_circ" #> [21870] "Motor" #> [21871] "mvrnorm_arma_eigen" #> [21872] "nobars" #> [21873] "nobars_" #> [21874] "Omega.f" #> [21875] "pnr" #> [21876] "predict.bpnme" #> [21877] "predict.bpnr" #> [21878] "print.bpnme" #> [21879] "print.bpnr" #> [21880] "reOnly" #> [21881] "residuals.bpnme" #> [21882] "residuals.bpnr" #> [21883] "rho" #> [21884] "rho_circ" #> [21885] "RHSForm" #> [21886] "RHSForm<-" #> [21887] "safeDeparse" #> [21888] "sd_circ" #> [21889] "slice_rcpp" #> [21890] "slice_r_me" #> [21891] "subbars" #> [21892] "summe" #> [21893] "sumr" #> [21894] "theta_bar" #> [21895] "traceplot.bpnme" #> [21896] "traceplot.bpnr" #> [21897] "bpp-package" #> [21898] "basicPlot" #> [21899] "bpp" #> [21900] "bpp_1interim" #> [21901] "bpp_2interim" #> [21902] "estimate_posterior" #> [21903] "estimate_posterior_nominator" #> [21904] "estimate_toIntegrate" #> [21905] "FlatNormalPosterior" #> [21906] "interval_posterior_nominator" #> [21907] "interval_posterior_nominator2" #> [21908] "interval_toIntegrate" #> [21909] "interval_toIntegrate2" #> [21910] "NormalNormalPosterior" #> [21911] "post_power" #> [21912] "UniformNormalTails" #> [21913] "Starting" #> [21914] "Point" #> [21915] "adjust.linear.bayes" #> [21916] "bqtl" #> [21917] "bqtl-internal" #> [21918] "bqtl.fitter" #> [21919] "coef.bqtl" #> [21920] "covar" #> [21921] "formula.bqtl" #> [21922] "lapadj" #> [21923] "linear.bayes" #> [21924] "little.ana.bc" #> [21925] "little.ana.f2" #> [21926] "little.bc.markers" #> [21927] "little.bc.pheno" #> [21928] "little.f2.markers" #> [21929] "little.f2.pheno" #> [21930] "little.map.dx" #> [21931] "little.map.frame" #> [21932] "little.mf.5" #> [21933] "locus" #> [21934] "make.analysis.obj" #> [21935] "make.loc.right" #> [21936] "make.location.prior" #> [21937] "make.map.frame" #> [21938] "make.marker.numeric" #> [21939] "make.regressor.matrix" #> [21940] "make.state.matrix" #> [21941] "make.varcov" #> [21942] "map.index" #> [21943] "map.location" #> [21944] "map.names" #> [21945] "marker.fill" #> [21946] "marker.levels" #> [21947] "plot.map.frame" #> [21948] "predict.bqtl" #> [21949] "predict.linear.bayes" #> [21950] "residuals.bqtl" #> [21951] "summary.adj" #> [21952] "summary.bqtl" #> [21953] "summary.map.frame" #> [21954] "summary.swap" #> [21955] "swap" #> [21956] "swapbc1" #> [21957] "swapf2" #> [21958] "twohk" #> [21959] "twohkbc1" #> [21960] "add1.BTm" #> [21961] "anova.BTm" #> [21962] "baseball" #> [21963] "BTabilities" #> [21964] "BTm" #> [21965] "CEMS" #> [21966] "chameleons" #> [21967] "countsToBinomial" #> [21968] "flatlizards" #> [21969] "GenDavidson" #> [21970] "glmmPQL" #> [21971] "glmmPQL.control" #> [21972] "icehockey" #> [21973] "plotProportions" #> [21974] "predict.BTglmmPQL" #> [21975] "predict.BTm" #> [21976] "qvcalc.BTabilities" #> [21977] "residuals.BTm" #> [21978] "seeds" #> [21979] "sound.fields" #> [21980] "springall" #> [21981] "BradleyTerryScalable" #> [21982] "btdata" #> [21983] "btfit" #> [21984] "btprob" #> [21985] "BT_EM" #> [21986] "codes_to_counts" #> [21987] "coef.btfit" #> [21988] "fitted.btfit" #> [21989] "select_components" #> [21990] "simulate_BT" #> [21991] "summary.btfit" #> [21992] "toy_data" #> [21993] "vcov.btfit" #> [21994] "braidReports-package" #> [21995] "calculateIAE" #> [21996] "es8analysis" #> [21997] "formatResponseMap" #> [21998] "makeBRAIDreport" #> [21999] "potentiationPlot" #> [22000] "responseMap" #> [22001] "voronoi" #> [22002] "braidrm-package" #> [22003] "braidrm" #> [22004] "calcBRAIDconfint" #> [22005] "es1data" #> [22006] "es1plates" #> [22007] "es8olatmz" #> [22008] "evalBRAIDrsm" #> [22009] "evalHillEqn" #> [22010] "findBestBRAID" #> [22011] "findBestHill" #> [22012] "getBRAIDbootstrap" #> [22013] "getHillBootstrap" #> [22014] "hillConcCorrect" #> [22015] "invertBRAIDrsm" #> [22016] "runBRAIDanalysis" #> [22017] "reticulate," #> [22018] "rmarkdown," #> [22019] "roloc," #> [22020] "rolocISCCNBS," #> [22021] "utils," #> [22022] "XML," #> [22023] "Python" #> [22024] "2.7" #> [22025] "wxPython" #> [22026] "2018-08-10" #> [22027] "12:40:07" #> [22028] "BrailleR-package" #> [22029] "AddXMLInternal" #> [22030] "AddXMLMethod" #> [22031] "AugmentMethod" #> [22032] "AutoSpellCheck" #> [22033] "boxplot" #> [22034] "BrailleRUsefulLinks" #> [22035] "BRLThis" #> [22036] "BrowseSVG" #> [22037] "CleanCSV" #> [22038] "DataViewer" #> [22039] "dotplot" #> [22040] "Embossers" #> [22041] "FindReplace" #> [22042] "GetExampleText" #> [22043] "GetGoing" #> [22044] "GetWriteR" #> [22045] "grep.VIgraph" #> [22046] "hist" #> [22047] "history" #> [22048] "Internal" #> [22049] "JoinBlindRUG" #> [22050] "MakeAccessibleSVGMethod" #> [22051] "MakeAllFormats" #> [22052] "MakeBatch" #> [22053] "MakeReadable" #> [22054] "MakeRmdFiles" #> [22055] "MakeRprofile" #> [22056] "MakeSlideShow" #> [22057] "NewFunction" #> [22058] "OneFactor" #> [22059] "OnePredictor" #> [22060] "Options" #> [22061] "pdf2html" #> [22062] "R2txtJG" #> [22063] "Require" #> [22064] "ScatterPlot" #> [22065] "SetOptions" #> [22066] "SetupBrailleR" #> [22067] "sort.VIgraph" #> [22068] "SpellCheck" #> [22069] "SpellCheckFiles" #> [22070] "SVGThis" #> [22071] "ThreeFactors" #> [22072] "TSPlot" #> [22073] "TwoFactors" #> [22074] "unfinished" #> [22075] "UniDesc" #> [22076] "UpdateGraph" #> [22077] "VI" #> [22078] "VI.ggplot" #> [22079] "ViewSVG" #> [22080] "WhereXY" #> [22081] "WriteR" #> [22082] "WTF" #> [22083] "aal116" #> [22084] "aal2.120" #> [22085] "aal2.94" #> [22086] "aal90" #> [22087] "analysis_random_graphs" #> [22088] "apply_thresholds" #> [22089] "bg_to_mediate" #> [22090] "brainGraph_boot" #> [22091] "brainGraph_GLM" #> [22092] "brainGraph_GLM_design" #> [22093] "brainGraph_init" #> [22094] "brainGraph_mediate" #> [22095] "brainGraph_permute" #> [22096] "brainsuite" #> [22097] "centr_betw_comm" #> [22098] "centr_lev" #> [22099] "coeff_var" #> [22100] "communicability" #> [22101] "contract_brainGraph" #> [22102] "cor.diff.test" #> [22103] "corr.matrix" #> [22104] "CountEdges" #> [22105] "craddock200" #> [22106] "create_mats" #> [22107] "DataTables" #> [22108] "destrieux" #> [22109] "destrieux.scgm" #> [22110] "dk" #> [22111] "dk.scgm" #> [22112] "dkt" #> [22113] "dkt.scgm" #> [22114] "dosenbach160" #> [22115] "edge_asymmetry" #> [22116] "efficiency" #> [22117] "get.resid" #> [22118] "GLMfit" #> [22119] "GraphDistances" #> [22120] "hoa112" #> [22121] "IndividualContributions" #> [22122] "lpba40" #> [22123] "make_brainGraph" #> [22124] "make_ego_brainGraph" #> [22125] "make_empty_brainGraph" #> [22126] "make_glm_brainGraph" #> [22127] "make_intersection_brainGraph" #> [22128] "make_mediate_brainGraph" #> [22129] "make_nbs_brainGraph" #> [22130] "mtpc" #> [22131] "NBS" #> [22132] "plot.bg_GLM" #> [22133] "plot.brainGraph" #> [22134] "plot.brainGraph_boot" #> [22135] "plot.brainGraph_GLM" #> [22136] "plot.brainGraph_mediate" #> [22137] "plot.brainGraph_mtpc" #> [22138] "plot.brainGraph_NBS" #> [22139] "plot.brainGraph_permute" #> [22140] "plot.brainGraph_resids" #> [22141] "plot.mtpc" #> [22142] "plot_brainGraph_gui" #> [22143] "plot_brainGraph_list" #> [22144] "plot_brainGraph_multi" #> [22145] "plot_corr_mat" #> [22146] "plot_global" #> [22147] "plot_rich_norm" #> [22148] "plot_vertex_measures" #> [22149] "plot_volumetric" #> [22150] "RandomGraphs" #> [22151] "RichClub" #> [22152] "rich_club_attrs" #> [22153] "set_brainGraph_attr" #> [22154] "small.world" #> [22155] "summary.bg_GLM" #> [22156] "summary.bg_mediate" #> [22157] "summary.brainGraph" #> [22158] "summary.brainGraph_permute" #> [22159] "symmetrize_mats" #> [22160] "s_core" #> [22161] "VertexRoles" #> [22162] "vulnerability" #> [22163] "write_brainnet" #> [22164] "xfm.weights" #> [22165] "input_img" #> [22166] "meanConnection" #> [22167] "multipleRegion_plot" #> [22168] "nii2RData" #> [22169] "permkCCA_multipleRegion" #> [22170] "perm_kCCA" #> [22171] "summary_kcca" #> [22172] "brainR-package" #> [22173] "makeScene" #> [22174] "scene4d" #> [22175] "write4D" #> [22176] "write4D.file" #> [22177] "writeTrianglesSTL" #> [22178] "writeWebGL_split" #> [22179] "brain" #> [22180] "choose.thresh.nbedges" #> [22181] "compute.FDR" #> [22182] "const.adj.list" #> [22183] "const.adj.mat" #> [22184] "const.cor.list" #> [22185] "const.var.list" #> [22186] "correlations.to.adjacencies" #> [22187] "equadist.rand.sw" #> [22188] "fitting" #> [22189] "graph.attack" #> [22190] "p.value.compute" #> [22191] "rand.eff" #> [22192] "rand.sw" #> [22193] "read.convert_1_2" #> [22194] "read.cor.txt" #> [22195] "read.var.txt" #> [22196] "reg.sw" #> [22197] "sim.graph" #> [22198] "wave.trans" #> [22199] "young" #> [22200] "BGWM.covar" #> [22201] "BGWM.covar.estim" #> [22202] "BGWM.mean" #> [22203] "BGWM.mean.estim" #> [22204] "rBGWM" #> [22205] "brandwatchR" #> [22206] "bwr_auth" #> [22207] "bwr_cat_create" #> [22208] "bwr_cat_get" #> [22209] "bwr_filters_get" #> [22210] "bwr_mentions_chart" #> [22211] "bwr_mentions_get" #> [22212] "bwr_mentions_topauthors" #> [22213] "bwr_mentions_topics" #> [22214] "bwr_mentions_topsites" #> [22215] "bwr_mentions_toptweeters" #> [22216] "bwr_mentions_total" #> [22217] "bwr_metrics_get" #> [22218] "bwr_projects_get" #> [22219] "bwr_querygrp_delete" #> [22220] "bwr_querygrp_get" #> [22221] "bwr_query_check" #> [22222] "bwr_query_create" #> [22223] "bwr_query_delete" #> [22224] "bwr_query_get" #> [22225] "bwr_rule_delete" #> [22226] "bwr_rule_get" #> [22227] "bwr_tag_create" #> [22228] "bwr_tag_delete" #> [22229] "bwr_tag_get" #> [22230] "bwr_wf_get" #> [22231] "brant" #> [22232] "baQCA" #> [22233] "brQCA" #> [22234] "conf.table" #> [22235] "QCAdiff" #> [22236] "rallies" #> [22237] "sim.brQCA" #> [22238] "deaths" #> [22239] "get_brmap" #> [22240] "gini2015" #> [22241] "join_data" #> [22242] "plot_brmap" #> [22243] "pop2017" #> [22244] "brea_mcmc" #> [22245] "breakage-package" #> [22246] "apply.breaks" #> [22247] "break.clust" #> [22248] "break.data" #> [22249] "breakage.plot" #> [22250] "err.breakage" #> [22251] "find.bottom" #> [22252] "fit.breakage" #> [22253] "fit.sensitivity.plot" #> [22254] "resist.access" #> [22255] "resist.breakage" #> [22256] "resist.cone" #> [22257] "resist.total" #> [22258] "breakaway-package" #> [22259] "apples" #> [22260] "betta" #> [22261] "betta_pic" #> [22262] "betta_random" #> [22263] "breakaway" #> [22264] "breakaway_nof1" #> [22265] "chao1" #> [22266] "chao1_bc" #> [22267] "chao_bunge" #> [22268] "hawaii" #> [22269] "wlrm_transformed" #> [22270] "wlrm_untransformed" #> [22271] "betas" #> [22272] "broken" #> [22273] "broken.default" #> [22274] "broken.glm" #> [22275] "broken.lm" #> [22276] "HR_data" #> [22277] "plot.broken" #> [22278] "print.broken" #> [22279] "breakfast" #> [22280] "hybrid.cpt" #> [22281] "segment.mean" #> [22282] "tguh.cpt" #> [22283] "tguh.decomp" #> [22284] "tguh.denoise" #> [22285] "tguh.reconstr" #> [22286] "wbs.bic.cpt" #> [22287] "wbs.cpt" #> [22288] "wbs.K.cpt" #> [22289] "wbs.thresh.cpt" #> [22290] "breakpoint-package" #> [22291] "CE.NB" #> [22292] "CE.NB.Init" #> [22293] "CE.Normal.Init.Mean" #> [22294] "CE.Normal.Init.MeanVar" #> [22295] "CE.Normal.Mean" #> [22296] "CE.Normal.MeanVar" #> [22297] "CE.ZINB" #> [22298] "CE.ZINB.Init" #> [22299] "ch1.GM03563" #> [22300] "profilePlot" #> [22301] "AIC.breathtestnlmefit" #> [22302] "augment.breathtestfit" #> [22303] "breathtest_data" #> [22304] "breathtest_read_function" #> [22305] "btcore_file" #> [22306] "cleanup_data" #> [22307] "coef.breathtestfit" #> [22308] "coef_by_group" #> [22309] "coef_diff_by_group" #> [22310] "cum_exp_beta" #> [22311] "dob_to_pdr" #> [22312] "exp_beta" #> [22313] "extract_id" #> [22314] "nlme_fit" #> [22315] "nls_fit" #> [22316] "null_fit" #> [22317] "plot.breathtestfit" #> [22318] "read_any_breathtest" #> [22319] "read_breathid" #> [22320] "read_breathid_xml" #> [22321] "read_breathtest_excel" #> [22322] "read_iris" #> [22323] "read_iris_csv" #> [22324] "sigma.breathtestnlmefit" #> [22325] "simulate_breathtest_data" #> [22326] "subsample_data" #> [22327] "t50_bluck_coward" #> [22328] "t50_maes_ghoos" #> [22329] "t50_maes_ghoos_scintigraphy" #> [22330] "tidy.breathtestfit" #> [22331] "tlag_bluck_coward" #> [22332] "tlag_maes_ghoos" #> [22333] "usz_13c" #> [22334] "usz_13c_a" #> [22335] "usz_13c_d" #> [22336] "as.matrix.coef_diff_by_group_stan" #> [22337] "sigma.breathteststanfit" #> [22338] "stan_fit" #> [22339] "stan_group_fit" #> [22340] "addProgenyData" #> [22341] "calcAmatrix" #> [22342] "calcGenotypicValue" #> [22343] "calcPhenotypicValue" #> [22344] "cross" #> [22345] "defineCosts" #> [22346] "defineSpecies" #> [22347] "defineVariances" #> [22348] "DH" #> [22349] "doubledHaploid" #> [22350] "genotype" #> [22351] "getCoalescentSim" #> [22352] "initializePopulation" #> [22353] "makeDHs" #> [22354] "makeGamete" #> [22355] "makeMap" #> [22356] "makeProgenies" #> [22357] "makeProgeny" #> [22358] "makeSelfs" #> [22359] "outputResults" #> [22360] "pedigreeMate" #> [22361] "phasedHapMap2mat" #> [22362] "phenotype" #> [22363] "plotData" #> [22364] "predGameteMeanVar" #> [22365] "predictValue" #> [22366] "randomMate" #> [22367] "randomMateAll" #> [22368] "randomMateNoFam" #> [22369] "selfFertilize" #> [22370] "simHapMap" #> [22371] "testParameterOptimality" #> [22372] "bReeze-package" #> [22373] "aep" #> [22374] "clean" #> [22375] "day.plot" #> [22376] "energy" #> [22377] "frequency" #> [22378] "map.plot" #> [22379] "mast" #> [22380] "month.stats" #> [22381] "pc" #> [22382] "polar.plot" #> [22383] "timestamp" #> [22384] "turb.iec.plot" #> [22385] "turbulence" #> [22386] "uncertainty" #> [22387] "weibull" #> [22388] "winddata" #> [22389] "windprofile" #> [22390] "aba_marker_expression" #> [22391] "aba_pheno_data" #> [22392] "adjustBrainCells" #> [22393] "adjustCells" #> [22394] "brainCells" #> [22395] "BRETIGEA" #> [22396] "findCells" #> [22397] "markers_df_brain" #> [22398] "markers_df_human_brain" #> [22399] "markers_df_mouse_brain" #> [22400] "brew" #> [22401] "brewCache" #> [22402] "brglm" #> [22403] "brglm.control" #> [22404] "confint.brglm" #> [22405] "gethats" #> [22406] "glm.control1" #> [22407] "modifications" #> [22408] "plot.profile.brglm" #> [22409] "profile.brglm" #> [22410] "profileObjectives-brglm" #> [22411] "separation.detection" #> [22412] "alligators" #> [22413] "bracl" #> [22414] "brglm2" #> [22415] "brglmControl" #> [22416] "brglmFit" #> [22417] "brmultinom" #> [22418] "check_infinite_estimates" #> [22419] "check_infinite_estimates.glm" #> [22420] "coalition" #> [22421] "confint.brglmFit" #> [22422] "detect_separation" #> [22423] "detect_separation_control" #> [22424] "endometrial" #> [22425] "mis" #> [22426] "predict.bracl" #> [22427] "predict.brmultinom" #> [22428] "residuals.brmultinom" #> [22429] "stemcell" #> [22430] "summary.brglmFit" #> [22431] "vcov.brglmFit" #> [22432] "Bridge" #> [22433] "BridgeRCore" #> [22434] "BridgeRDatasetChecker" #> [22435] "BridgeRDataSetFromMatrix" #> [22436] "BridgeRDataSetFromRaw" #> [22437] "BridgeReport" #> [22438] "BridgeRGrubbsTest" #> [22439] "BridgeRHalfLifeCalc3models" #> [22440] "BridgeRHalfLifeCalcR2Select" #> [22441] "BridgeRNormalization" #> [22442] "BridgeRNormalizationFactors" #> [22443] "BridgeRNormalizationFactorsHK" #> [22444] "BridgeRPvalueEvaluation" #> [22445] "BridgeRResultChecker" #> [22446] "CalcHalflifeDeviation" #> [22447] "halflife_table" #> [22448] "RNA_halflife_comparison" #> [22449] "RNA_halflife_comparison_HK" #> [22450] "RNA_halflife_grubbs_test" #> [22451] "bf" #> [22452] "bridge-methods" #> [22453] "bridge_sampler" #> [22454] "error_measures" #> [22455] "ier" #> [22456] "logml" #> [22457] "post_prob" #> [22458] "turtles" #> [22459] "BRISC_bootstrap" #> [22460] "BRISC_estimation" #> [22461] "BRISC_prediction" #> [22462] "knitr(>=" #> [22463] "1.11)," #> [22464] "rmarkdown(>=" #> [22465] "0.8.1)," #> [22466] "testthat(>=" #> [22467] "'0briskaR.R'" #> [22468] "'Class-Individuals.R'" #> [22469] "'Individuals-Methods.R'" #> [22470] "'simulPrecip.R'" #> [22471] "'Landscape-Methods.R'" #> [22472] "'briskaR.R'" #> [22473] "'pollen-data.R'" #> [22474] "'ecoToxic.R'" #> [22475] "2018-06-07" #> [22476] "19:17:56" #> [22477] "briskaR-package" #> [22478] "briskaRLoadInternProjection" #> [22479] "create.pollen.sources" #> [22480] "demo.pollen.run" #> [22481] "ecoToxic" #> [22482] "getIndividualsLife" #> [22483] "GetInternProjection" #> [22484] "getSPSources" #> [22485] "Individuals" #> [22486] "LAMBERT_93" #> [22487] "Landscape" #> [22488] "loadIndividuals" #> [22489] "loadLandscape" #> [22490] "loadLandscapeSIG" #> [22491] "maize.emitted_pollen" #> [22492] "maize.individuals" #> [22493] "maize.landscape" #> [22494] "maize.proportion_pollen" #> [22495] "maize.toxicintensity61" #> [22496] "maize_65" #> [22497] "Landscape-class" #> [22498] "plot,Landscape,Individuals-method" #> [22499] "plotEcotoxic" #> [22500] "Precipitation" #> [22501] "print,Individuals-method" #> [22502] "print,Landscape-method" #> [22503] "saveIntoFile" #> [22504] "show,Individuals-method" #> [22505] "show,Landscape-method" #> [22506] "simulateIndividuals" #> [22507] "simulateInitialPartition" #> [22508] "simulateLandscape" #> [22509] "simulateThickMargins" #> [22510] "toxicIntensity" #> [22511] "[,Individuals" #> [22512] "em.fil" #> [22513] "em.fil.interaction" #> [22514] "em.il" #> [22515] "em.il.interaction" #> [22516] "fil" #> [22517] "il" #> [22518] "incontinence" #> [22519] "simulated.data" #> [22520] "brm-package" #> [22521] "brm" #> [22522] "getProbScalarRD" #> [22523] "getProbScalarRR" #> [22524] "predict.brm" #> [22525] "print.brm" #> [22526] "Paul-Christian" #> [22527] "Bürkner" #> [22528] "09:13:29" #> [22529] "brms-package" #> [22530] "addition-terms" #> [22531] "add_criterion" #> [22532] "add_ic" #> [22533] "as.mcmc.brmsfit" #> [22534] "AsymLaplace" #> [22535] "autocor" #> [22536] "bayes_factor.brmsfit" #> [22537] "bayes_R2.brmsfit" #> [22538] "bridge_sampler.brmsfit" #> [22539] "brmsfamily" #> [22540] "brmsfit-class" #> [22541] "brmsformula" #> [22542] "brmsformula-helpers" #> [22543] "brmshypothesis" #> [22544] "brm_multiple" #> [22545] "coef.brmsfit" #> [22546] "combine_models" #> [22547] "compare_ic" #> [22548] "control_params.brmsfit" #> [22549] "cor_ar" #> [22550] "cor_arma" #> [22551] "cor_arr" #> [22552] "cor_brms" #> [22553] "cor_bsts" #> [22554] "cor_car" #> [22555] "cor_fixed" #> [22556] "cor_ma" #> [22557] "cor_sar" #> [22558] "custom_family" #> [22559] "density_ratio" #> [22560] "Dirichlet" #> [22561] "epilepsy" #> [22562] "ExGaussian" #> [22563] "expose_functions.brmsfit" #> [22564] "expp1" #> [22565] "extract_draws.brmsfit" #> [22566] "fitted.brmsfit" #> [22567] "fixef.brmsfit" #> [22568] "Frechet" #> [22569] "GenExtremeValue" #> [22570] "get_prior" #> [22571] "gp" #> [22572] "gr" #> [22573] "horseshoe" #> [22574] "Hurdle" #> [22575] "hypothesis.brmsfit" #> [22576] "inhaler" #> [22577] "InvGaussian" #> [22578] "inv_logit_scaled" #> [22579] "is.brmsfit" #> [22580] "is.brmsfit_multiple" #> [22581] "is.brmsformula" #> [22582] "is.brmsprior" #> [22583] "is.brmsterms" #> [22584] "is.cor_brms" #> [22585] "is.mvbrmsformula" #> [22586] "is.mvbrmsterms" #> [22587] "kfold.brmsfit" #> [22588] "kfold_predict" #> [22589] "kidney" #> [22590] "launch_shinystan.brmsfit" #> [22591] "logit_scaled" #> [22592] "logm1" #> [22593] "log_lik.brmsfit" #> [22594] "log_posterior.brmsfit" #> [22595] "loo.brmsfit" #> [22596] "loo_compare.brmsfit" #> [22597] "loo_model_weights.brmsfit" #> [22598] "loo_predict.brmsfit" #> [22599] "loo_R2.brmsfit" #> [22600] "make_conditions" #> [22601] "make_stancode" #> [22602] "make_standata" #> [22603] "marginal_effects.brmsfit" #> [22604] "marginal_smooths.brmsfit" #> [22605] "me" #> [22606] "mm" #> [22607] "mo" #> [22608] "model_weights.brmsfit" #> [22609] "MultiNormal" #> [22610] "MultiStudentT" #> [22611] "mvbind" #> [22612] "mvbrmsformula" #> [22613] "ngrps.brmsfit" #> [22614] "nsamples.brmsfit" #> [22615] "pairs.brmsfit" #> [22616] "parse_bf" #> [22617] "plot.brmsfit" #> [22618] "posterior_average.brmsfit" #> [22619] "posterior_interval.brmsfit" #> [22620] "posterior_samples.brmsfit" #> [22621] "posterior_summary.brmsfit" #> [22622] "posterior_table" #> [22623] "post_prob.brmsfit" #> [22624] "pp_average.brmsfit" #> [22625] "pp_check.brmsfit" #> [22626] "pp_mixture.brmsfit" #> [22627] "predict.brmsfit" #> [22628] "predictive_interval.brmsfit" #> [22629] "print.brmsfit" #> [22630] "print.brmsprior" #> [22631] "prior_samples.brmsfit" #> [22632] "prior_summary.brmsfit" #> [22633] "ranef.brmsfit" #> [22634] "reloo" #> [22635] "residuals.brmsfit" #> [22636] "restructure" #> [22637] "rows2labels" #> [22638] "set_prior" #> [22639] "Shifted_Lognormal" #> [22640] "SkewNormal" #> [22641] "stancode.brmsfit" #> [22642] "standata.brmsfit" #> [22643] "stanplot.brmsfit" #> [22644] "stanvar" #> [22645] "StudentT" #> [22646] "summary.brmsfit" #> [22647] "theme_black" #> [22648] "update.brmsfit" #> [22649] "update.brmsfit_multiple" #> [22650] "update_adterms" #> [22651] "validate_newdata" #> [22652] "VarCorr.brmsfit" #> [22653] "vcov.brmsfit" #> [22654] "VonMises" #> [22655] "waic.brmsfit" #> [22656] "Wiener" #> [22657] "ZeroInflated" #> [22658] "brnn" #> [22659] "brnn_extended" #> [22660] "estimate.trace" #> [22661] "initnw" #> [22662] "jacobian" #> [22663] "predict.brnn" #> [22664] "predict.brnn_extended" #> [22665] "twoinput" #> [22666] "un_normalize" #> [22667] "Brobdingnag-package" #> [22668] "Arith-methods" #> [22669] "as.numeric" #> [22670] "brob" #> [22671] "brob-class" #> [22672] "cbrob" #> [22673] "Compare-methods" #> [22674] "Complex" #> [22675] "Extract.brob" #> [22676] "getP" #> [22677] "glub" #> [22678] "glub-class" #> [22679] "length-methods" #> [22680] "Logic" #> [22681] "Math" #> [22682] "sum" #> [22683] "swift-class" #> [22684] "add_commas" #> [22685] "align_vectors" #> [22686] "arrowlocator" #> [22687] "attrnames" #> [22688] "brocolors" #> [22689] "bromanversion" #> [22690] "cf" #> [22691] "ciplot" #> [22692] "colwalpha" #> [22693] "compare_rows" #> [22694] "convert2hex" #> [22695] "crayons" #> [22696] "done" #> [22697] "errors2pushbullet" #> [22698] "excel_fig" #> [22699] "exit" #> [22700] "fac2num" #> [22701] "get_precision" #> [22702] "grayplot" #> [22703] "grayplot_na" #> [22704] "hex2dec" #> [22705] "histlines" #> [22706] "jiggle" #> [22707] "kbdate" #> [22708] "lenuniq" #> [22709] "manyboxplot" #> [22710] "maxabs" #> [22711] "mypairs" #> [22712] "myround" #> [22713] "numbers" #> [22714] "objectsizes" #> [22715] "openfile" #> [22716] "paired.perm.test" #> [22717] "paste." #> [22718] "paste00" #> [22719] "perm.test" #> [22720] "pick_more_precise" #> [22721] "plot_crayons" #> [22722] "pushbullet_devices" #> [22723] "qqline2" #> [22724] "qr2" #> [22725] "quantileSE" #> [22726] "revgray" #> [22727] "revrainbow" #> [22728] "runningmean" #> [22729] "runningratio" #> [22730] "setRNGparallel" #> [22731] "simp" #> [22732] "spell_out" #> [22733] "stop_sending_errors" #> [22734] "strwidth2lines" #> [22735] "strwidth2xlim" #> [22736] "switchv" #> [22737] "theme_karl" #> [22738] "triarrow" #> [22739] "trilines" #> [22740] "triplot" #> [22741] "tripoints" #> [22742] "tritext" #> [22743] "vec2string" #> [22744] "venn" #> [22745] "winsorize" #> [22746] "xlimlabel" #> [22747] "Alex" #> [22748] "Hayes" #> [22749] "Matthieu" #> [22750] "Gomez" #> [22751] "Boris" #> [22752] "Demeshev" #> [22753] "Dieter" #> [22754] "Menne" #> [22755] "Benjamin" #> [22756] "Nutter" #> [22757] "Luke" #> [22758] "Johnston" #> [22759] "Francois" #> [22760] "Briatte" #> [22761] "Jeffrey" #> [22762] "Arnold" #> [22763] "Jonah" #> [22764] "Gabry" #> [22765] "Gavin" #> [22766] "Jens" #> [22767] "Preussner" #> [22768] "Jay" #> [22769] "Hesselberth" #> [22770] "Alessandro" #> [22771] "Gasparini" #> [22772] "Lukasz" #> [22773] "Komsta" #> [22774] "Frederick" #> [22775] "Novometsky" #> [22776] "Freitas" #> [22777] "Michelle" #> [22778] "Evans" #> [22779] "Cory" #> [22780] "Brunson" #> [22781] "Simon" #> [22782] "Jackson" #> [22783] "Whalley" #> [22784] "Kuehn" #> [22785] "Jorge" #> [22786] "Cimentada" #> [22787] "Erle" #> [22788] "Holgersen" #> [22789] "Karl" #> [22790] "Dunkle" #> [22791] "Werner" #> [22792] "2019-04-07" #> [22793] "19:52:53" #> [22794] "argument_glossary" #> [22795] "augment.betareg" #> [22796] "augment.coxph" #> [22797] "augment.decomposed.ts" #> [22798] "augment.factanal" #> [22799] "augment.felm" #> [22800] "augment.glm" #> [22801] "augment.glmRob" #> [22802] "augment.htest" #> [22803] "augment.ivreg" #> [22804] "augment.kmeans" #> [22805] "augment.lm" #> [22806] "augment.lmRob" #> [22807] "augment.loess" #> [22808] "augment.Mclust" #> [22809] "augment.mjoint" #> [22810] "augment.nlrq" #> [22811] "augment.nls" #> [22812] "augment.plm" #> [22813] "augment.poLCA" #> [22814] "augment.prcomp" #> [22815] "augment.rlm" #> [22816] "augment.rq" #> [22817] "augment.rqs" #> [22818] "augment.smooth.spline" #> [22819] "augment.speedlm" #> [22820] "augment.stl" #> [22821] "augment.survreg" #> [22822] "augment_columns" #> [22823] "brms_tidiers" #> [22824] "broom" #> [22825] "column_glossary" #> [22826] "confint_tidy" #> [22827] "data.frame_tidiers" #> [22828] "durbinWatsonTest_tidiers" #> [22829] "emmeans_tidiers" #> [22830] "finish_glance" #> [22831] "fix_data_frame" #> [22832] "glance.aareg" #> [22833] "glance.Arima" #> [22834] "glance.betareg" #> [22835] "glance.biglm" #> [22836] "glance.binDesign" #> [22837] "glance.cch" #> [22838] "glance.coxph" #> [22839] "glance.cv.glmnet" #> [22840] "glance.ergm" #> [22841] "glance.factanal" #> [22842] "glance.felm" #> [22843] "glance.fitdistr" #> [22844] "glance.Gam" #> [22845] "glance.gam" #> [22846] "glance.garch" #> [22847] "glance.glm" #> [22848] "glance.glmnet" #> [22849] "glance.glmRob" #> [22850] "glance.gmm" #> [22851] "glance.ivreg" #> [22852] "glance.kmeans" #> [22853] "glance.lavaan" #> [22854] "glance.lm" #> [22855] "glance.lmodel2" #> [22856] "glance.lmRob" #> [22857] "glance.Mclust" #> [22858] "glance.mjoint" #> [22859] "glance.muhaz" #> [22860] "glance.multinom" #> [22861] "glance.nlrq" #> [22862] "glance.nls" #> [22863] "glance.orcutt" #> [22864] "glance.plm" #> [22865] "glance.poLCA" #> [22866] "glance.pyears" #> [22867] "glance.ridgelm" #> [22868] "glance.rlm" #> [22869] "glance.rq" #> [22870] "glance.smooth.spline" #> [22871] "glance.speedlm" #> [22872] "glance.survdiff" #> [22873] "glance.survexp" #> [22874] "glance.survfit" #> [22875] "glance.survreg" #> [22876] "glance_optim" #> [22877] "insert_NAs" #> [22878] "list_tidiers" #> [22879] "lme4_tidiers" #> [22880] "matrix_tidiers" #> [22881] "mcmc_tidiers" #> [22882] "nlme_tidiers" #> [22883] "null_tidiers" #> [22884] "rowwise_df_tidiers" #> [22885] "rstanarm_tidiers" #> [22886] "sparse_tidiers" #> [22887] "sp_tidiers" #> [22888] "summary_tidiers" #> [22889] "tidy.aareg" #> [22890] "tidy.acf" #> [22891] "tidy.anova" #> [22892] "tidy.aov" #> [22893] "tidy.aovlist" #> [22894] "tidy.Arima" #> [22895] "tidy.betareg" #> [22896] "tidy.biglm" #> [22897] "tidy.binDesign" #> [22898] "tidy.binWidth" #> [22899] "tidy.boot" #> [22900] "tidy.btergm" #> [22901] "tidy.cch" #> [22902] "tidy.cld" #> [22903] "tidy.coeftest" #> [22904] "tidy.confint.glht" #> [22905] "tidy.confusionMatrix" #> [22906] "tidy.coxph" #> [22907] "tidy.cv.glmnet" #> [22908] "tidy.density" #> [22909] "tidy.dist" #> [22910] "tidy.ergm" #> [22911] "tidy.factanal" #> [22912] "tidy.felm" #> [22913] "tidy.fitdistr" #> [22914] "tidy.ftable" #> [22915] "tidy.Gam" #> [22916] "tidy.gam" #> [22917] "tidy.gamlss" #> [22918] "tidy.garch" #> [22919] "tidy.geeglm" #> [22920] "tidy.glht" #> [22921] "tidy.glm" #> [22922] "tidy.glmnet" #> [22923] "tidy.glmRob" #> [22924] "tidy.gmm" #> [22925] "tidy.htest" #> [22926] "tidy.ivreg" #> [22927] "tidy.kappa" #> [22928] "tidy.kde" #> [22929] "tidy.Kendall" #> [22930] "tidy.kmeans" #> [22931] "tidy.lavaan" #> [22932] "tidy.lm" #> [22933] "tidy.lmodel2" #> [22934] "tidy.lmRob" #> [22935] "tidy.manova" #> [22936] "tidy.map" #> [22937] "tidy.Mclust" #> [22938] "tidy.mjoint" #> [22939] "tidy.mle2" #> [22940] "tidy.muhaz" #> [22941] "tidy.multinom" #> [22942] "tidy.nlrq" #> [22943] "tidy.nls" #> [22944] "tidy.numeric" #> [22945] "tidy.orcutt" #> [22946] "tidy.pairwise.htest" #> [22947] "tidy.plm" #> [22948] "tidy.poLCA" #> [22949] "tidy.polr" #> [22950] "tidy.power.htest" #> [22951] "tidy.prcomp" #> [22952] "tidy.pyears" #> [22953] "tidy.rcorr" #> [22954] "tidy.ridgelm" #> [22955] "tidy.rlm" #> [22956] "tidy.roc" #> [22957] "tidy.rq" #> [22958] "tidy.rqs" #> [22959] "tidy.spec" #> [22960] "tidy.speedlm" #> [22961] "tidy.summary.glht" #> [22962] "tidy.survdiff" #> [22963] "tidy.survexp" #> [22964] "tidy.survfit" #> [22965] "tidy.survreg" #> [22966] "tidy.table" #> [22967] "tidy.ts" #> [22968] "tidy.TukeyHSD" #> [22969] "tidy.zoo" #> [22970] "tidy_irlba" #> [22971] "tidy_optim" #> [22972] "tidy_svd" #> [22973] "tidy_xyz" #> [22974] "augment.ranef.mer" #> [22975] "compact" #> [22976] "fixef.MCMCglmm" #> [22977] "gamlss_tidiers" #> [22978] "glmmadmb_tidiers" #> [22979] "glmmTMB_tidiers" #> [22980] "ranef.MCMCglmm" #> [22981] "ranefLevels" #> [22982] "stdranef" #> [22983] "tidy.MCMCglmm" #> [22984] "tidy.TMB" #> [22985] "unrowname" #> [22986] "augment" #> [22987] "glance" #> [22988] "grouped_augment" #> [22989] "grouped_glance" #> [22990] "grouped_tidy" #> [22991] "tidy" #> [22992] "brotli" #> [22993] "convert_file" #> [22994] "download" #> [22995] "extract_file" #> [22996] "get_key" #> [22997] "get_output_formats" #> [22998] "get_token" #> [22999] "BALqr" #> [23000] "BALtqr" #> [23001] "BBqr" #> [23002] "BLBqr" #> [23003] "BLqr" #> [23004] "BLtqr" #> [23005] "Body" #> [23006] "Bqr" #> [23007] "Btqr" #> [23008] "ImmunogG" #> [23009] "plot.Brq" #> [23010] "print.Brq" #> [23011] "print.summary.Brq" #> [23012] "summary.Brq" #> [23013] "USgirl" #> [23014] "brr-package" #> [23015] "Beta2Dist" #> [23016] "BNBDist" #> [23017] "Brr" #> [23018] "FrequentistInference" #> [23019] "GB2Dist" #> [23020] "GIBDist" #> [23021] "Inference" #> [23022] "inference.brr" #> [23023] "Intrinsic2Inference" #> [23024] "intrinsic2_discrepancy" #> [23025] "IntrinsicInference" #> [23026] "intrinsic_discrepancy" #> [23027] "PGB2Dist" #> [23028] "PGIBDist" #> [23029] "plot.brr" #> [23030] "Posterior_lambda" #> [23031] "Posterior_mu" #> [23032] "Posterior_phi" #> [23033] "Post_x" #> [23034] "Post_y" #> [23035] "PriorAndPosterior" #> [23036] "Prior_lambda" #> [23037] "Prior_mu" #> [23038] "Prior_phi" #> [23039] "Prior_x" #> [23040] "Prior_x_given_y" #> [23041] "Prior_y" #> [23042] "summary_gamma" #> [23043] "summary_nbinom" #> [23044] "brranching-package" #> [23045] "phylomatic" #> [23046] "phylomatic_local" #> [23047] "phylomatic_names" #> [23048] "phylomatic_trees" #> [23049] "rbladj" #> [23050] "tpl" #> [23051] "brt.test" #> [23052] "dtavg" #> [23053] "logmeanexp" #> [23054] "logsumexp" #> [23055] "tpval" #> [23056] "tpvalavg" #> [23057] "tpvalint" #> [23058] "tpvaltreat" #> [23059] "BRugs" #> [23060] "BRugsFit" #> [23061] "bugsData" #> [23062] "bugsInits" #> [23063] "buildMCMC" #> [23064] "dic" #> [23065] "getNumChains" #> [23066] "help.WinBUGS" #> [23067] "infoMemory" #> [23068] "infoModules" #> [23069] "infoNode" #> [23070] "infoUpdaters" #> [23071] "loadOpenBUGS" #> [23072] "modelAdaptivePhase" #> [23073] "modelCheck" #> [23074] "modelCompile" #> [23075] "modelData" #> [23076] "modelFactory" #> [23077] "modelGenInits" #> [23078] "modelInits" #> [23079] "modelIteration" #> [23080] "modelNames" #> [23081] "modelPrecision" #> [23082] "modelRN" #> [23083] "modelSaveState" #> [23084] "modelSetAP" #> [23085] "modelSetWD" #> [23086] "modelUpdate" #> [23087] "plotAutoC" #> [23088] "plotBgr" #> [23089] "plotHistory" #> [23090] "ranks" #> [23091] "samplesAutoC" #> [23092] "samplesBgr" #> [23093] "samplesClear" #> [23094] "samplesCoda" #> [23095] "samplesCorrel" #> [23096] "samplesDensity" #> [23097] "samplesGet" #> [23098] "samplesHistory" #> [23099] "samplesMonitors" #> [23100] "samplesSample" #> [23101] "samplesSet" #> [23102] "samplesSetting" #> [23103] "samplesSize" #> [23104] "samplesStats" #> [23105] "setValues" #> [23106] "Brundle" #> [23107] "dbaControl" #> [23108] "dbaExperiment" #> [23109] "jg.applyNormalisation" #> [23110] "jg.conditions" #> [23111] "jg.controlCountsTreated" #> [23112] "jg.controlCountsUntreated" #> [23113] "jg.controlPeaks" #> [23114] "jg.controlPeakset" #> [23115] "jg.controlPeaksetDeSeq" #> [23116] "jg.controlResultsDeseq" #> [23117] "jg.convertPeakset" #> [23118] "jg.correctDBASizeFactors" #> [23119] "jg.countAlignedMReads" #> [23120] "jg.dbaGetPeakset" #> [23121] "jg.experimentPeakset" #> [23122] "jg.experimentResultsDeseq" #> [23123] "jg.getControlCounts" #> [23124] "jg.getCorrectionFactor" #> [23125] "jg.getDba" #> [23126] "jg.getNormalizationCoefficient" #> [23127] "jg.getSampleIds" #> [23128] "jg.plotDeSeq" #> [23129] "jg.plotDeSeqCombined" #> [23130] "jg.plotMA" #> [23131] "jg.plotNormalization" #> [23132] "jg.runDeSeq" #> [23133] "brunnermunzel.permutation.test" #> [23134] "brunnermunzel.test" #> [23135] "attachmentBlock" #> [23136] "bs4Accordion" #> [23137] "bs4AccordionItem" #> [23138] "bs4Alert" #> [23139] "bs4Badge" #> [23140] "bs4Box" #> [23141] "bs4Callout" #> [23142] "bs4Card" #> [23143] "bs4Carousel" #> [23144] "bs4CarouselItem" #> [23145] "bs4DashBody" #> [23146] "bs4DashControlbar" #> [23147] "bs4DashFooter" #> [23148] "bs4DashGallery" #> [23149] "bs4DashNavbar" #> [23150] "bs4DashPage" #> [23151] "bs4DashSidebar" #> [23152] "bs4DropdownMenu" #> [23153] "bs4DropdownMenuItem" #> [23154] "bs4InfoBox" #> [23155] "bs4Jumbotron" #> [23156] "bs4ListGroup" #> [23157] "bs4ListGroupItem" #> [23158] "bs4Loading" #> [23159] "bs4ProgressBar" #> [23160] "bs4SidebarHeader" #> [23161] "bs4SidebarMenu" #> [23162] "bs4SidebarMenuItem" #> [23163] "bs4SidebarUserPanel" #> [23164] "bs4SocialCard" #> [23165] "bs4Sortable" #> [23166] "bs4Stars" #> [23167] "bs4TabCard" #> [23168] "bs4TabItem" #> [23169] "bs4TabItems" #> [23170] "bs4TabPanel" #> [23171] "bs4TabSetPanel" #> [23172] "bs4Timeline" #> [23173] "bs4TimelineEnd" #> [23174] "bs4TimelineItem" #> [23175] "bs4TimelineItemMedia" #> [23176] "bs4TimelineLabel" #> [23177] "bs4TimelineStart" #> [23178] "bs4UserCard" #> [23179] "bs4ValueBox" #> [23180] "bs4ValueBoxOutput" #> [23181] "cardComment" #> [23182] "cardPad" #> [23183] "cardProfile" #> [23184] "cardProfileItem" #> [23185] "cardProfileItemList" #> [23186] "descriptionBlock" #> [23187] "dropdownDivider" #> [23188] "dropdownItem" #> [23189] "dropdownItemList" #> [23190] "ionicon" #> [23191] "renderbs4ValueBox" #> [23192] "userMessage" #> [23193] "userMessages" #> [23194] "userPost" #> [23195] "userPostMedia" #> [23196] "userPostTagItem" #> [23197] "userPostTagItems" #> [23198] "allignment" #> [23199] "BOOTSimpson" #> [23200] "Brachycera" #> [23201] "c2compnames" #> [23202] "Cica1" #> [23203] "Cica2" #> [23204] "CIGLM" #> [23205] "CInp" #> [23206] "CountRep" #> [23207] "Decomp" #> [23208] "Diptera" #> [23209] "ExNBCov" #> [23210] "ExPCov" #> [23211] "fakeln" #> [23212] "Feeding" #> [23213] "IAcontrasts" #> [23214] "IAcontrastsCMAT" #> [23215] "Lepi" #> [23216] "MM1" #> [23217] "MMPois" #> [23218] "MMPoisRep" #> [23219] "Nematocera" #> [23220] "plotCI.Methods" #> [23221] "SCSnp" #> [23222] "simplesimint" #> [23223] "summary.simplesimint" #> [23224] "UnlogCI" #> [23225] "vcov.gamlss" #> [23226] "vcov.geeglm" #> [23227] "bsam-package" #> [23228] "dat4jags" #> [23229] "diag_ssm" #> [23230] "ellie" #> [23231] "fitSSM" #> [23232] "fit_ssm" #> [23233] "get_summary" #> [23234] "hssm" #> [23235] "map_ssm" #> [23236] "plot_fit" #> [23237] "ssm" #> [23238] "tpar" #> [23239] "blq" #> [23240] "blr" #> [23241] "bsad" #> [23242] "bsaq" #> [23243] "bsaqdpm" #> [23244] "bsar" #> [23245] "bsarBig" #> [23246] "bsardpm" #> [23247] "cadmium" #> [23248] "Elec.demand" #> [23249] "fitted.blm" #> [23250] "fitted.bsad" #> [23251] "fitted.bsam" #> [23252] "fitted.bsamdpm" #> [23253] "fs" #> [23254] "gblr" #> [23255] "gbsar" #> [23256] "intgrat" #> [23257] "intsim" #> [23258] "London.Mortality" #> [23259] "plot.blm" #> [23260] "plot.bsad" #> [23261] "plot.bsam" #> [23262] "plot.bsamdpm" #> [23263] "plot.fitted.bsad" #> [23264] "plot.fitted.bsam" #> [23265] "plot.fitted.bsamdpm" #> [23266] "predict.blm" #> [23267] "predict.bsam" #> [23268] "predict.bsamdpm" #> [23269] "rald" #> [23270] "traffic" #> [23271] "wage.union" #> [23272] "Abbey" #> [23273] "Abc" #> [23274] "Abilene" #> [23275] "Ability" #> [23276] "Abortion" #> [23277] "Absent" #> [23278] "Achieve" #> [23279] "Adsales" #> [23280] "Aggress" #> [23281] "Aid" #> [23282] "Aids" #> [23283] "Airdisasters" #> [23284] "Airline" #> [23285] "Alcohol" #> [23286] "Allergy" #> [23287] "Anesthet" #> [23288] "Anxiety" #> [23289] "Apolipop" #> [23290] "Append" #> [23291] "Appendec" #> [23292] "Aptitude" #> [23293] "Archaeo" #> [23294] "Arthriti" #> [23295] "Artifici" #> [23296] "Asprin" #> [23297] "Asthmati" #> [23298] "Attorney" #> [23299] "Autogear" #> [23300] "Backtoback" #> [23301] "Bbsalaries" #> [23302] "Bigten" #> [23303] "Biology" #> [23304] "Birth" #> [23305] "Blackedu" #> [23306] "Blood" #> [23307] "Board" #> [23308] "Bones" #> [23309] "Books" #> [23310] "Bookstor" #> [23311] "Brain" #> [23312] "Bumpers" #> [23313] "Bus" #> [23314] "Bypass" #> [23315] "Cabinets" #> [23316] "Cancer" #> [23317] "Carbon" #> [23318] "Cat" #> [23319] "Censored" #> [23320] "Chemist" #> [23321] "Chesapea" #> [23322] "Chevy" #> [23323] "Chicken" #> [23324] "Chipavg" #> [23325] "Chips" #> [23326] "Cigar" #> [23327] "Cigarett" #> [23328] "CIsim" #> [23329] "Citrus" #> [23330] "Clean" #> [23331] "Coaxial" #> [23332] "Coffee" #> [23333] "Coins" #> [23334] "Commute" #> [23335] "Concept" #> [23336] "Concrete" #> [23337] "Corn" #> [23338] "Correlat" #> [23339] "Counsel" #> [23340] "Cpi" #> [23341] "Crime" #> [23342] "Darwin" #> [23343] "Dealers" #> [23344] "Defectiv" #> [23345] "Degree" #> [23346] "Delay" #> [23347] "Depend" #> [23348] "Develop" #> [23349] "Devmath" #> [23350] "Dice" #> [23351] "Diesel" #> [23352] "Diplomat" #> [23353] "Disposal" #> [23354] "Dogs" #> [23355] "Domestic" #> [23356] "Dopamine" #> [23357] "Dowjones" #> [23358] "Drink" #> [23359] "Drug" #> [23360] "Dyslexia" #> [23361] "Earthqk" #> [23362] "EDA" #> [23363] "Educat" #> [23364] "Elderly" #> [23365] "Energy" #> [23366] "Engineer" #> [23367] "Entrance" #> [23368] "Epaminicompact" #> [23369] "Epatwoseater" #> [23370] "Executiv" #> [23371] "Exercise" #> [23372] "Fabric" #> [23373] "Faithful" #> [23374] "Family" #> [23375] "Ferraro1" #> [23376] "Ferraro2" #> [23377] "Firstchi" #> [23378] "Fish" #> [23379] "Fitness" #> [23380] "Florida2000" #> [23381] "Fluid" #> [23382] "Food" #> [23383] "Framingh" #> [23384] "Freshman" #> [23385] "Funeral" #> [23386] "Galaxie" #> [23387] "Gallup" #> [23388] "Gasoline" #> [23389] "German" #> [23390] "Golf" #> [23391] "Governor" #> [23392] "Gpa" #> [23393] "Grades" #> [23394] "Graduate" #> [23395] "Greenriv" #> [23396] "Grnriv2" #> [23397] "Groupabc" #> [23398] "Groups" #> [23399] "Gym" #> [23400] "Habits" #> [23401] "Haptoglo" #> [23402] "Hardware" #> [23403] "Hardwood" #> [23404] "Heat" #> [23405] "Heating" #> [23406] "Hodgkin" #> [23407] "Homes" #> [23408] "Homework" #> [23409] "Honda" #> [23410] "Hostile" #> [23411] "Housing" #> [23412] "Hurrican" #> [23413] "Iceberg" #> [23414] "Independent" #> [23415] "Indian" #> [23416] "Indiapol" #> [23417] "Indy500" #> [23418] "Inflatio" #> [23419] "Inletoil" #> [23420] "Inmate" #> [23421] "Inspect" #> [23422] "Insulate" #> [23423] "Iqgpa" #> [23424] "Irises" #> [23425] "Jdpower" #> [23426] "Jobsat" #> [23427] "Kidsmoke" #> [23428] "Kilowatt" #> [23429] "Kinder" #> [23430] "Laminect" #> [23431] "Lead" #> [23432] "Leader" #> [23433] "Lethal" #> [23434] "Life" #> [23435] "Lifespan" #> [23436] "Ligntmonth" #> [23437] "Lodge" #> [23438] "Longtail" #> [23439] "Lowabil" #> [23440] "Magnesiu" #> [23441] "Malpract" #> [23442] "Manager" #> [23443] "Marked" #> [23444] "Mathcomp" #> [23445] "Mathpro" #> [23446] "Maze" #> [23447] "Median" #> [23448] "Mental" #> [23449] "Mercury" #> [23450] "Metrent" #> [23451] "Miller" #> [23452] "Miller1" #> [23453] "Moisture" #> [23454] "Monoxide" #> [23455] "Movie" #> [23456] "Music" #> [23457] "Name" #> [23458] "Nascar" #> [23459] "Nervous" #> [23460] "Newsstand" #> [23461] "Nfldraf2" #> [23462] "Nfldraft" #> [23463] "Nicotine" #> [23464] "normarea" #> [23465] "nsize" #> [23466] "ntester" #> [23467] "Orange" #> [23468] "Orioles" #> [23469] "Oxytocin" #> [23470] "Parented" #> [23471] "Patrol" #> [23472] "Pearson" #> [23473] "Phone" #> [23474] "Poison" #> [23475] "Politic" #> [23476] "Pollutio" #> [23477] "Porosity" #> [23478] "Poverty" #> [23479] "Precinct" #> [23480] "Prejudic" #> [23481] "Presiden" #> [23482] "Prognost" #> [23483] "Program" #> [23484] "Psat" #> [23485] "Psych" #> [23486] "Puerto" #> [23487] "Quail" #> [23488] "Quality" #> [23489] "Rainks" #> [23490] "Randd" #> [23491] "Rat" #> [23492] "Ratings" #> [23493] "Reaction" #> [23494] "Reading" #> [23495] "Readiq" #> [23496] "Referend" #> [23497] "Region" #> [23498] "Register" #> [23499] "Rehab" #> [23500] "Remedial" #> [23501] "Rentals" #> [23502] "Repair" #> [23503] "Retail" #> [23504] "Ronbrown1" #> [23505] "Ronbrown2" #> [23506] "Rural" #> [23507] "Salary" #> [23508] "Salinity" #> [23509] "Sat" #> [23510] "Saving" #> [23511] "Scales" #> [23512] "Schizop2" #> [23513] "Schizoph" #> [23514] "Seatbelt" #> [23515] "Selfdefe" #> [23516] "Senior" #> [23517] "Sentence" #> [23518] "Shkdrug" #> [23519] "Shock" #> [23520] "Shoplift" #> [23521] "Short" #> [23522] "Shuttle" #> [23523] "SIGN.test" #> [23524] "Situp" #> [23525] "Skewed" #> [23526] "Skin" #> [23527] "Slc" #> [23528] "Smokyph" #> [23529] "Snore" #> [23530] "Snow" #> [23531] "Soccer" #> [23532] "Social" #> [23533] "Sophomor" #> [23534] "South" #> [23535] "Speed" #> [23536] "Spellers" #> [23537] "Spelling" #> [23538] "Sports" #> [23539] "Spouse" #> [23540] "SRS" #> [23541] "Stable" #> [23542] "Stamp" #> [23543] "Statclas" #> [23544] "Statelaw" #> [23545] "Statisti" #> [23546] "Stress" #> [23547] "Study" #> [23548] "Submarin" #> [23549] "Subway" #> [23550] "Sunspot" #> [23551] "Superbowl" #> [23552] "Supercar" #> [23553] "Tablrock" #> [23554] "Teacher" #> [23555] "Tenness" #> [23556] "Tensile" #> [23557] "Test1" #> [23558] "Thermal" #> [23559] "Tiaa" #> [23560] "Ticket" #> [23561] "Toaster" #> [23562] "Tonsils" #> [23563] "Tort" #> [23564] "Toxic" #> [23565] "Track" #> [23566] "Track15" #> [23567] "Treatments" #> [23568] "Trees" #> [23569] "Trucks" #> [23570] "tsum.test" #> [23571] "Tv" #> [23572] "Twin" #> [23573] "Undergrad" #> [23574] "Vacation" #> [23575] "Vehicle" #> [23576] "Verbal" #> [23577] "Victoria" #> [23578] "Viscosit" #> [23579] "Visual" #> [23580] "Vocab" #> [23581] "Wastewat" #> [23582] "Weather94" #> [23583] "Wheat" #> [23584] "Windmill" #> [23585] "Window" #> [23586] "Wins" #> [23587] "Wool" #> [23588] "Yearsunspot" #> [23589] "z.test" #> [23590] "zsum.test" #> [23591] "bsearchtools-package" #> [23592] "DFI" #> [23593] "DFI.coercion" #> [23594] "DFI.getIndex" #> [23595] "DFI.indexes" #> [23596] "DFI.subset" #> [23597] "DFI.unWrap" #> [23598] "indexesEqualTo" #> [23599] "indexesInRange" #> [23600] "indexesMerge" #> [23601] "lb" #> [23602] "rowfilters.DFI" #> [23603] "ub" #> [23604] "BSGS.PE" #> [23605] "BSGS.Sample" #> [23606] "BSGS.Simple" #> [23607] "CGS.SMP.PE" #> [23608] "CompWiseGibbsSimple" #> [23609] "CompWiseGibbsSMP" #> [23610] "Crisis2008" #> [23611] "Crisis2008BalancedData" #> [23612] "MSE.BSGS" #> [23613] "MSE.CGS.SMP" #> [23614] "TCR.TPR.FPR.BSGS" #> [23615] "TCR.TPR.FPR.CGS.SMP" #> [23616] "bsgw" #> [23617] "bsgw.crossval" #> [23618] "plot.bsgw" #> [23619] "predict.bsgw" #> [23620] "summary.bsgw" #> [23621] "bshazard-package" #> [23622] "bshazard" #> [23623] "bshazard-internal" #> [23624] "plot.bshazard" #> [23625] "print.bshazard" #> [23626] "summary.bshazard" #> [23627] "BSL-package" #> [23628] "bsl" #> [23629] "bsl-class" #> [23630] "combinePlotsBSL" #> [23631] "gaussianSynLike" #> [23632] "ma2" #> [23633] "mgnk" #> [23634] "penbsl" #> [23635] "plot.bsl" #> [23636] "selectPenalty" #> [23637] "semiparaKernelEstimate" #> [23638] "show.bsl" #> [23639] "summary.bsl" #> [23640] "BsMD-package" #> [23641] "BM86.data" #> [23642] "BM93.e1.data" #> [23643] "BM93.e2.data" #> [23644] "BM93.e3.data" #> [23645] "BsProb" #> [23646] "DanielPlot" #> [23647] "LenthPlot" #> [23648] "MD" #> [23649] "PB12Des" #> [23650] "plot.BsProb" #> [23651] "print.BsProb" #> [23652] "print.MD" #> [23653] "Reactor.data" #> [23654] "summary.BsProb" #> [23655] "summary.MD" #> [23656] "BSPADATA" #> [23657] "hetero_general" #> [23658] "hetero_sar" #> [23659] "hetero_sem" #> [23660] "hom_general" #> [23661] "hom_sar" #> [23662] "hom_sem" #> [23663] "bspec-package" #> [23664] "acf.bspec" #> [23665] "bspec" #> [23666] "empiricalSpectrum" #> [23667] "matchedfilter" #> [23668] "one.sided" #> [23669] "ppsample" #> [23670] "quantile.bspec" #> [23671] "sample.bspec" #> [23672] "temper" #> [23673] "temperature" #> [23674] "tukeywindow" #> [23675] "welchPSD" #> [23676] "bsplinePsd-package" #> [23677] "dbspline" #> [23678] "gibbs_bspline" #> [23679] "plot.psd" #> [23680] "bs_accordion" #> [23681] "bs_accordion_sidebar" #> [23682] "bs_append.bsplus_carousel" #> [23683] "bs_button" #> [23684] "bs_carousel_caption" #> [23685] "bs_carousel_image" #> [23686] "bs_collapse" #> [23687] "bs_embed_popover" #> [23688] "bs_embed_tooltip" #> [23689] "bs_modal" #> [23690] "bs_panel" #> [23691] "bs_set_data" #> [23692] "render_html_fragment" #> [23693] "shinyInput_label_embed" #> [23694] "shiny_iconlink" #> [23695] "bspmma-package" #> [23696] "bf.c" #> [23697] "bf.c.o" #> [23698] "bf.o" #> [23699] "bf1" #> [23700] "bf2" #> [23701] "breast.17" #> [23702] "caprie.3grps" #> [23703] "ddtm.s" #> [23704] "describe.post" #> [23705] "dirichlet.c" #> [23706] "dirichlet.o" #> [23707] "draw.bf" #> [23708] "draw.post" #> [23709] "print.dir.cond" #> [23710] "print.dir.ord" #> [23711] "dqreg" #> [23712] "qreg" #> [23713] "qreg_spline" #> [23714] "qr_plot" #> [23715] "BSSasymp-package" #> [23716] "alphas" #> [23717] "ASCOV_FastICAdefl" #> [23718] "ASCOV_FastICAdefl_est" #> [23719] "ASCOV_FastICAsym" #> [23720] "ASCOV_FastICAsym_est" #> [23721] "ASCOV_JADE" #> [23722] "ASCOV_JADE_est" #> [23723] "ASCOV_SOBI" #> [23724] "ASCOV_SOBI_est" #> [23725] "aSOBI" #> [23726] "CRB" #> [23727] "eSOBI" #> [23728] "eSOBI_lags" #> [23729] "as_gssm" #> [23730] "autoplot.predict_bssm" #> [23731] "bootstrap_filter" #> [23732] "bsm" #> [23733] "bssm" #> [23734] "drownings" #> [23735] "ekf" #> [23736] "ekf_smoother" #> [23737] "ekpf_filter" #> [23738] "exchange" #> [23739] "expand_sample" #> [23740] "fast_smoother" #> [23741] "gaussian_approx" #> [23742] "gssm" #> [23743] "importance_sample" #> [23744] "kfilter" #> [23745] "lgg_ssm" #> [23746] "logLik.gssm" #> [23747] "mv_gssm" #> [23748] "ngssm" #> [23749] "ng_ar1" #> [23750] "ng_bsm" #> [23751] "nlg_ssm" #> [23752] "particle_smoother" #> [23753] "poisson_series" #> [23754] "predict.mcmc_output" #> [23755] "print.mcmc_output" #> [23756] "run_mcmc" #> [23757] "run_mcmc.gssm" #> [23758] "run_mcmc.ngssm" #> [23759] "sde_ssm" #> [23760] "sim_smoother" #> [23761] "summary.mcmc_output" #> [23762] "svm" #> [23763] "ukf" #> [23764] "bssn-package" #> [23765] "bssn" #> [23766] "EMbssn" #> [23767] "momentsbssn" #> [23768] "reliabilitybssn" #> [23769] "bfunc" #> [23770] "bst" #> [23771] "bst.sel" #> [23772] "bst_control" #> [23773] "cv.bst" #> [23774] "cv.mada" #> [23775] "cv.mbst" #> [23776] "cv.mhingebst" #> [23777] "cv.mhingeova" #> [23778] "cv.rbst" #> [23779] "cv.rmbst" #> [23780] "evalerr" #> [23781] "ex1data" #> [23782] "loss" #> [23783] "mada" #> [23784] "mbst" #> [23785] "mhingebst" #> [23786] "mhingeova" #> [23787] "nsel" #> [23788] "rbst" #> [23789] "rbstpath" #> [23790] "rmbst" #> [23791] "add.ar" #> [23792] "add.dynamic.regression" #> [23793] "add.local.level" #> [23794] "add.local.linear.trend" #> [23795] "add.monthly.annual.cycle" #> [23796] "add.random.walk.holiday" #> [23797] "add.seasonal" #> [23798] "add.semilocal.linear.trend" #> [23799] "add.static.intercept" #> [23800] "add.student.local.linear.trend" #> [23801] "add.trig" #> [23802] "aggregate.time.series" #> [23803] "aggregate.weeks.to.months" #> [23804] "auto.ar" #> [23805] "bsts" #> [23806] "bsts.options.Rd" #> [23807] "compare.bsts.models" #> [23808] "date.range" #> [23809] "descriptive-plots" #> [23810] "diagnostic-plots" #> [23811] "estimate.time.scale" #> [23812] "extend.time" #> [23813] "format.timestamps" #> [23814] "geometric.sequence" #> [23815] "get.fraction" #> [23816] "goog" #> [23817] "HarveyCumulator" #> [23818] "holiday" #> [23819] "iclaims" #> [23820] "last.day.in.month" #> [23821] "MATCH.NumericTimestamps" #> [23822] "match.week.to.month" #> [23823] "max.window.width" #> [23824] "mixed.frequency" #> [23825] "month.distance" #> [23826] "named.holidays" #> [23827] "new.home.sales" #> [23828] "one.step.prediction.errors" #> [23829] "plot.bsts" #> [23830] "plot.bsts.mixed" #> [23831] "plot.bsts.prediction" #> [23832] "plot.bsts.predictors" #> [23833] "plot.holiday" #> [23834] "predict.bsts" #> [23835] "quarter" #> [23836] "regression.holiday" #> [23837] "regularize.timestamps" #> [23838] "residuals.bsts" #> [23839] "rsxfs" #> [23840] "shark" #> [23841] "shorten" #> [23842] "simulate.fake.mixed.frequency.data" #> [23843] "spike.slab.ar.prior" #> [23844] "state.sizes" #> [23845] "StateSpecification" #> [23846] "SuggestBurn" #> [23847] "summary.bsts" #> [23848] "to.posixt" #> [23849] "turkish" #> [23850] "week.ends" #> [23851] "weekday.names" #> [23852] "constituerGrappes" #> [23853] "constituerMatriceEffectifs" #> [23854] "dfPrix_SP95_2016" #> [23855] "dfRestaurantParis" #> [23856] "dfToGrid" #> [23857] "kernelSmoothing" #> [23858] "pixel_france" #> [23859] "reunion" #> [23860] "boot.BTdecayLasso" #> [23861] "BTdataframe" #> [23862] "BTdecay" #> [23863] "BTdecayLasso" #> [23864] "BTdecayLassoC" #> [23865] "BTdecayLassoF" #> [23866] "NFL2010" #> [23867] "plot.swlasso" #> [23868] "plot.wlasso" #> [23869] "btergm-package" #> [23870] "btergm" #> [23871] "btergm-class" #> [23872] "checkdegeneracy" #> [23873] "edgeprob" #> [23874] "getformula" #> [23875] "gof-methods" #> [23876] "gof-plot" #> [23877] "gofstatistics" #> [23878] "interpret" #> [23879] "marginalplot" #> [23880] "simulate.btergm" #> [23881] "tergm-terms" #> [23882] "BTLLasso-package" #> [23883] "boot.BTLLasso" #> [23884] "BTLLasso" #> [23885] "Buli1415" #> [23886] "Buli1516" #> [23887] "Buli1617" #> [23888] "Buli1718" #> [23889] "BuliResponse" #> [23890] "ctrl.BTLLasso" #> [23891] "cv.BTLLasso" #> [23892] "GLES" #> [23893] "GLESsmall" #> [23894] "paths" #> [23895] "plot.boot.BTLLasso" #> [23896] "plot.BTLLasso" #> [23897] "predict.BTLLasso" #> [23898] "print.boot.BTLLasso" #> [23899] "print.BTLLasso" #> [23900] "print.cv.BTLLasso" #> [23901] "response.BTLLasso" #> [23902] "BTM" #> [23903] "logLik.BTM" #> [23904] "predict.BTM" #> [23905] "terms.BTM" #> [23906] "amat_to_bm" #> [23907] "bm_to_amat" #> [23908] "bm_to_df" #> [23909] "bon_bmodel" #> [23910] "bon_istate" #> [23911] "BoolModel-class" #> [23912] "BTR" #> [23913] "calc_mscore" #> [23914] "calc_roc" #> [23915] "check_and" #> [23916] "compress_bmodel" #> [23917] "decompress_bmodel" #> [23918] "decreate_boolmodel" #> [23919] "df_to_bm" #> [23920] "emodel1" #> [23921] "emodel2" #> [23922] "emodel3" #> [23923] "eval_bool" #> [23924] "extract_term" #> [23925] "filter_dflist" #> [23926] "gen_one_rmodel" #> [23927] "gen_singlerule" #> [23928] "gen_two_rmodel" #> [23929] "gen_two_rmodel_dag" #> [23930] "get_encodings" #> [23931] "grow_bmodel" #> [23932] "initialise_data" #> [23933] "initialise_model" #> [23934] "initialise_raw_data" #> [23935] "krum_bmodel" #> [23936] "krum_istate" #> [23937] "man_dist" #> [23938] "match_term" #> [23939] "minmod_internal" #> [23940] "minmod_model" #> [23941] "model_consensus" #> [23942] "model_dist" #> [23943] "model_setdiff" #> [23944] "model_train" #> [23945] "outgenysis_model" #> [23946] "outgraph_model" #> [23947] "outstate_graph" #> [23948] "plotBM" #> [23949] "printBM" #> [23950] "rcpp_simulate" #> [23951] "rcpp_validate" #> [23952] "simulate_model" #> [23953] "unique_raw_data" #> [23954] "validate_adjmat" #> [23955] "vcat" #> [23956] "which.random.min" #> [23957] "wilson_raw_data" #> [23958] "wilson_raw_rnaseq" #> [23959] "writeBM" #> [23960] "BTSPAS-package" #> [23961] "BTSPAS-internal" #> [23962] "TimeStratPetersenDiagErrorWHChinook_fit" #> [23963] "TimeStratPetersenDiagErrorWHSteel_fit" #> [23964] "TimeStratPetersenDiagError_fit" #> [23965] "TimeStratPetersenNonDiagError_fit" #> [23966] "TimeToTargetRunSize" #> [23967] "trace_plot" #> [23968] "BTYD-package" #> [23969] "bgbb.ConditionalExpectedTransactions" #> [23970] "bgbb.DERT" #> [23971] "bgbb.EstimateParameters" #> [23972] "bgbb.Expectation" #> [23973] "bgbb.HeatmapHoldoutExpectedTrans" #> [23974] "bgbb.LL" #> [23975] "bgbb.PAlive" #> [23976] "bgbb.PlotDropoutRateHeterogeneity" #> [23977] "bgbb.PlotFrequencyInCalibration" #> [23978] "bgbb.PlotFrequencyInHoldout" #> [23979] "bgbb.PlotFreqVsConditionalExpectedFrequency" #> [23980] "bgbb.PlotRecVsConditionalExpectedFrequency" #> [23981] "bgbb.PlotTrackingCum" #> [23982] "bgbb.PlotTrackingInc" #> [23983] "bgbb.PlotTransactionRateHeterogeneity" #> [23984] "bgbb.pmf" #> [23985] "bgbb.pmf.General" #> [23986] "bgbb.PosteriorMeanDropoutRate" #> [23987] "bgbb.PosteriorMeanLmProductMoment" #> [23988] "bgbb.PosteriorMeanTransactionRate" #> [23989] "bgnbd.compress.cbs" #> [23990] "bgnbd.ConditionalExpectedTransactions" #> [23991] "bgnbd.EstimateParameters" #> [23992] "bgnbd.Expectation" #> [23993] "bgnbd.ExpectedCumulativeTransactions" #> [23994] "bgnbd.LL" #> [23995] "bgnbd.PAlive" #> [23996] "bgnbd.PlotDropoutRateHeterogeneity" #> [23997] "bgnbd.PlotFrequencyInCalibration" #> [23998] "bgnbd.PlotFreqVsConditionalExpectedFrequency" #> [23999] "bgnbd.PlotRecVsConditionalExpectedFrequency" #> [24000] "bgnbd.PlotTrackingCum" #> [24001] "bgnbd.PlotTrackingInc" #> [24002] "bgnbd.PlotTransactionRateHeterogeneity" #> [24003] "bgnbd.pmf" #> [24004] "bgnbd.pmf.General" #> [24005] "cdnowElog" #> [24006] "cdnowSummary" #> [24007] "dc.BuildCBSFromCBTAndDates" #> [24008] "dc.BuildCBTFromElog" #> [24009] "dc.CreateFreqCBT" #> [24010] "dc.CreateReachCBT" #> [24011] "dc.CreateSpendCBT" #> [24012] "dc.CumulativeToIncremental" #> [24013] "dc.DissipateElog" #> [24014] "dc.ElogToCbsCbt" #> [24015] "dc.FilterCustByBirth" #> [24016] "dc.GetFirstPurchasePeriodsFromCBT" #> [24017] "dc.GetLastPurchasePeriodsFromCBT" #> [24018] "dc.MakeRFmatrixCal" #> [24019] "dc.MakeRFmatrixHoldout" #> [24020] "dc.MakeRFmatrixSkeleton" #> [24021] "dc.MergeCustomers" #> [24022] "dc.MergeTransactionsOnSameDate" #> [24023] "dc.PlotLogLikelihoodContour" #> [24024] "dc.PlotLogLikelihoodContours" #> [24025] "dc.ReadLines" #> [24026] "dc.RemoveTimeBetween" #> [24027] "dc.SplitUpElogForRepeatTrans" #> [24028] "discreteSimElog" #> [24029] "donationsSummary" #> [24030] "pnbd.compress.cbs" #> [24031] "pnbd.ConditionalExpectedTransactions" #> [24032] "pnbd.DERT" #> [24033] "pnbd.EstimateParameters" #> [24034] "pnbd.Expectation" #> [24035] "pnbd.ExpectedCumulativeTransactions" #> [24036] "pnbd.LL" #> [24037] "pnbd.PAlive" #> [24038] "pnbd.Plot.DERT" #> [24039] "pnbd.PlotDropoutRateHeterogeneity" #> [24040] "pnbd.PlotFrequencyInCalibration" #> [24041] "pnbd.PlotFreqVsConditionalExpectedFrequency" #> [24042] "pnbd.PlotRecVsConditionalExpectedFrequency" #> [24043] "pnbd.PlotTrackingCum" #> [24044] "pnbd.PlotTrackingInc" #> [24045] "pnbd.PlotTransactionRateHeterogeneity" #> [24046] "pnbd.pmf" #> [24047] "pnbd.pmf.General" #> [24048] "spend.EstimateParameters" #> [24049] "spend.expected.value" #> [24050] "spend.LL" #> [24051] "spend.marginal.likelihood" #> [24052] "spend.plot.average.transaction.value" #> [24053] "abe.GenerateData" #> [24054] "abe.mcmc.DrawParameters" #> [24055] "elog2cbs" #> [24056] "elog2cum" #> [24057] "estimateRegularity" #> [24058] "groceryElog" #> [24059] "mbgcnbd.cbs.LL" #> [24060] "mbgcnbd.ConditionalExpectedTransactions" #> [24061] "mbgcnbd.EstimateParameters" #> [24062] "mbgcnbd.Expectation" #> [24063] "mbgcnbd.ExpectedCumulativeTransactions" #> [24064] "mbgcnbd.GenerateData" #> [24065] "mbgcnbd.PAlive" #> [24066] "mbgcnbd.PlotFrequencyInCalibration" #> [24067] "mbgcnbd.PlotTrackingCum" #> [24068] "mbgcnbd.PlotTrackingInc" #> [24069] "mbgcnbd.pmf" #> [24070] "mcmc.DrawFutureTransactions" #> [24071] "mcmc.Expectation" #> [24072] "mcmc.ExpectedCumulativeTransactions" #> [24073] "mcmc.PActive" #> [24074] "mcmc.PAlive" #> [24075] "mcmc.PlotFrequencyInCalibration" #> [24076] "mcmc.plotPActiveDiagnostic" #> [24077] "mcmc.PlotTrackingCum" #> [24078] "mcmc.PlotTrackingInc" #> [24079] "mcmc.pmf" #> [24080] "mcmc.setBurnin" #> [24081] "nbd.cbs.LL" #> [24082] "nbd.ConditionalExpectedTransactions" #> [24083] "nbd.EstimateParameters" #> [24084] "nbd.GenerateData" #> [24085] "nbd.LL" #> [24086] "pggg.GenerateData" #> [24087] "pggg.mcmc.DrawParameters" #> [24088] "pggg.plotRegularityRateHeterogeneity" #> [24089] "plotTimingPatterns" #> [24090] "pnbd.GenerateData" #> [24091] "pnbd.mcmc.DrawParameters" #> [24092] "bucky-package" #> [24093] "mi.eval" #> [24094] "robust.summary" #> [24095] "robustify" #> [24096] "summary.mi.estimates" #> [24097] "vcovCR" #> [24098] "BUCSS-package" #> [24099] "ss.power.ba" #> [24100] "ss.power.ba.general" #> [24101] "ss.power.dt" #> [24102] "ss.power.it" #> [24103] "ss.power.reg.all" #> [24104] "ss.power.reg.joint" #> [24105] "ss.power.reg1" #> [24106] "ss.power.spa" #> [24107] "ss.power.spa.general" #> [24108] "ss.power.wa" #> [24109] "ss.power.wa.general" #> [24110] "Buddle_Main" #> [24111] "Buddle_Predict" #> [24112] "add.terms" #> [24113] "build.formula" #> [24114] "buildbam" #> [24115] "buildgam" #> [24116] "buildgamm4" #> [24117] "buildglmmTMB" #> [24118] "buildgls" #> [24119] "buildjulia" #> [24120] "buildlme" #> [24121] "buildmer" #> [24122] "buildmer-class" #> [24123] "buildmultinom" #> [24124] "conv" #> [24125] "diag,formula-method" #> [24126] "remove.terms" #> [24127] "tabulate.formula" #> [24128] "vowels" #> [24129] "bujar" #> [24130] "chop" #> [24131] "rchop" #> [24132] "detect_cp" #> [24133] "get_grooves_bcp" #> [24134] "imputeGP" #> [24135] "mlgp" #> [24136] "raw_data" #> [24137] "robust_loess_fit" #> [24138] "runmcmc_cp0" #> [24139] "runmcmc_cp1" #> [24140] "runmcmc_cp1_left" #> [24141] "runmcmc_cp1_right" #> [24142] "runmcmc_cp2" #> [24143] "runmcmc_cpall" #> [24144] "boot_fit_loess" #> [24145] "br411" #> [24146] "bulletAlign" #> [24147] "bulletCheckCrossCut" #> [24148] "bulletGetMaxCMS" #> [24149] "bulletGetMaxCMS_nist" #> [24150] "bulletSmooth" #> [24151] "CMS" #> [24152] "fit_loess" #> [24153] "fortify_x3p" #> [24154] "getCircle" #> [24155] "getTwist" #> [24156] "get_bullet" #> [24157] "get_crosscut" #> [24158] "get_grooves" #> [24159] "get_peaks" #> [24160] "get_peaks_nist" #> [24161] "maxCMS" #> [24162] "plot_3d_land" #> [24163] "predCircle" #> [24164] "predSmooth" #> [24165] "processBullets" #> [24166] "read_x3p" #> [24167] "sample_x3p" #> [24168] "smoothloess" #> [24169] "striation_identify" #> [24170] "unfortify_x3p" #> [24171] "BullsEye" #> [24172] "BullsEyeR" #> [24173] "createDTM" #> [24174] "freqAnalysis" #> [24175] "bullwhipgame" #> [24176] "bunch" #> [24177] "bunchApp" #> [24178] "bunchr" #> [24179] "bunch_viewer" #> [24180] "earning_fun" #> [24181] "elas_equalizer" #> [24182] "kink_estimator" #> [24183] "notch_estimator" #> [24184] "util_calc" #> [24185] "util_equalizer" #> [24186] "bundesligR" #> [24187] "activities_to_eventlog" #> [24188] "activity_id" #> [24189] "activity_instance_id" #> [24190] "activity_labels" #> [24191] "act_collapse" #> [24192] "act_recode" #> [24193] "act_unite" #> [24194] "add_end_activity" #> [24195] "bupaR" #> [24196] "cases" #> [24197] "case_id" #> [24198] "case_labels" #> [24199] "case_list" #> [24200] "durations" #> [24201] "eventlog" #> [24202] "filter_attributes" #> [24203] "first_n" #> [24204] "group_by_activity" #> [24205] "group_by_activity_instance" #> [24206] "group_by_case" #> [24207] "group_by_resource" #> [24208] "group_by_resource_activity" #> [24209] "last_n" #> [24210] "lifecycle_id" #> [24211] "mapping" #> [24212] "n_activities" #> [24213] "n_activity_instances" #> [24214] "n_cases" #> [24215] "n_events" #> [24216] "n_resources" #> [24217] "n_traces" #> [24218] "print.eventlog" #> [24219] "print.eventlog_mapping" #> [24220] "resources" #> [24221] "resource_id" #> [24222] "resource_labels" #> [24223] "re_map" #> [24224] "set_case_id" #> [24225] "simple_eventlog" #> [24226] "slice_activities" #> [24227] "slice_events" #> [24228] "summary.eventlog" #> [24229] "traces" #> [24230] "trace_list" #> [24231] "ungroup_eventlog" #> [24232] "+.fhx" #> [24233] "check_duplicates" #> [24234] "composite" #> [24235] "count_event_position" #> [24236] "count_injury" #> [24237] "count_recording" #> [24238] "count_scar" #> [24239] "count_year_span" #> [24240] "delete" #> [24241] "fhx" #> [24242] "find_recording" #> [24243] "first_year" #> [24244] "get_event_years" #> [24245] "get_ggplot" #> [24246] "get_series" #> [24247] "get_year" #> [24248] "inner_type" #> [24249] "is.fhx" #> [24250] "is.intervals" #> [24251] "is.sea" #> [24252] "last_year" #> [24253] "lgr2" #> [24254] "lgr2_meta" #> [24255] "list_filestrings" #> [24256] "make_rec_type" #> [24257] "max.intervals" #> [24258] "mean.intervals" #> [24259] "median.intervals" #> [24260] "min.intervals" #> [24261] "outer_type" #> [24262] "percent_scarred" #> [24263] "pgm" #> [24264] "pgm_meta" #> [24265] "pgm_pdsi" #> [24266] "plot.fhx" #> [24267] "plot.intervals" #> [24268] "plot.sea" #> [24269] "plot_demograph" #> [24270] "plot_intervals_dist" #> [24271] "plot_sealags" #> [24272] "print.intervals" #> [24273] "print.sea" #> [24274] "quantile.intervals" #> [24275] "read_fhx" #> [24276] "run_sea" #> [24277] "sample_depth" #> [24278] "sea" #> [24279] "series_mean_interval" #> [24280] "series_names" #> [24281] "series_stats" #> [24282] "site_stats" #> [24283] "sort.fhx" #> [24284] "summary.fhx" #> [24285] "write_fhx" #> [24286] "yearly_recording" #> [24287] "year_range" #> [24288] "alpha.proxy" #> [24289] "factor.model.stat" #> [24290] "fitted.statfacmodBurSt" #> [24291] "partial.rainbow" #> [24292] "slideWeight" #> [24293] "threeDarr" #> [24294] "var.add.benchmark" #> [24295] "var.relative.benchmark" #> [24296] "var.shrink.eqcor" #> [24297] "Cfrag.list" #> [24298] "corner" #> [24299] "genopt" #> [24300] "genopt.control" #> [24301] "ntile" #> [24302] "permutation.test.discrete" #> [24303] "plot.permtstBurSt" #> [24304] "scriptSearch" #> [24305] "summary.genopt" #> [24306] "writeExpectTest" #> [24307] "bursts-package" #> [24308] "kleinberg" #> [24309] "plot.bursts" #> [24310] "busdater-deprecated" #> [24311] "FY" #> [24312] "get_boundary" #> [24313] "get_fy" #> [24314] "period_boundaries" #> [24315] "businessDuration" #> [24316] "BuyseTest-package" #> [24317] "boot2pvalue" #> [24318] "BuyseRes-class" #> [24319] "BuyseRes-confint" #> [24320] "BuyseRes-show" #> [24321] "BuyseRes-summary" #> [24322] "BuyseSim-class" #> [24323] "BuyseSim-show" #> [24324] "BuyseSim-summary" #> [24325] "BuyseTest" #> [24326] "BuyseTest.options" #> [24327] "BuyseTest.options-class" #> [24328] "BuyseTest.options-methods" #> [24329] "constStrata" #> [24330] "discreteRoot" #> [24331] "getCount" #> [24332] "getPairScore" #> [24333] "getSurvival" #> [24334] "GPC_cpp" #> [24335] "iid" #> [24336] "powerBuyseTest" #> [24337] "bvarsv-package" #> [24338] "bvar.sv.tvp" #> [24339] "Example" #> [24340] "impulse.responses" #> [24341] "sim.var1.sv.tvp" #> [24342] "bvenn-package" #> [24343] "bvenn" #> [24344] "bvls-package" #> [24345] "bvls" #> [24346] "bvpSolve-package" #> [24347] "bvpcol" #> [24348] "bvpshoot" #> [24349] "bvptwp" #> [24350] "diagnostics.bvpSolve" #> [24351] "plot.bvpSolve" #> [24352] "BVS-package" #> [24353] "enumerateBVS" #> [24354] "fitBVS" #> [24355] "hapBVS" #> [24356] "InformBVS.I.out" #> [24357] "InformBVS.NI.out" #> [24358] "InformData" #> [24359] "Informresults.I" #> [24360] "Informresults.NI" #> [24361] "plotBVS" #> [24362] "RareBVS.out" #> [24363] "RareData" #> [24364] "RareResults" #> [24365] "sampleBVS" #> [24366] "summaryBVS" #> [24367] "bvs" #> [24368] "CoefEst" #> [24369] "cox_bvs" #> [24370] "HyperSelect" #> [24371] "logreg_bvs" #> [24372] "ModProb" #> [24373] "predBMA" #> [24374] "PreProcess" #> [24375] "bwd" #> [24376] "plot.bwd" #> [24377] "bWGR-package" #> [24378] "Dataset" #> [24379] "WGR1" #> [24380] "(MCMC)" #> [24381] "WGR2" #> [24382] "(EM)" #> [24383] "WGR3" #> [24384] "(MVR)" #> [24385] "XTRA" #> [24386] "BWStest-package" #> [24387] "BWStest-NEWS" #> [24388] "bws_cdf" #> [24389] "bws_stat" #> [24390] "bws_test" #> [24391] "murakami_cdf" #> [24392] "murakami_stat" #> [24393] "dl_trips_data" #> [24394] "fread_trips_data" #> [24395] "get_api_data" #> [24396] "read_trips_data" #> [24397] "bytescircle" #> [24398] "bnb" #> [24399] "bp" #> [24400] "bzinb" #> [24401] "bzinb.se" #> [24402] "bzip.a" #> [24403] "bzip.b" #> [24404] "idigamma" #> [24405] "pairwise.bzinb" #> [24406] "aggregation.auc" #> [24407] "balancedFolds" #> [24408] "coef.sum.intsearch" #> [24409] "complexity.glmnet" #> [24410] "epsgo" #> [24411] "fit.glmnet" #> [24412] "PLL.coxnet" #> [24413] "Plot.coef.glmnet" #> [24414] "Plot.peperr.curves" #> [24415] "plot.stabpath" #> [24416] "plot.sum.intsearch" #> [24417] "predictProb.coxnet" #> [24418] "predictProb.glmnet" #> [24419] "stabpath" #> [24420] "summary.intsearch" #> [24421] "tune.glmnet.interval" #> [24422] "as.sf" #> [24423] "c14_date_list" #> [24424] "calibrate" #> [24425] "circumference_calculator" #> [24426] "classify_material" #> [24427] "coordinate_precision" #> [24428] "country_thesaurus" #> [24429] "determine_country_by_coordinate" #> [24430] "digits_counter" #> [24431] "duplicates" #> [24432] "enforce_types" #> [24433] "example_c14_date_list" #> [24434] "get_country_thesaurus" #> [24435] "get_dates" #> [24436] "get_db_url" #> [24437] "get_material_thesaurus" #> [24438] "individual_precision" #> [24439] "material_thesaurus" #> [24440] "order_variables" #> [24441] "variable_reference" #> [24442] "c212-package" #> [24443] "c212.1a" #> [24444] "c212.BB" #> [24445] "c212.BH" #> [24446] "c212.BH.adjust.pvals" #> [24447] "c212.bin.test" #> [24448] "c212.BONF" #> [24449] "c212.convergence.diag" #> [24450] "c212.DFDR" #> [24451] "c212.FDR.data" #> [24452] "c212.fisher.test" #> [24453] "c212.GBH" #> [24454] "c212.gen.initial.values" #> [24455] "c212.interim.1a.hier2" #> [24456] "c212.interim.1a.hier3" #> [24457] "c212.interim.BB.hier2" #> [24458] "c212.interim.BB.hier3" #> [24459] "c212.interim.MLE" #> [24460] "c212.LSL" #> [24461] "c212.monitor.samples" #> [24462] "c212.NOADJ" #> [24463] "c212.plot.eot.data" #> [24464] "c212.plot.interim.data.rd" #> [24465] "c212.plot.samples" #> [24466] "c212.pointmass.weights" #> [24467] "c212.print.convergence.summary" #> [24468] "c212.print.summary.stats" #> [24469] "c212.ptheta" #> [24470] "c212.sim.control.params" #> [24471] "c212.ssBH" #> [24472] "c212.summary.stats" #> [24473] "c212.trial.data" #> [24474] "c212.trial.interval.data1" #> [24475] "c212.trial.interval.data2" #> [24476] "c212.TST" #> [24477] "calculate_clustering_metrics" #> [24478] "class_entropy" #> [24479] "class_purity" #> [24480] "get_conf_mat" #> [24481] "get_hard" #> [24482] "labels_to_matrix" #> [24483] "overall_entropy" #> [24484] "overall_purity" #> [24485] "percentage_agreement" #> [24486] "c3" #> [24487] "c3-shiny" #> [24488] "c3_bar" #> [24489] "c3_chart_size" #> [24490] "c3_color" #> [24491] "c3_colour" #> [24492] "c3_donut" #> [24493] "c3_gauge" #> [24494] "c3_line" #> [24495] "c3_mixedGeom" #> [24496] "c3_pie" #> [24497] "c3_scatter" #> [24498] "c3_selection" #> [24499] "c3_viridis" #> [24500] "check_stacked" #> [24501] "grid" #> [24502] "legend" #> [24503] "point_options" #> [24504] "RColorBrewer" #> [24505] "region" #> [24506] "subchart" #> [24507] "tickAxis" #> [24508] "tooltip" #> [24509] "xAxis" #> [24510] "c3net" #> [24511] "checknet" #> [24512] "makemim" #> [24513] "sigtestMTC" #> [24514] "sigtestp" #> [24515] "clusterforest" #> [24516] "emp_eq" #> [24517] "growforest" #> [24518] "treesource" #> [24519] "C5.0.default" #> [24520] "C5.0Control" #> [24521] "C5imp" #> [24522] "plot.C5.0" #> [24523] "predict.C5.0" #> [24524] "summary.C5.0" #> [24525] "author" #> [24526] "ca" #> [24527] "caconv" #> [24528] "cacoord" #> [24529] "iterate.mjca" #> [24530] "mjca" #> [24531] "multilines" #> [24532] "pchlist" #> [24533] "plot.ca" #> [24534] "plot.mjca" #> [24535] "plot3d.ca" #> [24536] "print.ca" #> [24537] "print.mjca" #> [24538] "print.summary.ca" #> [24539] "print.summary.mjca" #> [24540] "smoke" #> [24541] "summary.ca" #> [24542] "summary.mjca" #> [24543] "wg93" #> [24544] "ca3basic" #> [24545] "CA3variants" #> [24546] "chi3" #> [24547] "chi3ordered" #> [24548] "criter" #> [24549] "critera" #> [24550] "emerson.poly" #> [24551] "flatten" #> [24552] "graph2poly" #> [24553] "happy" #> [24554] "init3" #> [24555] "init3ordered" #> [24556] "init3ordered1" #> [24557] "init3ordered2" #> [24558] "Kron" #> [24559] "loss1.3" #> [24560] "loss1.3ordered" #> [24561] "loss2" #> [24562] "margI" #> [24563] "margJ" #> [24564] "margK" #> [24565] "newcomp3" #> [24566] "newcomp3ordered" #> [24567] "newcomp3ordered1" #> [24568] "newcomp3ordered2" #> [24569] "nsca3basic" #> [24570] "oca3basic" #> [24571] "olive" #> [24572] "p.ext" #> [24573] "plot.CA3variants" #> [24574] "print.CA3variants" #> [24575] "prod3" #> [24576] "reconst3" #> [24577] "rstand3" #> [24578] "standtab" #> [24579] "step.g3" #> [24580] "step.g3ordered" #> [24581] "stepi3" #> [24582] "stepi3ordered" #> [24583] "tau3" #> [24584] "tucker" #> [24585] "tuckerORDERED" #> [24586] "cabootcrs-package" #> [24587] "allvarscovs" #> [24588] "cabasicresults-class" #> [24589] "cabootcrs" #> [24590] "cabootcrsresults-class" #> [24591] "covmat" #> [24592] "DreamData" #> [24593] "plotca" #> [24594] "printca" #> [24595] "rearrange" #> [24596] "sca" #> [24597] "summaryca" #> [24598] "cacIRT-package" #> [24599] "class.Lee" #> [24600] "class.Rud" #> [24601] "Lee.poly" #> [24602] "Nonparametric" #> [24603] "Approach" #> [24604] "CA" #> [24605] "CC" #> [24606] "recursive.raw" #> [24607] "IRT" #> [24608] "CaDENCE-package" #> [24609] "bgamma" #> [24610] "blnorm" #> [24611] "bweibull" #> [24612] "cadence.cost" #> [24613] "cadence.fit" #> [24614] "cadence.initialize" #> [24615] "cadence.predict" #> [24616] "dummy.code" #> [24617] "FraserSediment" #> [24618] "gam.style" #> [24619] "pareto2" #> [24620] "rbf" #> [24621] "rprop" #> [24622] "xval.buffer" #> [24623] "CADFpvalues" #> [24624] "CADFtest" #> [24625] "coeffs_ct" #> [24626] "plot.CADFtest" #> [24627] "residuals.CADFtest" #> [24628] "summary.CADFtest" #> [24629] "update.CADFtest" #> [24630] "bioinfer.JGR" #> [24631] "bioinfer.new.JGR" #> [24632] "browseHelp" #> [24633] "buildresultsXML" #> [24634] "bxplot.JGR" #> [24635] "CADStat.help" #> [24636] "CADStat.update" #> [24637] "cleanCADStatWorkspace" #> [24638] "conditionalprob.JGR" #> [24639] "condprob.fn" #> [24640] "condprob.impute" #> [24641] "cor.JGR" #> [24642] "datamerge.JGR" #> [24643] "docbook" #> [24644] "docbook.data.frame" #> [24645] "docbook.default" #> [24646] "docbook.glm" #> [24647] "docbook.glm.summary" #> [24648] "docbook.hmtestp" #> [24649] "docbook.htest" #> [24650] "docbook.lm" #> [24651] "docbook.lm.summary" #> [24652] "docbook.try" #> [24653] "envdata.or" #> [24654] "genResultSpace" #> [24655] "gisdt.subset" #> [24656] "glm.JGR" #> [24657] "glm.pred.JGR" #> [24658] "jgr.__removeMenu" #> [24659] "JGRMessageBox" #> [24660] "load.class" #> [24661] "load.menus" #> [24662] "localJGRError" #> [24663] "pca.fa.JGR" #> [24664] "refids.or" #> [24665] "rpart.JGR" #> [24666] "rq.JGR" #> [24667] "rq.plot.JGR" #> [24668] "scatterplot2" #> [24669] "scatterplot2.JGR" #> [24670] "setVisible" #> [24671] "text.rpart.JGR" #> [24672] "caesar" #> [24673] "seed_cipher" #> [24674] "caffConcTime" #> [24675] "caffConcTimeMulti" #> [24676] "caffDescstat" #> [24677] "caffOverdose" #> [24678] "caffPkparam" #> [24679] "caffPkparamMulti" #> [24680] "caffPlot" #> [24681] "caffPlotMulti" #> [24682] "caffShiny" #> [24683] "UnitTable" #> [24684] "cAIC4-package" #> [24685] "anocAIC" #> [24686] "cAIC" #> [24687] "deleteZeroComponents" #> [24688] "getcondLL" #> [24689] "guWahbaData" #> [24690] "print.cAIC" #> [24691] "stepcAIC" #> [24692] "Zambia" #> [24693] "CAinterprTools-package" #> [24694] "aver.rule" #> [24695] "brand_coffee" #> [24696] "caCluster" #> [24697] "caCorr" #> [24698] "caPercept" #> [24699] "caPlot" #> [24700] "caPlus" #> [24701] "caScatter" #> [24702] "cols.cntr" #> [24703] "cols.cntr.scatter" #> [24704] "cols.corr" #> [24705] "cols.corr.scatter" #> [24706] "cols.qlt" #> [24707] "diseases" #> [24708] "fire_loss" #> [24709] "greenacre_data" #> [24710] "groupBycoord" #> [24711] "malinvaud" #> [24712] "rows.cntr" #> [24713] "rows.cntr.scatter" #> [24714] "rows.corr" #> [24715] "rows.corr.scatter" #> [24716] "rows.qlt" #> [24717] "sig.dim.perm" #> [24718] "sig.dim.perm.scree" #> [24719] "sig.tot.inertia.perm" #> [24720] "table.collapse" #> [24721] "Cairo" #> [24722] "Cairo.capabilities" #> [24723] "Cairo.capture" #> [24724] "Cairo.onSave" #> [24725] "Cairo.serial" #> [24726] "CairoFonMatch" #> [24727] "CairoFonts" #> [24728] "asCairoDevice" #> [24729] "boot_sdm" #> [24730] "calc_instances" #> [24731] "calc_nreps2" #> [24732] "calc_phi" #> [24733] "calc_power_curve" #> [24734] "calc_ropt" #> [24735] "calc_se" #> [24736] "consolidate.partial.results" #> [24737] "dummyalgo" #> [24738] "dummyinstance" #> [24739] "get_observations" #> [24740] "my.SANN" #> [24741] "plot.CAISErPowercurve" #> [24742] "print.CAISEr" #> [24743] "run_experiment" #> [24744] "se_boot" #> [24745] "se_param" #> [24746] "summary.CAISEr" #> [24747] "summary.CAISErPowercurve" #> [24748] "TSP.dist" #> [24749] "calACSLoose" #> [24750] "calACSStrict" #> [24751] "lenACSStrict" #> [24752] "lenLCSStrict" #> [24753] "longestVec" #> [24754] "Calculator.LR.FNs-package" #> [24755] "addition" #> [24756] "division" #> [24757] "LR" #> [24758] "LRFN.plot" #> [24759] "multiplication" #> [24760] "RL" #> [24761] "sign" #> [24762] "subtraction" #> [24763] "calcWOI-package" #> [24764] "AICEN" #> [24765] "blowup" #> [24766] "buildperiodic" #> [24767] "shiftmat" #> [24768] "wavtra" #> [24769] "WOI" #> [24770] "calendar" #> [24771] "holidays" #> [24772] "ical" #> [24773] "ical_example" #> [24774] "ical_outlook" #> [24775] "ic_attributes_vec" #> [24776] "ic_bind_list" #> [24777] "ic_character" #> [24778] "ic_char_datetime" #> [24779] "ic_char_event" #> [24780] "ic_dataframe" #> [24781] "ic_date" #> [24782] "ic_datetime" #> [24783] "ic_event" #> [24784] "ic_extract" #> [24785] "ic_extract_raw" #> [24786] "ic_find" #> [24787] "ic_guid" #> [24788] "ic_list" #> [24789] "ic_read" #> [24790] "ic_spec" #> [24791] "ic_vector" #> [24792] "ic_write" #> [24793] "properties" #> [24794] "properties_core" #> [24795] "properties_ical" #> [24796] "CALF-package" #> [24797] "calf" #> [24798] "calf_randomize" #> [24799] "calf_subset" #> [24800] "CaseControl" #> [24801] "CALIBERrfimpute-package" #> [24802] "makemar" #> [24803] "mice.impute.rfcat" #> [24804] "mice.impute.rfcont" #> [24805] "setRFoptions" #> [24806] "calibrar-package" #> [24807] "calibrarDemo" #> [24808] "createObjectiveFunction" #> [24809] "getCalibrationInfo" #> [24810] "getObservedData" #> [24811] "optimES" #> [24812] "SphereN" #> [24813] "calves" #> [24814] "canocor" #> [24815] "dlines" #> [24816] "goblets" #> [24817] "heads" #> [24818] "linnerud" #> [24819] "ones" #> [24820] "origin" #> [24821] "rad2degree" #> [24822] "rda" #> [24823] "shiftvector" #> [24824] "storks" #> [24825] "textxy" #> [24826] "calibrateBinary" #> [24827] "cv.KLR" #> [24828] "KLR" #> [24829] "CalibrateSSB-package" #> [24830] "AkuData" #> [24831] "CalibrateSSB" #> [24832] "CalibrateSSBpanel" #> [24833] "CalSSBobj" #> [24834] "CrossStrata" #> [24835] "LinCombMatrix" #> [24836] "PanelEstimation" #> [24837] "print.calSSB" #> [24838] "print.calSSBwide" #> [24839] "WideFromCalibrate" #> [24840] "calibrator-package" #> [24841] "beta1hat.fun" #> [24842] "beta2hat.fun" #> [24843] "betahat.fun.koh" #> [24844] "blockdiag" #> [24845] "C1" #> [24846] "cov.p5.supp" #> [24847] "create.new.toy.datasets" #> [24848] "D1.fun" #> [24849] "D2.fun" #> [24850] "dists.2frames" #> [24851] "E.theta.toy" #> [24852] "EK.eqn10.supp" #> [24853] "etahat" #> [24854] "extractor.toy" #> [24855] "Ez.eqn7.supp" #> [24856] "Ez.eqn9.supp" #> [24857] "H1.toy" #> [24858] "h1.toy" #> [24859] "hbar.fun.toy" #> [24860] "is.positive.definite" #> [24861] "MH" #> [24862] "p.eqn4.supp" #> [24863] "p.eqn8.supp" #> [24864] "p.page4" #> [24865] "phi.fun.toy" #> [24866] "prob.psi1" #> [24867] "reality" #> [24868] "stage1" #> [24869] "symmetrize" #> [24870] "tee" #> [24871] "toys" #> [24872] "tt.fun" #> [24873] "V.fun" #> [24874] "V1" #> [24875] "V2" #> [24876] "Vd" #> [24877] "W1" #> [24878] "W2" #> [24879] "BBQ_CV" #> [24880] "binom_for_histogram" #> [24881] "build_BBQ" #> [24882] "build_GUESS" #> [24883] "build_hist_binning" #> [24884] "calibrate_me" #> [24885] "calibrate_me_CV_errors" #> [24886] "compare_models_visual" #> [24887] "evaluate_discrimination" #> [24888] "format_values" #> [24889] "getECE" #> [24890] "getMCE" #> [24891] "getRMSE" #> [24892] "get_Brier_score" #> [24893] "get_CLE_class" #> [24894] "get_CLE_comparison" #> [24895] "get_ECE_equal_width" #> [24896] "get_MCE_equal_width" #> [24897] "GUESS_CV" #> [24898] "hist_binning_CV" #> [24899] "plot_class_distributions" #> [24900] "plot_model" #> [24901] "predict_BBQ" #> [24902] "predict_calibratR" #> [24903] "predict_GUESS" #> [24904] "predict_hist_binning" #> [24905] "predict_model" #> [24906] "rd_multiple_runs" #> [24907] "reliability_diagramm" #> [24908] "scale_me" #> [24909] "statistics_calibratR" #> [24910] "transform_me" #> [24911] "uncalibrated_CV" #> [24912] "visualize_calibrated_test_set" #> [24913] "visualize_calibratR" #> [24914] "visualize_distribution" #> [24915] "visualize_error_boxplot" #> [24916] "calibrate.class" #> [24917] "CaliCo" #> [24918] "chain" #> [24919] "DefPos" #> [24920] "estimators" #> [24921] "forecast.class" #> [24922] "Kernel.class" #> [24923] "kernel.fun" #> [24924] "MetropolisHastingsCpp" #> [24925] "MetropolisHastingsCppD" #> [24926] "model.class" #> [24927] "multivariate" #> [24928] "prior.class" #> [24929] "seqDesign.class" #> [24930] "sequentialDesign" #> [24931] "unscale" #> [24932] "unscale.matrix.diag" #> [24933] "unscale.vector" #> [24934] "callr" #> [24935] "default_repos" #> [24936] "rcmd" #> [24937] "rcmd_bg" #> [24938] "rcmd_copycat" #> [24939] "rcmd_process" #> [24940] "rcmd_process_options" #> [24941] "rcmd_safe_env" #> [24942] "rscript" #> [24943] "rscript_process" #> [24944] "rscript_process_options" #> [24945] "r_bg" #> [24946] "r_copycat" #> [24947] "r_process" #> [24948] "r_process_options" #> [24949] "r_session" #> [24950] "r_session_options" #> [24951] "r_vanilla" #> [24952] "calmate-package" #> [24953] "calmateByThetaAB.array" #> [24954] "calmateByTotalAndFracB.array" #> [24955] "CalMaTeCalibration" #> [24956] "calpass_create_isk" #> [24957] "calpass_get_token" #> [24958] "calpass_query" #> [24959] "calibration_simplex" #> [24960] "plot.calibration_simplex" #> [24961] "CAM-package" #> [24962] "CAM" #> [24963] "computeScoreMat" #> [24964] "computeScoreMatParallel" #> [24965] "selGam" #> [24966] "selGamBoost" #> [24967] "selLasso" #> [24968] "selLm" #> [24969] "selLmBoost" #> [24970] "updateScoreMat" #> [24971] "anova.CAMAN.object" #> [24972] "aspirin" #> [24973] "betaplasma" #> [24974] "bivariate.EM" #> [24975] "bivariate.mixalg" #> [24976] "bivariate.VEM" #> [24977] "CAMANboot" #> [24978] "CT" #> [24979] "getFDR" #> [24980] "golubMerge" #> [24981] "heage" #> [24982] "hepab" #> [24983] "hist.CAMAN.object" #> [24984] "leukDat" #> [24985] "mixalg" #> [24986] "mixalg.boot" #> [24987] "mixalg.EM" #> [24988] "mixalg.VEM" #> [24989] "mixcov" #> [24990] "NoP" #> [24991] "PCT" #> [24992] "plot.CAMAN.BIMIXALG.object" #> [24993] "rs12363681" #> [24994] "thai_cohort" #> [24995] "vem_grad" #> [24996] "vitamin" #> [24997] "camsRad" #> [24998] "cams_api" #> [24999] "cams_get_mcclear" #> [25000] "cams_get_radiation" #> [25001] "cams_set_user" #> [25002] "cat_items" #> [25003] "computerized_adaptive_test" #> [25004] "example_module_items" #> [25005] "example_responses" #> [25006] "example_thetas" #> [25007] "example_transition_matrix" #> [25008] "mixed_adaptive_test" #> [25009] "mst_items" #> [25010] "mst_only_items" #> [25011] "mst_only_matrix" #> [25012] "multistage_test" #> [25013] "camtrapR-package" #> [25014] "activityDensity" #> [25015] "activityHistogram" #> [25016] "activityOverlap" #> [25017] "activityRadial" #> [25018] "addCopyrightTag" #> [25019] "appendSpeciesNames" #> [25020] "cameraOperation" #> [25021] "camtraps" #> [25022] "checkSpeciesIdentification" #> [25023] "checkSpeciesNames" #> [25024] "createSpeciesFolders" #> [25025] "createStationFolders" #> [25026] "detectionHistory" #> [25027] "detectionMaps" #> [25028] "exifTagNames" #> [25029] "exiftoolPath" #> [25030] "fixDateTimeOriginal" #> [25031] "getSpeciesImages" #> [25032] "imageRename" #> [25033] "recordTable" #> [25034] "recordTableIndividual" #> [25035] "recordTableIndividualSample" #> [25036] "recordTableSample" #> [25037] "spatialDetectionHistory" #> [25038] "surveyReport" #> [25039] "timeShiftImages" #> [25040] "timeShiftTable" #> [25041] "as_census_region_list" #> [25042] "census_vectors" #> [25043] "child_census_vectors" #> [25044] "get_census" #> [25045] "label_vectors" #> [25046] "list_census_datasets" #> [25047] "list_census_regions" #> [25048] "list_census_vectors" #> [25049] "parent_census_vectors" #> [25050] "search_census_regions" #> [25051] "search_census_vectors" #> [25052] "cancerGI-package" #> [25053] "computeSmallWorldness" #> [25054] "computeSurvivalPValueForGenePairSet.output" #> [25055] "computeSurvivalPValueGenePairAll.output" #> [25056] "computeSurvivalPValueOneGenePair" #> [25057] "computeSurvivalPValueOneGenePair.output" #> [25058] "constructDesignMatrix" #> [25059] "processDataMutSurv" #> [25060] "RNAi" #> [25061] "tested_pairs" #> [25062] "testMutationalPatternAll.wrapper" #> [25063] "alleleFrequency" #> [25064] "bootstrapEventTiming" #> [25065] "eventTiming" #> [25066] "eventTimingOverList" #> [25067] "hg19chromosomes" #> [25068] "labelSeg" #> [25069] "makeEventHistory" #> [25070] "mleAF" #> [25071] "multidensity" #> [25072] "mut2Seg" #> [25073] "mutData" #> [25074] "plotAlleleByPosition" #> [25075] "plotAlleleDensity" #> [25076] "plotCopies" #> [25077] "plotPi0" #> [25078] "plotSegmentation" #> [25079] "plotSeqCount" #> [25080] "readSimulation" #> [25081] "candisc-package" #> [25082] "cancor" #> [25083] "candisc" #> [25084] "candiscList" #> [25085] "can_lm" #> [25086] "dataIndex" #> [25087] "Grass" #> [25088] "heplot.cancor" #> [25089] "heplot.candisc" #> [25090] "heplot.candiscList" #> [25091] "HSB" #> [25092] "plot.cancor" #> [25093] "redundancy" #> [25094] "varOrder" #> [25095] "vecscale" #> [25096] "vectors" #> [25097] "Wilks" #> [25098] "Wine" #> [25099] "addsamptree" #> [25100] "AML43" #> [25101] "canopy.BIC" #> [25102] "canopy.cluster" #> [25103] "canopy.cluster.Estep" #> [25104] "canopy.cluster.Mstep" #> [25105] "canopy.output" #> [25106] "canopy.plottree" #> [25107] "canopy.post" #> [25108] "canopy.sample" #> [25109] "canopy.sample.cluster" #> [25110] "canopy.sample.cluster.nocna" #> [25111] "canopy.sample.nocna" #> [25112] "getclonalcomposition" #> [25113] "getCMCm" #> [25114] "getCZ" #> [25115] "getlikelihood" #> [25116] "getlikelihood.sna" #> [25117] "getVAF" #> [25118] "getZ" #> [25119] "initialcna" #> [25120] "initialcnacopy" #> [25121] "initialP" #> [25122] "initialsna" #> [25123] "MDA231" #> [25124] "MDA231_sampchain" #> [25125] "MDA231_tree" #> [25126] "sampcna" #> [25127] "sampcnacopy" #> [25128] "sampP" #> [25129] "sampsna" #> [25130] "sampsna.cluster" #> [25131] "sortcna" #> [25132] "toy2" #> [25133] "toy3" #> [25134] "canprot-package" #> [25135] "canprot" #> [25136] "check_ID" #> [25137] "CLES" #> [25138] "diffplot" #> [25139] "Ehplot" #> [25140] "get_colors" #> [25141] "get_comptab" #> [25142] "get_pdat" #> [25143] "groupplots" #> [25144] "lapply_canprot" #> [25145] "pdat_" #> [25146] "protcomp" #> [25147] "rankdiff" #> [25148] "rankplot" #> [25149] "remove_entries" #> [25150] "xsummary" #> [25151] "adjust_cansim_values_by_variable" #> [25152] "cansim_old_to_new" #> [25153] "categories_for_level" #> [25154] "correspondence" #> [25155] "get_cansim" #> [25156] "get_cansim_changed_tables" #> [25157] "get_cansim_column_categories" #> [25158] "get_cansim_column_list" #> [25159] "get_cansim_cube_metadata" #> [25160] "get_cansim_data_for_table_coord_periods" #> [25161] "get_cansim_ndm" #> [25162] "get_cansim_table_info" #> [25163] "get_cansim_table_notes" #> [25164] "get_cansim_table_overview" #> [25165] "get_cansim_table_subject" #> [25166] "get_cansim_table_survey" #> [25167] "get_cansim_table_url" #> [25168] "get_cansim_vector" #> [25169] "get_cansim_vector_for_latest_periods" #> [25170] "get_cansim_vector_info" #> [25171] "list_cansim_tables" #> [25172] "normalize_cansim_values" #> [25173] "search_cansim_tables" #> [25174] "view_cansim_webpage" #> [25175] "getCANSIM" #> [25176] "mergeCANSIM" #> [25177] "searchLabels" #> [25178] "canvasXpress-package" #> [25179] "canvasXpress" #> [25180] "canvasXpressOutput" #> [25181] "cxShinyExample" #> [25182] "renderCanvasXpress" #> [25183] "cap-package" #> [25184] "capReg" #> [25185] "cap_beta" #> [25186] "env.example" #> [25187] "cape-package" #> [25188] "calc.p" #> [25189] "delete.pheno" #> [25190] "direct.influence" #> [25191] "error.prop" #> [25192] "filter.hwe" #> [25193] "filter.maf" #> [25194] "get.covar" #> [25195] "get.eigentraits" #> [25196] "get.geno" #> [25197] "get.marker.chr" #> [25198] "get.marker.idx" #> [25199] "get.marker.location" #> [25200] "get.marker.name" #> [25201] "get.marker.num" #> [25202] "get.marker.val" #> [25203] "get.network" #> [25204] "get.pheno" #> [25205] "histPheno" #> [25206] "impute.missing.geno" #> [25207] "make.data.obj" #> [25208] "marker2covar" #> [25209] "norm.pheno" #> [25210] "obesity.cross" #> [25211] "pairscan" #> [25212] "pheno2covar" #> [25213] "plotCollapsedVarInf" #> [25214] "plotNetwork" #> [25215] "plotPairscan" #> [25216] "plotPheno" #> [25217] "plotPhenoCor" #> [25218] "plotSinglescan" #> [25219] "plotSinglescan.heat" #> [25220] "plotSVD" #> [25221] "plotVariantInfluences" #> [25222] "qqPheno" #> [25223] "read.geno" #> [25224] "read.pheno" #> [25225] "read.population" #> [25226] "remove.ind" #> [25227] "remove.markers" #> [25228] "select.by.chr" #> [25229] "select.by.ind" #> [25230] "select.eigentraits" #> [25231] "select.markers.for.pairscan" #> [25232] "select.pheno" #> [25233] "singlescan" #> [25234] "sortCross" #> [25235] "writePopulation" #> [25236] "writeVariantInfluences" #> [25237] "caper-package" #> [25238] "anova.caic" #> [25239] "anova.pgls" #> [25240] "BritishBirds" #> [25241] "brunch" #> [25242] "caic-class" #> [25243] "caic.diagnostics" #> [25244] "caper-benchmarks" #> [25245] "clade.matrix" #> [25246] "clade.members" #> [25247] "comparative.data" #> [25248] "crunch" #> [25249] "fusco.test" #> [25250] "fuscoData" #> [25251] "growTree" #> [25252] "IsaacEtAl" #> [25253] "macrocaic" #> [25254] "pd.calc" #> [25255] "perissodactyla" #> [25256] "pgls" #> [25257] "pgls-methods" #> [25258] "pgls.profile" #> [25259] "phylo.d" #> [25260] "phylo.d.subset" #> [25261] "plot.pgls" #> [25262] "shorebird" #> [25263] "summary.caic" #> [25264] "syrphidae" #> [25265] "VCV.array" #> [25266] "annuity" #> [25267] "fv" #> [25268] "ipmt" #> [25269] "irregular" #> [25270] "ppmt" #> [25271] "pv" #> [25272] "r.calc" #> [25273] "schedule" #> [25274] "capm-package" #> [25275] "Calculate2StageSampleSize" #> [25276] "CalculateGlobalSens" #> [25277] "CalculateLocalSens" #> [25278] "CalculatePopChange" #> [25279] "CalculateSimpleSampleSize" #> [25280] "CalculateStratifiedSampleSize" #> [25281] "cats" #> [25282] "cluster_sample" #> [25283] "DesignSurvey" #> [25284] "FreqTab" #> [25285] "GetDataIASA" #> [25286] "MapkmlPSU" #> [25287] "PlotGlobalSens" #> [25288] "PlotHHxSpecies" #> [25289] "PlotImmigrationFlow" #> [25290] "PlotLocalSens" #> [25291] "PlotModels" #> [25292] "PlotPopPyramid" #> [25293] "psu_ssu" #> [25294] "SamplePPS" #> [25295] "SampleSystematic" #> [25296] "SetRanges" #> [25297] "SolveIASA" #> [25298] "SolveSI" #> [25299] "SolveTC" #> [25300] "SummarySurvey" #> [25301] "aproxdef" #> [25302] "catch" #> [25303] "chebbasisgen" #> [25304] "chebgrids" #> [25305] "chebnodegen" #> [25306] "dsdotds" #> [25307] "dsdotdss" #> [25308] "dwds" #> [25309] "dwdss" #> [25310] "effort" #> [25311] "GOM" #> [25312] "LV" #> [25313] "lvaproxdata" #> [25314] "lvsimdata.time" #> [25315] "paprox" #> [25316] "pdotaprox" #> [25317] "pdotsim" #> [25318] "plotgen" #> [25319] "profit" #> [25320] "psim" #> [25321] "sdot" #> [25322] "unigrids" #> [25323] "vaprox" #> [25324] "vsim" #> [25325] "2019-04-11" #> [25326] "14:55:39" #> [25327] "arrow_lighting" #> [25328] "CaPO4Sim" #> [25329] "diseaseCheckBox" #> [25330] "diseaseSelect" #> [25331] "diseaseSelectUi" #> [25332] "extract_running_sim" #> [25333] "generate_edges" #> [25334] "generate_network" #> [25335] "generate_nodes" #> [25336] "generate_notification" #> [25337] "generate_userFields" #> [25338] "glossaryCaPO4" #> [25339] "glossaryCaPO4Ui" #> [25340] "helpCaPO4" #> [25341] "helpCaPO4Ui" #> [25342] "infos" #> [25343] "infosUi" #> [25344] "infoSwitch" #> [25345] "make_plot_hypoD3" #> [25346] "make_plot_hypopara" #> [25347] "make_plot_php1" #> [25348] "networkCaPO4" #> [25349] "networkCaPO4Ui" #> [25350] "networkOptions" #> [25351] "networkOptionsUi" #> [25352] "plotBox" #> [25353] "plotBoxUi" #> [25354] "run_CaPO4Sim" #> [25355] "skinSelect" #> [25356] "skinSelectUi" #> [25357] "userInfo" #> [25358] "userInfoUi" #> [25359] "video" #> [25360] "videoUi" #> [25361] "captioner-package" #> [25362] "bump" #> [25363] "captioner" #> [25364] "captr-package" #> [25365] "batch_price" #> [25366] "captr_CHECKAUTH" #> [25367] "captr_DELETE" #> [25368] "captr_GET" #> [25369] "captr_POST" #> [25370] "create_batch" #> [25371] "delete_batch" #> [25372] "delete_job" #> [25373] "get_all" #> [25374] "get_batch_details" #> [25375] "get_instance_set" #> [25376] "get_template_id" #> [25377] "list_batches" #> [25378] "list_batch_files" #> [25379] "list_docs" #> [25380] "list_instance_sets" #> [25381] "list_jobs" #> [25382] "set_batch_template" #> [25383] "set_token" #> [25384] "submit_batch" #> [25385] "test_readiness" #> [25386] "track_progress" #> [25387] "upload_image" #> [25388] "user_profile" #> [25389] "capushe-package" #> [25390] "BICAICcapushe" #> [25391] "capushe" #> [25392] "datacapushe" #> [25393] "DDSE" #> [25394] "Djump" #> [25395] "validation" #> [25396] "capwire-package" #> [25397] "bootstrapCapwire" #> [25398] "buildClassTable" #> [25399] "buildIndTable" #> [25400] "classToInd" #> [25401] "drawCapRatesBeta" #> [25402] "drawCapRatesExp" #> [25403] "drawCapRatesGamma" #> [25404] "drawCapRatesGeom" #> [25405] "drawCapRatesUnif" #> [25406] "fitEcm" #> [25407] "fitTirm" #> [25408] "fitTirmPartition" #> [25409] "indToClass" #> [25410] "lrtCapwire" #> [25411] "partitionCountData" #> [25412] "simCapture" #> [25413] "simEcm" #> [25414] "simTirm" #> [25415] "wombat" #> [25416] "Martin" #> [25417] "Maechler" #> [25418] "Georges" #> [25419] "Monette" #> [25420] "Duncan" #> [25421] "Murdoch" #> [25422] "Henric" #> [25423] "Nilsson" #> [25424] "Derek" #> [25425] "Ogle" #> [25426] "Brian" #> [25427] "Ripley" #> [25428] "William" #> [25429] "Venables" #> [25430] "Walker" #> [25431] "Winsemius" #> [25432] "Achim" #> [25433] "Zeileis" #> [25434] "R-Core" #> [25435] "2018-08-23" #> [25436] "23:34:28" #> [25437] "Anova" #> [25438] "avPlots" #> [25439] "bcPower" #> [25440] "Boot" #> [25441] "boxCox" #> [25442] "boxCoxVariable" #> [25443] "Boxplot" #> [25444] "boxTidwell" #> [25445] "brief" #> [25446] "car-defunct" #> [25447] "car-deprecated" #> [25448] "car-internal.Rd" #> [25449] "carPalette" #> [25450] "carWeb" #> [25451] "ceresPlots" #> [25452] "compareCoefs" #> [25453] "Contrasts" #> [25454] "crPlots" #> [25455] "deltaMethod" #> [25456] "dfbetaPlots" #> [25457] "durbinWatsonTest" #> [25458] "Ellipses" #> [25459] "hccm" #> [25460] "hist.boot" #> [25461] "infIndexPlot" #> [25462] "influence.mixed.models" #> [25463] "influencePlot" #> [25464] "invResPlot" #> [25465] "invTranPlot" #> [25466] "leveneTest" #> [25467] "leveragePlots" #> [25468] "linearHypothesis" #> [25469] "mcPlots" #> [25470] "mmps" #> [25471] "ncvTest" #> [25472] "outlierTest" #> [25473] "panel.car" #> [25474] "poTest" #> [25475] "Predict" #> [25476] "qqPlot" #> [25477] "regLine" #> [25478] "residualPlots" #> [25479] "scatter3d" #> [25480] "scatterplot" #> [25481] "scatterplotMatrix" #> [25482] "ScatterplotSmoothers" #> [25483] "showLabels" #> [25484] "sigmaHat" #> [25485] "some" #> [25486] "spreadLevelPlot" #> [25487] "symbox" #> [25488] "Tapply" #> [25489] "testTransform" #> [25490] "TransformationAxes" #> [25491] "vif" #> [25492] "wcrossprod" #> [25493] "whichNames" #> [25494] "boxes" #> [25495] "caRamel" #> [25496] "Cextrap" #> [25497] "Cinterp" #> [25498] "Crecombination" #> [25499] "Cusecovar" #> [25500] "decrease_pop" #> [25501] "Dimprove" #> [25502] "dominate" #> [25503] "dominated" #> [25504] "downsize" #> [25505] "matvcov" #> [25506] "newXval" #> [25507] "pareto" #> [25508] "rselect" #> [25509] "val2rank" #> [25510] "vol_splx" #> [25511] "CARBayes-package" #> [25512] "coef.CARBayes" #> [25513] "combine.data.shapefile" #> [25514] "fitted.CARBayes" #> [25515] "highlight.borders" #> [25516] "logLik.CARBayes" #> [25517] "model.matrix.CARBayes" #> [25518] "MVS.CARleroux" #> [25519] "print.CARBayes" #> [25520] "residuals.CARBayes" #> [25521] "S.CARbym" #> [25522] "S.CARdissimilarity" #> [25523] "S.CARleroux" #> [25524] "S.CARlocalised" #> [25525] "S.CARmultilevel" #> [25526] "S.glm" #> [25527] "summarise.lincomb" #> [25528] "summarise.samples" #> [25529] "CARBayesdata-package" #> [25530] "GGHB.IG" #> [25531] "lipdata" #> [25532] "lipdbf" #> [25533] "lipshp" #> [25534] "pollutionhealthdata" #> [25535] "pricedata" #> [25536] "respiratorydata" #> [25537] "salesdata" #> [25538] "CARBayesST-package" #> [25539] "coef.CARBayesST" #> [25540] "fitted.CARBayesST" #> [25541] "logLik.CARBayesST" #> [25542] "model.matrix.CARBayesST" #> [25543] "print.CARBayesST" #> [25544] "residuals.CARBayesST" #> [25545] "ST.CARadaptive" #> [25546] "ST.CARanova" #> [25547] "ST.CARar" #> [25548] "ST.CARclustrends" #> [25549] "ST.CARlinear" #> [25550] "ST.CARlocalised" #> [25551] "ST.CARsepspatial" #> [25552] ".browse" #> [25553] ".carbonate" #> [25554] ".chromeOptions" #> [25555] ".encode" #> [25556] ".get_windows_control_themes" #> [25557] ".options" #> [25558] ".rtweet" #> [25559] ".set_template" #> [25560] ".start" #> [25561] ".tiny" #> [25562] ".uri" #> [25563] "carbon" #> [25564] "carbon_fields" #> [25565] "tinyurl" #> [25566] "carcass-package" #> [25567] "batdist" #> [25568] "CIetterson" #> [25569] "estimateN" #> [25570] "ettersonEq14" #> [25571] "ettersonEq14v1" #> [25572] "ettersonEq14v2" #> [25573] "integrate.persistence" #> [25574] "perickson" #> [25575] "persistence" #> [25576] "persistence.prob" #> [25577] "phuso" #> [25578] "pkorner" #> [25579] "posteriorN" #> [25580] "search.efficiency" #> [25581] "searches" #> [25582] "shapeparameter" #> [25583] "Adler" #> [25584] "AMSsurvey" #> [25585] "Angell" #> [25586] "Anscombe" #> [25587] "Arrests" #> [25588] "Baumann" #> [25589] "BEPS" #> [25590] "Bfox" #> [25591] "Blackmore" #> [25592] "Burt" #> [25593] "CanPop" #> [25594] "CES11" #> [25595] "Chile" #> [25596] "Chirot" #> [25597] "Cowles" #> [25598] "Davis" #> [25599] "DavisThin" #> [25600] "Depredations" #> [25601] "Ericksen" #> [25602] "Florida" #> [25603] "Freedman" #> [25604] "Friendly" #> [25605] "Ginzberg" #> [25606] "Greene" #> [25607] "GSSvocab" #> [25608] "Guyer" #> [25609] "Hartnagel" #> [25610] "Highway1" #> [25611] "KosteckiDillon" #> [25612] "Leinhardt" #> [25613] "LoBD" #> [25614] "Mandel" #> [25615] "Migration" #> [25616] "Moore" #> [25617] "MplsDemo" #> [25618] "MplsStops" #> [25619] "Mroz" #> [25620] "OBrienKaiser" #> [25621] "Ornstein" #> [25622] "Pottery" #> [25623] "Prestige" #> [25624] "Quartet" #> [25625] "Robey" #> [25626] "Sahlins" #> [25627] "Salaries" #> [25628] "SLID" #> [25629] "Soils" #> [25630] "States" #> [25631] "TitanicSurvival" #> [25632] "Transact" #> [25633] "UN" #> [25634] "UN98" #> [25635] "USPop" #> [25636] "WeightLoss" #> [25637] "Wells" #> [25638] "Womenlf" #> [25639] "Wong" #> [25640] "WVS" #> [25641] "cardidates-package" #> [25642] "carditest" #> [25643] "CDW" #> [25644] "fitweibull" #> [25645] "merge.cardiMetacdw" #> [25646] "metaCDW" #> [25647] "peakwindow" #> [25648] "plot.cardiFit" #> [25649] "plot.cardiMetacdw" #> [25650] "plot.cardiPeakwindow" #> [25651] "summary.cardiFit" #> [25652] "weibull4" #> [25653] "weibull6" #> [25654] "cardioModel" #> [25655] "sim_QTcf" #> [25656] "care-package" #> [25657] "carscore" #> [25658] "efron2004" #> [25659] "lu2004" #> [25660] "CARE1-package" #> [25661] "as.record" #> [25662] "CARE1.print" #> [25663] "Congenital" #> [25664] "Diabetes" #> [25665] "estN" #> [25666] "estN.n" #> [25667] "estN.pair" #> [25668] "estN.para" #> [25669] "estN.stat" #> [25670] "HAV" #> [25671] "careless" #> [25672] "careless_dataset" #> [25673] "careless_dataset2" #> [25674] "evenodd" #> [25675] "irv" #> [25676] "longstring" #> [25677] "mahad" #> [25678] "psychant" #> [25679] "psychsyn" #> [25680] "psychsyn_critval" #> [25681] "as.matrix.confusionMatrix" #> [25682] "avNNet" #> [25683] "bag" #> [25684] "bagEarth" #> [25685] "bagFDA" #> [25686] "BloodBrain" #> [25687] "BoxCoxTrans" #> [25688] "caretSBF" #> [25689] "cars" #> [25690] "classDist" #> [25691] "confusionMatrix" #> [25692] "confusionMatrix.train" #> [25693] "cox2" #> [25694] "createDataPartition" #> [25695] "defaultSummary" #> [25696] "densityplot.rfe" #> [25697] "dhfr" #> [25698] "diff.resamples" #> [25699] "dotplot.diff.resamples" #> [25700] "downSample" #> [25701] "dummyVars" #> [25702] "extractPrediction" #> [25703] "featurePlot" #> [25704] "filterVarImp" #> [25705] "findCorrelation" #> [25706] "findLinearCombos" #> [25707] "format.bagEarth" #> [25708] "gafs.default" #> [25709] "gafsControl" #> [25710] "gafs_initial" #> [25711] "GermanCredit" #> [25712] "getSamplingInfo" #> [25713] "ggplot.rfe" #> [25714] "ggplot.train" #> [25715] "histogram.train" #> [25716] "icr.formula" #> [25717] "index2vec" #> [25718] "knn3" #> [25719] "knnreg" #> [25720] "learning_curve_dat" #> [25721] "lift" #> [25722] "maxDissim" #> [25723] "mdrr" #> [25724] "modelLookup" #> [25725] "nearZeroVar" #> [25726] "negPredValue" #> [25727] "nullModel" #> [25728] "oneSE" #> [25729] "panel.lift2" #> [25730] "panel.needle" #> [25731] "pcaNNet" #> [25732] "pickSizeBest" #> [25733] "plot.gafs" #> [25734] "plot.varImp.train" #> [25735] "plotClassProbs" #> [25736] "plotObsVsPred" #> [25737] "plsda" #> [25738] "pottery" #> [25739] "prcomp.resamples" #> [25740] "predict.bagEarth" #> [25741] "predict.gafs" #> [25742] "predict.knn3" #> [25743] "predict.knnreg" #> [25744] "predictors" #> [25745] "preProcess" #> [25746] "print.confusionMatrix" #> [25747] "print.train" #> [25748] "recall" #> [25749] "resampleHist" #> [25750] "resamples" #> [25751] "resampleSummary" #> [25752] "rfe" #> [25753] "rfeControl" #> [25754] "Sacramento" #> [25755] "safs" #> [25756] "safs_initial" #> [25757] "sbf" #> [25758] "sbfControl" #> [25759] "scat" #> [25760] "segmentationData" #> [25761] "SLC14_1" #> [25762] "spatialSign" #> [25763] "summary.bagEarth" #> [25764] "tecator" #> [25765] "thresholder" #> [25766] "trainControl" #> [25767] "train_model_list" #> [25768] "update.safs" #> [25769] "update.train" #> [25770] "varImp" #> [25771] "varImp.gafs" #> [25772] "var_seq" #> [25773] "xyplot.resamples" #> [25774] "autoplot" #> [25775] "bestPreds" #> [25776] "c.caretList" #> [25777] "c.train" #> [25778] "caretEnsemble" #> [25779] "caretList" #> [25780] "caretModelSpec" #> [25781] "caretStack" #> [25782] "check_bestpreds_indexes" #> [25783] "check_bestpreds_obs" #> [25784] "check_bestpreds_preds" #> [25785] "check_bestpreds_resamples" #> [25786] "check_caretList_classes" #> [25787] "check_caretList_model_types" #> [25788] "dotplot.caretStack" #> [25789] "extractBestPreds" #> [25790] "extractCaretTarget" #> [25791] "extractCaretTarget.default" #> [25792] "extractCaretTarget.formula" #> [25793] "extractModelTypes" #> [25794] "extractModFrame" #> [25795] "extractModRes" #> [25796] "fortify" #> [25797] "getMetric" #> [25798] "is.caretEnsemble" #> [25799] "is.caretList" #> [25800] "is.caretStack" #> [25801] "makePredObsMatrix" #> [25802] "methodCheck" #> [25803] "models.class" #> [25804] "multiResiduals" #> [25805] "plot.caretEnsemble" #> [25806] "plot.caretStack" #> [25807] "predict.caretList" #> [25808] "predict.caretStack" #> [25809] "print.caretStack" #> [25810] "residuals.caretEnsemble" #> [25811] "summary.caretEnsemble" #> [25812] "summary.caretStack" #> [25813] "trControlCheck" #> [25814] "tuneCheck" #> [25815] "varImp.caretEnsemble" #> [25816] "wtd.sd" #> [25817] "carfima" #> [25818] "carfima.loglik" #> [25819] "carfima.sim" #> [25820] "package-carfima" #> [25821] "caribou-package" #> [25822] "BEH00" #> [25823] "GRH01" #> [25824] "GRH10" #> [25825] "GRH93" #> [25826] "LRH01" #> [25827] "petersen" #> [25828] "WAH11" #> [25829] "anovaSummarized" #> [25830] "bootCor" #> [25831] "bootPaired" #> [25832] "confIntDemo" #> [25833] "corDemo" #> [25834] "groupedBar" #> [25835] "Icecream" #> [25836] "Milkshakes" #> [25837] "missingLevel" #> [25838] "permTest" #> [25839] "permTestCor" #> [25840] "permTestPaired" #> [25841] "qqPlotDemo" #> [25842] "states03" #> [25843] "stemPlot" #> [25844] "CARLIT-package" #> [25845] "barplotEQR" #> [25846] "carlit" #> [25847] "Community_data" #> [25848] "EQR_reference" #> [25849] "Sensitivity_list" #> [25850] "addFactLevs" #> [25851] "bestBy" #> [25852] "dbWriteTable2" #> [25853] "geomean" #> [25854] "groupBy" #> [25855] "heatmatrix" #> [25856] "hyperplot" #> [25857] "labsegs" #> [25858] "leghead" #> [25859] "makeElipseCoords" #> [25860] "mvlabs" #> [25861] "nerge" #> [25862] "nv" #> [25863] "parseArgString" #> [25864] "pct" #> [25865] "pies" #> [25866] "plotClock" #> [25867] "raAddArms" #> [25868] "raAddAxLabs" #> [25869] "raAddSigLines" #> [25870] "raPlot" #> [25871] "read.tab" #> [25872] "regroup" #> [25873] "rerowname" #> [25874] "spie" #> [25875] "sstable" #> [25876] "stats" #> [25877] "tab2df" #> [25878] "textplot" #> [25879] "usr2lims" #> [25880] "vennMatrix" #> [25881] "volins" #> [25882] "wjitter" #> [25883] "write.delim" #> [25884] "add_rows" #> [25885] "build_table" #> [25886] "carpenter" #> [25887] "outline_table" #> [25888] "renaming" #> [25889] "table_stats" #> [25890] "aggregatetogenes" #> [25891] "caRpools" #> [25892] "carpools.hit.overview" #> [25893] "carpools.hit.scatter" #> [25894] "carpools.hit.sgrna" #> [25895] "carpools.hitident" #> [25896] "carpools.raw.genes" #> [25897] "carpools.read.count.vs" #> [25898] "carpools.read.depth" #> [25899] "carpools.read.distribution" #> [25900] "carpools.reads.genedesigns" #> [25901] "carpools.sgrna.table" #> [25902] "carpools.waterfall.pval" #> [25903] "check.caRpools" #> [25904] "compare.analysis" #> [25905] "CONTROL1" #> [25906] "CONTROL1.g" #> [25907] "CONTROL2" #> [25908] "CONTROL2.g" #> [25909] "d.CONTROL1" #> [25910] "d.CONTROL2" #> [25911] "d.TREAT1" #> [25912] "d.TREAT2" #> [25913] "data.extract" #> [25914] "final.table" #> [25915] "gene.remove" #> [25916] "generate.hits" #> [25917] "get.gene.info" #> [25918] "libFILE" #> [25919] "load.file" #> [25920] "load.packages" #> [25921] "referencefile" #> [25922] "stat.DESeq" #> [25923] "stat.mageck" #> [25924] "stat.wilcox" #> [25925] "stats.data" #> [25926] "TREAT1" #> [25927] "TREAT1.g" #> [25928] "TREAT2" #> [25929] "TREAT2.g" #> [25930] "unmapped.genes" #> [25931] "use.caRpools" #> [25932] "CARrampsOcl-package" #> [25933] "CARrampsOcl.fit" #> [25934] "iowaSW06" #> [25935] "iowaSW97_06small" #> [25936] "makeQ" #> [25937] "makeRW1Q" #> [25938] "makeRW2Q" #> [25939] "plot2Q" #> [25940] "plot3Q" #> [25941] "plotCAR1" #> [25942] "plotCAR1plus1Q" #> [25943] "crate" #> [25944] "is_crate" #> [25945] "av_out" #> [25946] "comb" #> [25947] "compute_max_length" #> [25948] "compute_max_weight" #> [25949] "compute_weights" #> [25950] "cross_val" #> [25951] "cub" #> [25952] "find_int" #> [25953] "find_sub" #> [25954] "get_indices" #> [25955] "get_predictions" #> [25956] "get_predictions_lin" #> [25957] "get_probabilities" #> [25958] "make_numeric" #> [25959] "make_numeric_sets" #> [25960] "quadr" #> [25961] "regr_ind" #> [25962] "regr_whole" #> [25963] "sum_weights_sub" #> [25964] "CARS" #> [25965] "epsest.func" #> [25966] "lin.itp" #> [25967] "carSurv-package" #> [25968] "carSurvScore" #> [25969] "carVarSelect" #> [25970] "weightedCovarRcpp" #> [25971] "weightedCovarRcppN" #> [25972] "weightedVarRcpp" #> [25973] "weightedVarRcppN" #> [25974] "cartogram_cont" #> [25975] "cartogram_dorling" #> [25976] "cartogram_ncont" #> [25977] "barscale" #> [25978] "carto.pal" #> [25979] "carto.pal.info" #> [25980] "cartography" #> [25981] "choroLayer" #> [25982] "coasts.spdf" #> [25983] "countries.spdf" #> [25984] "discLayer" #> [25985] "display.carto.all" #> [25986] "display.carto.pal" #> [25987] "dotDensityLayer" #> [25988] "frame.spdf" #> [25989] "getBorders" #> [25990] "getBreaks" #> [25991] "getFigDim" #> [25992] "getGridData" #> [25993] "getGridLayer" #> [25994] "getLinkLayer" #> [25995] "getOuterBorders" #> [25996] "getPencilLayer" #> [25997] "getTiles" #> [25998] "gradLinkLayer" #> [25999] "gradLinkTypoLayer" #> [26000] "graticule.spdf" #> [26001] "labelLayer" #> [26002] "layoutLayer" #> [26003] "legendBarsSymbols" #> [26004] "legendChoro" #> [26005] "legendCirclesSymbols" #> [26006] "legendGradLines" #> [26007] "legendPropLines" #> [26008] "legendPropTriangles" #> [26009] "legendSquaresSymbols" #> [26010] "legendTypo" #> [26011] "north" #> [26012] "nuts0.df" #> [26013] "nuts0.spdf" #> [26014] "nuts1.df" #> [26015] "nuts1.spdf" #> [26016] "nuts2.df" #> [26017] "nuts2.spdf" #> [26018] "nuts3.df" #> [26019] "nuts3.spdf" #> [26020] "propLinkLayer" #> [26021] "propSymbolsChoroLayer" #> [26022] "propSymbolsLayer" #> [26023] "propSymbolsTypoLayer" #> [26024] "propTrianglesLayer" #> [26025] "smoothLayer" #> [26026] "tilesLayer" #> [26027] "twincities.df" #> [26028] "typoLayer" #> [26029] "world.spdf" #> [26030] "acceldown" #> [26031] "accelpass" #> [26032] "animate_rr" #> [26033] "bmfree" #> [26034] "bmfree2" #> [26035] "brkcross0" #> [26036] "brkdelay" #> [26037] "brkdelay3" #> [26038] "brksummary" #> [26039] "brktrials2" #> [26040] "brktrials3" #> [26041] "brktrials3setup" #> [26042] "capacityplot" #> [26043] "cfanim" #> [26044] "crossconflict" #> [26045] "decelmerge" #> [26046] "dfmanager" #> [26047] "f1" #> [26048] "findt1" #> [26049] "findt1ab" #> [26050] "findt2" #> [26051] "findt2ab" #> [26052] "findt5" #> [26053] "findt5ab" #> [26054] "formqueue" #> [26055] "freeflowpass" #> [26056] "gbm" #> [26057] "gbmtheta" #> [26058] "gbmx" #> [26059] "h0" #> [26060] "h1" #> [26061] "h2" #> [26062] "h3" #> [26063] "hsafe" #> [26064] "lane" #> [26065] "lanedf" #> [26066] "leff" #> [26067] "lfmatrix" #> [26068] "logisticmodel" #> [26069] "merge3" #> [26070] "mergedemo" #> [26071] "nopass" #> [26072] "passplot" #> [26073] "plotcrossover" #> [26074] "plotdesire3" #> [26075] "plotfollow" #> [26076] "plotfollow3" #> [26077] "plotlead" #> [26078] "plotmerge3" #> [26079] "plotoptimize" #> [26080] "plottux" #> [26081] "plotupstream" #> [26082] "QUKtdayX" #> [26083] "rrheadway" #> [26084] "rrheadwayu" #> [26085] "rrtrials" #> [26086] "safecrossover" #> [26087] "schematic" #> [26088] "speedboxplot" #> [26089] "speedplot" #> [26090] "speedts" #> [26091] "speedtsplot" #> [26092] "t0" #> [26093] "t1" #> [26094] "t2" #> [26095] "t3" #> [26096] "theta" #> [26097] "trajectoryab" #> [26098] "trajectoryab3" #> [26099] "trial" #> [26100] "tuxvfix3" #> [26101] "uab" #> [26102] "ubreakdown" #> [26103] "uf0" #> [26104] "uf1" #> [26105] "uf2" #> [26106] "uf3" #> [26107] "uk_sdk" #> [26108] "ul0" #> [26109] "ul1" #> [26110] "ul2" #> [26111] "ul3" #> [26112] "usdBBridge" #> [26113] "usdzipper" #> [26114] "vehdf" #> [26115] "vehfix" #> [26116] "vehid" #> [26117] "vehtfix" #> [26118] "xab" #> [26119] "xabmerge" #> [26120] "xabmerge3" #> [26121] "xabparam" #> [26122] "xf0" #> [26123] "xf1" #> [26124] "xf2" #> [26125] "xf3" #> [26126] "xfollow" #> [26127] "xl0" #> [26128] "xl1" #> [26129] "xl2" #> [26130] "xl3" #> [26131] "xstart" #> [26132] "zipper" #> [26133] "AIC.carx" #> [26134] "carx" #> [26135] "carx.default" #> [26136] "carx.formula" #> [26137] "carxSelect" #> [26138] "carxSim" #> [26139] "carxSimCenTS" #> [26140] "cenTS" #> [26141] "fitted.carx" #> [26142] "logLik.carx" #> [26143] "outlier" #> [26144] "outlier.carx" #> [26145] "plot.carx" #> [26146] "plot.cenTS" #> [26147] "predict.carx" #> [26148] "print.carx" #> [26149] "print.cenTS" #> [26150] "print.summary.carx" #> [26151] "pts" #> [26152] "residuals.carx" #> [26153] "summary.carx" #> [26154] "tsdiag.carx" #> [26155] "xreg" #> [26156] "xreg.cenTS" #> [26157] "Cascade-package" #> [26158] "analyze_network" #> [26159] "as.micro_array" #> [26160] "compare-methods" #> [26161] "cutoff" #> [26162] "dim" #> [26163] "geneNeighborhood" #> [26164] "genePeakSelection" #> [26165] "gene_expr_simulation" #> [26166] "head" #> [26167] "inference" #> [26168] "micropredict-class" #> [26169] "micro_array-class" #> [26170] "network" #> [26171] "network-class" #> [26172] "network_random" #> [26173] "position-methods" #> [26174] "unionMicro-methods" #> [26175] "CascadeData-package" #> [26176] "micro_S" #> [26177] "micro_US" #> [26178] "caschrono-package" #> [26179] "acf2y" #> [26180] "armaselect" #> [26181] "Box.test.2" #> [26182] "champa.ts" #> [26183] "cor.arma" #> [26184] "csdl" #> [26185] "essil" #> [26186] "indbourse" #> [26187] "khct" #> [26188] "lait" #> [26189] "m30" #> [26190] "plot2acf" #> [26191] "plotacfthemp" #> [26192] "popfr" #> [26193] "Tel_extrait" #> [26194] "trafmensu" #> [26195] "t_stat" #> [26196] "xy.acfb" #> [26197] "absoluteRisk" #> [26198] "bmtcrr" #> [26199] "checkArgsEventIndicator" #> [26200] "CompRisk-class" #> [26201] "ERSPC" #> [26202] "fitSmoothHazard" #> [26203] "plot.popTime" #> [26204] "sampleCaseBase" #> [26205] "asDistObject" #> [26206] "CaseBasedReasoning" #> [26207] "CBRBase" #> [26208] "CoxBetaModel" #> [26209] "depthMatrix" #> [26210] "distanceRandomForest" #> [26211] "distanceTerminalNodes" #> [26212] "forestToMatrix" #> [26213] "proximityMatrix" #> [26214] "RFModel" #> [26215] "terminalNodeIDs" #> [26216] "weightedDistance" #> [26217] "caseMatch-package" #> [26218] "case.match" #> [26219] "EU" #> [26220] "Blackjack" #> [26221] "Deck" #> [26222] "Player" #> [26223] "players" #> [26224] "play_blackjack" #> [26225] "play_poker" #> [26226] "play_slots" #> [26227] "play_sound" #> [26228] "Poker" #> [26229] "Slots" #> [26230] "CASMAP-class" #> [26231] "getExampleCovariatesFilename" #> [26232] "getExampleDataFilename" #> [26233] "getExampleLabelsFilename" #> [26234] "bss" #> [26235] "CreateSpacetimeFolds" #> [26236] "ffs" #> [26237] "plot_ffs" #> [26238] "castor-package" #> [26239] "asr_empirical_probabilities" #> [26240] "asr_independent_contrasts" #> [26241] "asr_max_parsimony" #> [26242] "asr_mk_model" #> [26243] "asr_squared_change_parsimony" #> [26244] "asr_subtree_averaging" #> [26245] "collapse_monofurcations" #> [26246] "collapse_tree_at_resolution" #> [26247] "congruent_divergence_times" #> [26248] "count_clades_over_time" #> [26249] "count_tips_per_node" #> [26250] "date_tree_red" #> [26251] "exponentiate_matrix" #> [26252] "extend_tree_to_height" #> [26253] "find_farthest_tips" #> [26254] "find_nearest_tips" #> [26255] "find_root" #> [26256] "find_root_of_monophyletic_tips" #> [26257] "fit_bm_model" #> [26258] "fit_musse" #> [26259] "fit_tree_model" #> [26260] "generate_random_tree" #> [26261] "generate_tree_with_evolving_rates" #> [26262] "get_all_distances_to_root" #> [26263] "get_all_node_depths" #> [26264] "get_independent_contrasts" #> [26265] "get_mrca_of_set" #> [26266] "get_pairwise_distances" #> [26267] "get_pairwise_mrcas" #> [26268] "get_random_diffusivity_matrix" #> [26269] "get_random_mk_transition_matrix" #> [26270] "get_reds" #> [26271] "get_stationary_distribution" #> [26272] "get_subtree_at_node" #> [26273] "get_subtree_with_tips" #> [26274] "get_tips_for_mrcas" #> [26275] "get_trait_acf" #> [26276] "get_trait_depth" #> [26277] "get_trait_stats_over_time" #> [26278] "get_transition_index_matrix" #> [26279] "get_tree_span" #> [26280] "get_tree_traversal_root_to_tips" #> [26281] "hsp_empirical_probabilities" #> [26282] "hsp_independent_contrasts" #> [26283] "hsp_max_parsimony" #> [26284] "hsp_mk_model" #> [26285] "hsp_squared_change_parsimony" #> [26286] "hsp_subtree_averaging" #> [26287] "is_monophyletic" #> [26288] "map_to_state_space" #> [26289] "merge_short_edges" #> [26290] "multifurcations_to_bifurcations" #> [26291] "pick_random_tips" #> [26292] "read_tree" #> [26293] "reconstruct_past_diversification" #> [26294] "reorder_tree_edges" #> [26295] "root_at_midpoint" #> [26296] "root_at_node" #> [26297] "root_in_edge" #> [26298] "root_via_outgroup" #> [26299] "simulate_bm_model" #> [26300] "simulate_diversification_model" #> [26301] "simulate_mk_model" #> [26302] "simulate_musse" #> [26303] "simulate_ou_model" #> [26304] "simulate_rou_model" #> [26305] "tree_distance" #> [26306] "trim_tree_at_height" #> [26307] "write_tree" #> [26308] "belt" #> [26309] "bipf" #> [26310] "crimes" #> [26311] "da.cat" #> [26312] "dabipf" #> [26313] "ecm.cat" #> [26314] "em.cat" #> [26315] "imp.cat" #> [26316] "ipf" #> [26317] "logpost.cat" #> [26318] "mda.cat" #> [26319] "mi.inference" #> [26320] "older" #> [26321] "prelim.cat" #> [26322] "rngseed" #> [26323] "adjten" #> [26324] "catch_matrix" #> [26325] "csa" #> [26326] "cv.catch" #> [26327] "predict.catch" #> [26328] "args_and_kwargs" #> [26329] "beep_with" #> [26330] "catchr-DSL" #> [26331] "catchr_opts" #> [26332] "catch_expr" #> [26333] "collecting-conditions" #> [26334] "default-catchr-options" #> [26335] "dispense_collected" #> [26336] "extract_display_string" #> [26337] "first_muffle_restart" #> [26338] "give_newline" #> [26339] "has_handler_args" #> [26340] "is_catchr_plan" #> [26341] "make_plans" #> [26342] "print.catchr_compiled_plans" #> [26343] "reserved-conditions" #> [26344] "set_default_plan" #> [26345] "user_display" #> [26346] "user_exit" #> [26347] "with_ordered_handlers" #> [26348] "cat_cont" #> [26349] "mutate_if_cat" #> [26350] "select_cat" #> [26351] "catdap-package" #> [26352] "Barplot2WayTable" #> [26353] "catdap1" #> [26354] "catdap2" #> [26355] "HealthData" #> [26356] "HelloGoodbye" #> [26357] "JNcharacter" #> [26358] "MissingHealthData" #> [26359] "catdata-package" #> [26360] "addiction" #> [26361] "children" #> [26362] "deathpenalty" #> [26363] "dust" #> [26364] "encephalitis" #> [26365] "foodstamp" #> [26366] "insolvency" #> [26367] "knee" #> [26368] "kneecumulative" #> [26369] "kneesequential" #> [26370] "leukoplakia" #> [26371] "medcare" #> [26372] "reader" #> [26373] "recovery" #> [26374] "rent" #> [26375] "retinopathy" #> [26376] "teratology" #> [26377] "teratology2" #> [26378] "unemployment" #> [26379] "CatDyn-package" #> [26380] "as.CatDynData" #> [26381] "catdyn" #> [26382] "CatDynBSD" #> [26383] "CatDynCor" #> [26384] "CatDynData" #> [26385] "CatDynExp" #> [26386] "catdynexp" #> [26387] "CatDynFit" #> [26388] "CatDynMod" #> [26389] "CatDynPar" #> [26390] "CatDynPred" #> [26391] "CatDynSum" #> [26392] "cor2cov" #> [26393] "deltamethod" #> [26394] "gayhake" #> [26395] "gayhakelm" #> [26396] "gayhakelw" #> [26397] "lolgahi" #> [26398] "M.Hoenig" #> [26399] "m.hoenig" #> [26400] "mobw.kg" #> [26401] "plot.CatDynData" #> [26402] "plot.CatDynExp" #> [26403] "plot.CatDynMod" #> [26404] "twelver" #> [26405] "cate-package" #> [26406] "adjust.latent" #> [26407] "cate" #> [26408] "est.confounder.num" #> [26409] "fa.em" #> [26410] "fa.pc" #> [26411] "factor.analysis" #> [26412] "gen.sim.data" #> [26413] "gender.sm" #> [26414] "wrapper" #> [26415] "catenary" #> [26416] "catenary-class" #> [26417] "ctesiphon" #> [26418] "fittedCatenary" #> [26419] "fittedCatenary-class" #> [26420] "minmax" #> [26421] "vertex" #> [26422] "inverse.transform" #> [26423] "LabelEncoder-class" #> [26424] "LabelEncoder.Character-class" #> [26425] "LabelEncoder.Factor-class" #> [26426] "LabelEncoder.fit" #> [26427] "LabelEncoder.Numeric-class" #> [26428] "OneHotEncoder-class" #> [26429] "OneHotEncoder.fit" #> [26430] "MDRforward-package" #> [26431] "data2" #> [26432] "MDR.high.forward" #> [26433] "MDR.sing.mod" #> [26434] "MDR.stage.forward" #> [26435] "sing.mod" #> [26436] "catIrt-package" #> [26437] "catIrt" #> [26438] "FI" #> [26439] "itChoose" #> [26440] "KL" #> [26441] "mleEst" #> [26442] "simIrt" #> [26443] "CATkit-package" #> [26444] "CatCall" #> [26445] "CATCosinor" #> [26446] "CATparam" #> [26447] "CATpmc" #> [26448] "catlearn-package" #> [26449] "act2probrat" #> [26450] "homa76" #> [26451] "krus96" #> [26452] "krus96exit" #> [26453] "krus96train" #> [26454] "nosof88" #> [26455] "nosof88exalcove" #> [26456] "nosof88exalcove_opt" #> [26457] "nosof88oat" #> [26458] "nosof88protoalcove" #> [26459] "nosof88protoalcove_opt" #> [26460] "nosof88train" #> [26461] "nosof94" #> [26462] "nosof94bnalcove" #> [26463] "nosof94exalcove" #> [26464] "nosof94exalcove_opt" #> [26465] "nosof94oat" #> [26466] "nosof94plot" #> [26467] "nosof94sustain" #> [26468] "nosof94train" #> [26469] "shin92" #> [26470] "shin92exalcove" #> [26471] "shin92exalcove_opt" #> [26472] "shin92oat" #> [26473] "shin92protoalcove" #> [26474] "shin92protoalcove_opt" #> [26475] "shin92train" #> [26476] "slpALCOVE" #> [26477] "slpBM" #> [26478] "slpCOVIS" #> [26479] "slpDIVA" #> [26480] "slpEXIT" #> [26481] "slpMBMF" #> [26482] "slpRW" #> [26483] "slpSUSTAIN" #> [26484] "ssecl" #> [26485] "stsimGCM" #> [26486] "thegrid" #> [26487] "catmap" #> [26488] "catmap.cumulative" #> [26489] "catmap.forest" #> [26490] "catmap.funnel" #> [26491] "catmap.sense" #> [26492] "catmapdata" #> [26493] "makeForest" #> [26494] "catnet-package" #> [26495] "catNetwork-class" #> [26496] "catNetworkDistance-class" #> [26497] "catNetworkEvaluate-class" #> [26498] "cnCatnetFromEdges" #> [26499] "cnCatnetFromSif" #> [26500] "cnCluster-method" #> [26501] "cnCompare-method" #> [26502] "cnComplexity-method" #> [26503] "cnDiscretize" #> [26504] "cnDot-method" #> [26505] "cnEdges-method" #> [26506] "cnEntropy" #> [26507] "cnFind-method" #> [26508] "cnFindAIC-method" #> [26509] "cnFindBIC-method" #> [26510] "cnLoglik-method" #> [26511] "cnMatEdges-method" #> [26512] "cnMatParents-method" #> [26513] "cnNew" #> [26514] "cnNodeLoglik" #> [26515] "cnNodeMarginalProb-method" #> [26516] "cnNodes-method" #> [26517] "cnNodeSampleLoglik" #> [26518] "cnNumNodes-method" #> [26519] "cnOrder-method" #> [26520] "cnParents-method" #> [26521] "cnParHist-method" #> [26522] "cnPearsonTest-method" #> [26523] "cnPlot-method" #> [26524] "cnPredict-method" #> [26525] "cnProb-method" #> [26526] "cnRandomCatnet" #> [26527] "cnReorderNodes-method" #> [26528] "cnSamples-method" #> [26529] "cnSearchHist" #> [26530] "cnSearchOrder" #> [26531] "cnSearchSA" #> [26532] "cnSetProb-method" #> [26533] "cnSetSeed" #> [26534] "cnSubNetwork-method" #> [26535] "CPDAG-class" #> [26536] "dag2cpdag-method" #> [26537] "isDAG" #> [26538] "novartis" #> [26539] "caTools-package" #> [26540] "base64encode" #> [26541] "base64decode" #> [26542] "colAUC" #> [26543] "combs" #> [26544] "LogitBoost" #> [26545] "predict.LogitBoost" #> [26546] "read.ENVI" #> [26547] "write.ENVI" #> [26548] "read.gif" #> [26549] "write.gif" #> [26550] "runmad" #> [26551] "runmean" #> [26552] "runmin" #> [26553] "runmax" #> [26554] "runquantile" #> [26555] "runsd" #> [26556] "sample.split" #> [26557] "sumexact," #> [26558] "cumsumexact" #> [26559] "trapz" #> [26560] "CatPredi-package" #> [26561] "catpredi" #> [26562] "catpredi.survival" #> [26563] "comp.cutpoints" #> [26564] "comp.cutpoints.survival" #> [26565] "controlcatpredi" #> [26566] "controlcatpredi.survival" #> [26567] "plot.catpredi" #> [26568] "plot.catpredi.survival" #> [26569] "summary.catpredi" #> [26570] "summary.catpredi.survival" #> [26571] "aStratified" #> [26572] "breakBank" #> [26573] "cat_pav" #> [26574] "checkStopRule" #> [26575] "eapEst" #> [26576] "eapSem" #> [26577] "EPV" #> [26578] "fullDist" #> [26579] "GDI" #> [26580] "genDichoMatrix" #> [26581] "genPattern" #> [26582] "genPolyMatrix" #> [26583] "Ii" #> [26584] "integrate.catR" #> [26585] "Ji" #> [26586] "MEI" #> [26587] "nextItem" #> [26588] "OIi" #> [26589] "randomCAT" #> [26590] "semTheta" #> [26591] "simulateRespondents" #> [26592] "startItems" #> [26593] "tcals" #> [26594] "test.cbList" #> [26595] "testList" #> [26596] "thetaEst" #> [26597] "catseyes" #> [26598] "catseyesplot" #> [26599] "ctab" #> [26600] "mclgen" #> [26601] "sqtab" #> [26602] "Cat-class" #> [26603] "checkStopRules" #> [26604] "d1LL" #> [26605] "d2LL" #> [26606] "estimateSE" #> [26607] "estimateTheta" #> [26608] "estimateThetas" #> [26609] "expectedKL" #> [26610] "expectedObsInf" #> [26611] "expectedPV" #> [26612] "fisherInf" #> [26613] "fisherTestInfo" #> [26614] "gpcmCat" #> [26615] "gpcm_cat" #> [26616] "grmCat" #> [26617] "grm_cat" #> [26618] "likelihoodKL" #> [26619] "lookAhead" #> [26620] "ltmCat" #> [26621] "ltm_cat" #> [26622] "makeTree" #> [26623] "nfc" #> [26624] "npi" #> [26625] "obsInf" #> [26626] "polknowMT" #> [26627] "polknowTAPS" #> [26628] "posteriorKL" #> [26629] "probability" #> [26630] "selectItem" #> [26631] "setters" #> [26632] "simulateThetas" #> [26633] "storeAnswer" #> [26634] "tpmCat" #> [26635] "tpm_cat" #> [26636] "CATT" #> [26637] "catt_asy" #> [26638] "catt_exact" #> [26639] "cattonum" #> [26640] "catto_dummy" #> [26641] "catto_freq" #> [26642] "catto_label" #> [26643] "catto_loo" #> [26644] "catto_mean" #> [26645] "catto_median" #> [26646] "catto_onehot" #> [26647] "add_spl_est" #> [26648] "aipwee_est" #> [26649] "bart_est" #> [26650] "gam_est" #> [26651] "get_ci" #> [26652] "hi_est" #> [26653] "hi_sim_data" #> [26654] "iptw_est" #> [26655] "ismw_est" #> [26656] "iw_est" #> [26657] "nmes_data" #> [26658] "nw_est" #> [26659] "overlap_fun" #> [26660] "prop_spline_est" #> [26661] "reg_est" #> [26662] "scalar_wts" #> [26663] "sim_data" #> [26664] "t_mod" #> [26665] "wtrg_est" #> [26666] "causaleffect-package" #> [26667] "aux.effect" #> [26668] "causal.effect" #> [26669] "generalize" #> [26670] "get.expression" #> [26671] "meta.transport" #> [26672] "parse.graphml" #> [26673] "recover" #> [26674] "surrogate.outcome" #> [26675] "transport" #> [26676] "verma.constraints" #> [26677] "bindagCausalEffectBackdoor" #> [26678] "cfx" #> [26679] "covsearch" #> [26680] "iv" #> [26681] "print.cfx" #> [26682] "print.summary.covsearch" #> [26683] "print.summary.iv" #> [26684] "print.summary.wpp" #> [26685] "simulateWitnessModel" #> [26686] "summary.covsearch" #> [26687] "summary.iv" #> [26688] "summary.wpp" #> [26689] "synthetizeCausalEffect" #> [26690] "wpp" #> [26691] "balance.IPW" #> [26692] "estimate.ATE" #> [26693] "as.CausalImpact" #> [26694] "CausalImpact" #> [26695] "CausalImpactMethods" #> [26696] "CausalKinetiX" #> [26697] "CausalKinetiX.modelranking" #> [26698] "constrained.smoothspline" #> [26699] "generate.data.hidden" #> [26700] "generate.data.maillard" #> [26701] "generate.data.targetmodel" #> [26702] "ode.solver" #> [26703] "get_directed_graph" #> [26704] "loadSampleData" #> [26705] "mgm" #> [26706] "mgm.cpc" #> [26707] "mgm.pc_stable" #> [26708] "mgm_init" #> [26709] "randnum" #> [26710] "causalsens" #> [26711] "lalonde.exp" #> [26712] "lalonde.psid" #> [26713] "plot.causalsens" #> [26714] "lateweight" #> [26715] "medlateweight" #> [26716] "medweight" #> [26717] "medweightcont" #> [26718] "treatweight" #> [26719] "Causata-package" #> [26720] "BinaryCut" #> [26721] "BinaryPredictor" #> [26722] "CausataConfig" #> [26723] "CausataData" #> [26724] "CausataToRNames" #> [26725] "CausataVariable" #> [26726] "CleanNaFromContinuous" #> [26727] "CleanNaFromContinuous.CausataData" #> [26728] "CleanNaFromFactor" #> [26729] "CleanNaFromFactor.CausataData" #> [26730] "Config.CreatePrimaryVariable" #> [26731] "Config.DeleteVariable" #> [26732] "Connect" #> [26733] "df.causata" #> [26734] "Discretize.CausataData" #> [26735] "FocalPointQuery" #> [26736] "GetStratifiedSample" #> [26737] "GetTransforms" #> [26738] "GetVariable.CausataData" #> [26739] "GrepLoop" #> [26740] "LoadCausataConfig" #> [26741] "MergeLevels" #> [26742] "MergeLevels.CausataData" #> [26743] "ModelDefinition" #> [26744] "predict.GlmnetModelDefinition" #> [26745] "PredictivePower" #> [26746] "Query" #> [26747] "ReadCausataCsv" #> [26748] "ReadCausataR" #> [26749] "ReplaceOutliers" #> [26750] "ReplaceOutliers.CausataData" #> [26751] "RToCausataNames" #> [26752] "SampleStratified" #> [26753] "ShortenStrings" #> [26754] "ToPmml" #> [26755] "UploadModel" #> [26756] "VariableDefinition" #> [26757] "Vinclude" #> [26758] "Where" #> [26759] "Woe" #> [26760] "angle" #> [26761] "asbestos" #> [26762] "cabasic" #> [26763] "caellipse" #> [26764] "caellipseprint" #> [26765] "caplot3d" #> [26766] "CAvariants" #> [26767] "compsonetable.exe" #> [26768] "compstable.exe" #> [26769] "docabasic" #> [26770] "donscabasic" #> [26771] "nscabasic" #> [26772] "nscaellipse" #> [26773] "nscaellipseprint" #> [26774] "plot.CAvariants" #> [26775] "print.CAvariants" #> [26776] "printwithaxes" #> [26777] "shopdataM" #> [26778] "socabasic" #> [26779] "sonscabasic" #> [26780] "summary.CAvariants" #> [26781] "trendplot" #> [26782] "calc_mappability" #> [26783] "Evers_CRISPRn_RT112" #> [26784] "fit_ab" #> [26785] "get_CPM" #> [26786] "join_count_and_design" #> [26787] "measure_gene_stats" #> [26788] "plot_corr_heatmap" #> [26789] "plot_count_distribution" #> [26790] "plot_dotplot" #> [26791] "plot_PCA" #> [26792] "run_estimation" #> [26793] "run_sgrna_quant" #> [26794] "Sanson_CRISPRn_A375" #> [26795] "ccfkms" #> [26796] "circleplot.dist" #> [26797] "clmplot" #> [26798] "cluster.dist" #> [26799] "coding" #> [26800] "cut.ordered" #> [26801] "fitted.proximus" #> [26802] "gknn" #> [26803] "lminter" #> [26804] "lmplot" #> [26805] "order" #> [26806] "order.greedy" #> [26807] "order.length" #> [26808] "order.optimal" #> [26809] "plot.sdists.graph" #> [26810] "predict.ccfkms" #> [26811] "predict.rock" #> [26812] "proximus" #> [26813] "rlbmat" #> [26814] "rockCluster" #> [26815] "sdists" #> [26816] "sdists.center" #> [26817] "sdists.center.align" #> [26818] "sdists.trace" #> [26819] "stress" #> [26820] "summary.proximus" #> [26821] "townships" #> [26822] "Votes" #> [26823] "nvdescstat" #> [26824] "subbytype" #> [26825] "bsts_model" #> [26826] "bsts_spec_static" #> [26827] "cbar" #> [26828] "destandardized" #> [26829] "plot_error" #> [26830] "plot_error_" #> [26831] "plot_incprob" #> [26832] "plot_incprob_" #> [26833] "plot_ts_" #> [26834] "point_prediction" #> [26835] "posterior_mean" #> [26836] "print.cbar" #> [26837] "response_trajectory" #> [26838] "standardized" #> [26839] "summarise_anomaly" #> [26840] "summarise_incprob" #> [26841] "summarise_pred_error" #> [26842] "summarise_session" #> [26843] "CBCgrps2.0-package" #> [26844] "df" #> [26845] "multigrps" #> [26846] "twogrps" #> [26847] "CBDA" #> [26848] "CBDA.pipeline" #> [26849] "CBDA.training" #> [26850] "CBDA_CleanUp" #> [26851] "CBDA_Consolidation" #> [26852] "CBDA_Consolidation.pipeline" #> [26853] "CBDA_initialization" #> [26854] "CBDA_spectrum_plots" #> [26855] "CBDA_Stopping_Criteria" #> [26856] "CBDA_Stopping_Criteria.pipeline" #> [26857] "CBDA_Top_Ranked" #> [26858] "CBDA_Validation" #> [26859] "CBDA_Validation.pipeline" #> [26860] "cbinom-package" #> [26861] "cbinom" #> [26862] "cbird" #> [26863] "EstScore" #> [26864] "balance.CBPS" #> [26865] "balance.CBPSContinuous" #> [26866] "balance.npCBPS" #> [26867] "Blackwell" #> [26868] "CBIV" #> [26869] "CBMSM" #> [26870] "CBMSM.fit" #> [26871] "CBPS" #> [26872] "CBPS.fit" #> [26873] "hdCBPS" #> [26874] "LaLonde" #> [26875] "npCBPS" #> [26876] "npCBPS.fit" #> [26877] "plot.CBMSM" #> [26878] "plot.CBPS" #> [26879] "plot.CBPSContinuous" #> [26880] "plot.npCBPS" #> [26881] "print.CBPS" #> [26882] "summary.CBPS" #> [26883] "vcov.CBPS" #> [26884] "vcov_outcome" #> [26885] "vcov_outcome.CBPSContinuous" #> [26886] "averageR2w" #> [26887] "boottestgscm" #> [26888] "checkw" #> [26889] "clustergscairls" #> [26890] "FlDeriv" #> [26891] "Fleishman" #> [26892] "FleishmanIC" #> [26893] "gscals" #> [26894] "gscalsout" #> [26895] "gscalsresid" #> [26896] "gscmcov" #> [26897] "gscmcovff" #> [26898] "gscmcovfr" #> [26899] "gscmcovout" #> [26900] "gscmcovrr" #> [26901] "mobi250" #> [26902] "NewtonFl" #> [26903] "plspath" #> [26904] "poloecfree" #> [26905] "rValeMaurelli" #> [26906] "simplemodel" #> [26907] "SolveCorr" #> [26908] "subcheckw" #> [26909] "twoclm" #> [26910] "VMTargetCorr" #> [26911] "cache_clear" #> [26912] "cbs_add_date_column" #> [26913] "cbs_add_label_columns" #> [26914] "cbs_default_selection" #> [26915] "cbs_download_data" #> [26916] "cbs_download_meta" #> [26917] "cbs_download_table" #> [26918] "cbs_extract_table_id" #> [26919] "cbs_get_data" #> [26920] "cbs_get_data_from_link" #> [26921] "cbs_get_meta" #> [26922] "cbs_get_meta_from_dir" #> [26923] "cbs_get_tables_themes" #> [26924] "cbs_get_themes" #> [26925] "cbs_get_toc" #> [26926] "download_data-deprecated" #> [26927] "download_meta-deprecated" #> [26928] "download_table" #> [26929] "get_data" #> [26930] "get_meta" #> [26931] "get_meta_from_dir" #> [26932] "get_tables_themes" #> [26933] "get_table_list" #> [26934] "get_themes" #> [26935] "resolve_deeplink" #> [26936] "CBT" #> [26937] "CCA-package" #> [26938] "cc" #> [26939] "comput" #> [26940] "estim.regul" #> [26941] "img.estim.regul" #> [26942] "img.matcor" #> [26943] "loo" #> [26944] "matcor" #> [26945] "nutrimouse" #> [26946] "plt.cc" #> [26947] "plt.indiv" #> [26948] "plt.var" #> [26949] "rcc" #> [26950] "ccafs-package" #> [26951] "ccafs-search" #> [26952] "cc_cache" #> [26953] "cc_data_fetch" #> [26954] "cc_data_read" #> [26955] "cc_list_keys" #> [26956] "cc_search" #> [26957] "CCAGFA-package" #> [26958] "CCAcorr" #> [26959] "getDefaultOpts" #> [26960] "GFA" #> [26961] "GFApred" #> [26962] "GFAsample" #> [26963] "GFAtrim" #> [26964] "ccaPP-package" #> [26965] "ccaGrid" #> [26966] "ccaProj" #> [26967] "corFunctions" #> [26968] "fastMAD" #> [26969] "fastMedian" #> [26970] "maxCorGrid" #> [26971] "maxCorProj" #> [26972] "cccd" #> [26973] "ccd" #> [26974] "gg" #> [26975] "juggling" #> [26976] "nng" #> [26977] "rng" #> [26978] "ccChooser-package" #> [26979] "allocc" #> [26980] "dactylis_CC" #> [26981] "dactylis_EC" #> [26982] "evalucc" #> [26983] "randomcc" #> [26984] "stratcc" #> [26985] "cccp" #> [26986] "CPD-class" #> [26987] "CPG" #> [26988] "cps" #> [26989] "ctrl" #> [26990] "dcp" #> [26991] "dlp" #> [26992] "dnl" #> [26993] "dqp" #> [26994] "getFoo" #> [26995] "l1" #> [26996] "nlfc" #> [26997] "nnoc" #> [26998] "psdc" #> [26999] "Rcpp_CONEC-class" #> [27000] "Rcpp_CPS-class" #> [27001] "Rcpp_CTRL-class" #> [27002] "Rcpp_DCP-class" #> [27003] "Rcpp_DLP-class" #> [27004] "Rcpp_DNL-class" #> [27005] "Rcpp_DQP-class" #> [27006] "Rcpp_PDV-class" #> [27007] "rp" #> [27008] "socc" #> [27009] "bdaw" #> [27010] "bfat" #> [27011] "bpres" #> [27012] "ccclon" #> [27013] "ccclonw" #> [27014] "cccUst" #> [27015] "cccvc" #> [27016] "ccda.main" #> [27017] "percentage" #> [27018] "plotccda.cluster" #> [27019] "plotccda.q95" #> [27020] "plotccda.results" #> [27021] "ccdr.run" #> [27022] "ccdrAlgorithm" #> [27023] "generate_mvn_data" #> [27024] "cfa" #> [27025] "CFA.OBJ" #> [27026] "cfa2" #> [27027] "CFASE" #> [27028] "Diff.lige" #> [27029] "E." #> [27030] "getCoef.CFA" #> [27031] "getRes.CFA" #> [27032] "getResDiff.CFA" #> [27033] "ggplot2.CFA" #> [27034] "igm" #> [27035] "lige" #> [27036] "LLIGE" #> [27037] "localIGE" #> [27038] "Plot_ALIGE" #> [27039] "pov" #> [27040] "rich" #> [27041] "sdF" #> [27042] "summary_LLIGE" #> [27043] "summary_localIGE" #> [27044] "test.CFA" #> [27045] "test.lige" #> [27046] "Var" #> [27047] "cchs" #> [27048] "cchsData" #> [27049] "cclust" #> [27050] "clustIndex" #> [27051] "predict.cclust" #> [27052] "CCM-package" #> [27053] "cor.by.class" #> [27054] "create.CCM" #> [27055] "data.expr" #> [27056] "data.gender" #> [27057] "plot.CCM" #> [27058] "predict.CCM" #> [27059] "ccmm-package" #> [27060] "ccmm" #> [27061] "ccmm.sa" #> [27062] "ccmm.sensitivity" #> [27063] "ccmm_test_data" #> [27064] "tide.ci.zero.rho" #> [27065] "CCP-package" #> [27066] "CCP-internal" #> [27067] "p.asym" #> [27068] "p.perm" #> [27069] "plt.asym" #> [27070] "plt.perm" #> [27071] "CCpop-package" #> [27072] "marginal.assoc.test.unconstrained.chisq" #> [27073] "pairwise.assoc.test.unconstrained.chisq" #> [27074] "bootstrap_diff" #> [27075] "ccRemover" #> [27076] "gene_indexer" #> [27077] "get_diff" #> [27078] "hello" #> [27079] "HScc_genes" #> [27080] "MMcc_genes" #> [27081] "t.cell_data" #> [27082] "ccrs-package" #> [27083] "ccrs" #> [27084] "convert.X2F" #> [27085] "correct.rs" #> [27086] "create.ccrsdata" #> [27087] "generate.rsdata" #> [27088] "plot.crs" #> [27089] "transformRSdata" #> [27090] "cctools-package" #> [27091] "cckde" #> [27092] "cont_conv" #> [27093] "dusb" #> [27094] "expand_as_numeric" #> [27095] "expand_names" #> [27096] "expand_vec" #> [27097] "CCTpack-package" #> [27098] "cct-class" #> [27099] "cctapply" #> [27100] "cctcat" #> [27101] "cctexport" #> [27102] "cctfac" #> [27103] "cctgui" #> [27104] "cctitem" #> [27105] "cctitemhdi" #> [27106] "cctmemb" #> [27107] "cctmvest" #> [27108] "cctppc" #> [27109] "cctresults" #> [27110] "cctscree" #> [27111] "cctsubj" #> [27112] "cctsubjhdi" #> [27113] "continuousdata.csv" #> [27114] "dtraceplot" #> [27115] "hotcold.csv" #> [27116] "raterdata.csv" #> [27117] "screeplot-methods" #> [27118] "testdat.csv" #> [27119] "blocks_to_rowrecs" #> [27120] "blocks_to_rowrecs_spec" #> [27121] "build_pivot_control" #> [27122] "build_unpivot_control" #> [27123] "cdata" #> [27124] "convert_records" #> [27125] "layout_by" #> [27126] "layout_by.blocks_to_rowrecs_spec" #> [27127] "layout_by.cdata_general_transform_spec" #> [27128] "layout_by.rowrecs_to_blocks_spec" #> [27129] "layout_specification" #> [27130] "map_fields" #> [27131] "map_fields_q" #> [27132] "pivot_to_rowrecs" #> [27133] "rowrecs_to_blocks" #> [27134] "rowrecs_to_blocks_spec" #> [27135] "run_cdata_tests" #> [27136] "unpivot_to_blocks" #> [27137] "%//%" #> [27138] "%**%" #> [27139] "cdb-package" #> [27140] "read.cdb" #> [27141] "write.cdb" #> [27142] "age_group_distribution" #> [27143] "cdcfluview" #> [27144] "cdc_basemap" #> [27145] "census_regions" #> [27146] "geographic_spread" #> [27147] "get_flu_data" #> [27148] "get_hosp_data" #> [27149] "get_state_data" #> [27150] "get_weekly_flu_report" #> [27151] "hhs_regions" #> [27152] "hospitalizations" #> [27153] "ilinet" #> [27154] "ili_weekly_activity_indicators" #> [27155] "mmwrid_map" #> [27156] "mmwr_week" #> [27157] "mmwr_weekday" #> [27158] "mmwr_week_to_date" #> [27159] "pi_mortality" #> [27160] "state_data_providers" #> [27161] "surveillance_areas" #> [27162] "who_nrevss" #> [27163] "cdcsis-package" #> [27164] "cdcov" #> [27165] "cdcov.test" #> [27166] "cdcsis" #> [27167] "cdfquantreg-package" #> [27168] "Ambdata" #> [27169] "anova.cdfqr" #> [27170] "AnxStrData" #> [27171] "bugsLikelihood" #> [27172] "bugsModel" #> [27173] "cdfqr.control" #> [27174] "cdfqrFamily" #> [27175] "cdfquantreg" #> [27176] "cdfquantregC" #> [27177] "cdfquantregH" #> [27178] "ExtEvent" #> [27179] "influence.cdfqr" #> [27180] "IPCC" #> [27181] "IPCCAUS" #> [27182] "IPCC_Wide" #> [27183] "JurorData" #> [27184] "plot.cdfqr" #> [27185] "pq" #> [27186] "predict.cdfqr" #> [27187] "qrBoot" #> [27188] "qrGrad" #> [27189] "qrLogLik" #> [27190] "qrLogLikFun" #> [27191] "qrPwlm" #> [27192] "qrStart" #> [27193] "residuals.cdfqr" #> [27194] "scaleTR" #> [27195] "summary.cdfqr" #> [27196] "summary.cdfqrH" #> [27197] "CDFt" #> [27198] "CramerVonMisesTwoSamples" #> [27199] "KolmogorovSmirnov" #> [27200] "CDLasso-package" #> [27201] "cv.l1.reg" #> [27202] "cv.l2.reg" #> [27203] "cv.logit.reg" #> [27204] "l1.reg" #> [27205] "l2.reg" #> [27206] "logit.reg" #> [27207] "plot.cv.l1.reg" #> [27208] "plot.cv.l2.reg" #> [27209] "plot.cv.logit.reg" #> [27210] "print.cv.l1.reg" #> [27211] "print.cv.l2.reg" #> [27212] "print.cv.logit.reg" #> [27213] "print.l1.reg" #> [27214] "print.l2.reg" #> [27215] "print.logit.reg" #> [27216] "summary.l1.reg" #> [27217] "summary.l2.reg" #> [27218] "summary.logit.reg" #> [27219] "census2010FIPS" #> [27220] "createComparableCDL" #> [27221] "cultivated" #> [27222] "durumWheat" #> [27223] "fips" #> [27224] "getCDL" #> [27225] "matchCount" #> [27226] "nothing" #> [27227] "pasture" #> [27228] "projCDL" #> [27229] "soybeans" #> [27230] "springWheat" #> [27231] "stateNames" #> [27232] "updateNamesCDL" #> [27233] "varNamesCDL" #> [27234] "winterWheat" #> [27235] "2019-03-18" #> [27236] "18:33:23" #> [27237] "CDM-package" #> [27238] "anova" #> [27239] "cdi.kli" #> [27240] "CDM-utilities" #> [27241] "cdm.est.class.accuracy" #> [27242] "Data-sim" #> [27243] "data.cdm" #> [27244] "data.dcm" #> [27245] "data.dtmr" #> [27246] "data.ecpe" #> [27247] "data.fraction" #> [27248] "data.hr" #> [27249] "data.jang" #> [27250] "data.melab" #> [27251] "data.mg" #> [27252] "data.pgdina" #> [27253] "data.pisa00R" #> [27254] "data.sda6" #> [27255] "data.Students" #> [27256] "data.timss03.G8.su" #> [27257] "data.timss07.G4.lee" #> [27258] "data.timss11.G4.AUT" #> [27259] "din" #> [27260] "din.deterministic" #> [27261] "din.equivalent.class" #> [27262] "din.validate.qmatrix" #> [27263] "din_identifiability" #> [27264] "discrim.index" #> [27265] "entropy.lca" #> [27266] "equivalent.dina" #> [27267] "eval_likelihood" #> [27268] "fraction.subtraction.data" #> [27269] "fraction.subtraction.qmatrix" #> [27270] "gdd" #> [27271] "gdina" #> [27272] "gdina.dif" #> [27273] "gdina.wald" #> [27274] "ideal.response.pattern" #> [27275] "IRT.anova" #> [27276] "IRT.classify" #> [27277] "IRT.compareModels" #> [27278] "IRT.data" #> [27279] "IRT.expectedCounts" #> [27280] "IRT.factor.scores" #> [27281] "IRT.frequencies" #> [27282] "IRT.IC" #> [27283] "IRT.irfprob" #> [27284] "IRT.irfprobPlot" #> [27285] "IRT.itemfit" #> [27286] "IRT.jackknife" #> [27287] "IRT.likelihood" #> [27288] "IRT.marginal_posterior" #> [27289] "IRT.modelfit" #> [27290] "IRT.parameterTable" #> [27291] "IRT.repDesign" #> [27292] "IRT.RMSD" #> [27293] "itemfit.rmsea" #> [27294] "itemfit.sx2" #> [27295] "item_by_group" #> [27296] "mcdina" #> [27297] "modelfit.cor" #> [27298] "numerical_Hessian" #> [27299] "osink" #> [27300] "personfit.appropriateness" #> [27301] "plot.din" #> [27302] "plot_item_mastery" #> [27303] "print.summary.din" #> [27304] "reglca" #> [27305] "sequential.items" #> [27306] "sim.din" #> [27307] "sim.gdina" #> [27308] "sim_model" #> [27309] "skill.cor" #> [27310] "skillspace.approximation" #> [27311] "skillspace.hierarchy" #> [27312] "slca" #> [27313] "summary.din" #> [27314] "summary_sink" #> [27315] "WaldTest" #> [27316] "CanadianCreditData" #> [27317] "CanadianMoneyData" #> [27318] "cdom_fit_exponential" #> [27319] "cdom_slope_ratio" #> [27320] "cdom_spectral_curve" #> [27321] "spectra" #> [27322] "cdparcoord" #> [27323] "clsTupleFreqs" #> [27324] "hrdata" #> [27325] "makeFactor" #> [27326] "quickstart" #> [27327] "reOrder" #> [27328] "showCounts" #> [27329] "smallexample" #> [27330] "CDROM" #> [27331] "cds-package" #> [27332] "addbounds" #> [27333] "approxloads" #> [27334] "calc.wt.bubbles" #> [27335] "cds" #> [27336] "cds.sim" #> [27337] "clean.scales" #> [27338] "cl_class_ids.cds" #> [27339] "create.ind" #> [27340] "create.rs" #> [27341] "createcdsdata" #> [27342] "datsim" #> [27343] "G.start" #> [27344] "gen.cop" #> [27345] "genPCA" #> [27346] "group.ALS" #> [27347] "indmat" #> [27348] "ispline" #> [27349] "Lfun" #> [27350] "Lfun.G.upd" #> [27351] "orthprocr" #> [27352] "plot.cds" #> [27353] "plot.cdslist" #> [27354] "print.cds" #> [27355] "print.cdsdata" #> [27356] "rcormat" #> [27357] "rcovmat" #> [27358] "sensory" #> [27359] "sensory.aux" #> [27360] "simpca" #> [27361] "trQnorm" #> [27362] "trRnorm" #> [27363] "updateG" #> [27364] "CDVine-package" #> [27365] "BiCopCDF" #> [27366] "BiCopChiPlot" #> [27367] "BiCopEst" #> [27368] "BiCopGofKendall" #> [27369] "BiCopHfunc" #> [27370] "BiCopIndTest" #> [27371] "BiCopKPlot" #> [27372] "BiCopLambda" #> [27373] "BiCopMetaContour" #> [27374] "BiCopName" #> [27375] "BiCopPar2TailDep" #> [27376] "BiCopPar2Tau" #> [27377] "BiCopPDF" #> [27378] "BiCopSelect" #> [27379] "BiCopSim" #> [27380] "BiCopTau2Par" #> [27381] "BiCopVuongClarke" #> [27382] "CDVineAIC-BIC" #> [27383] "CDVineClarkeTest" #> [27384] "CDVineCopSelect" #> [27385] "CDVineLogLik" #> [27386] "CDVineMLE" #> [27387] "CDVinePar2Tau" #> [27388] "CDVineSeqEst" #> [27389] "CDVineSim" #> [27390] "CDVineTreePlot" #> [27391] "CDVineVuongTest" #> [27392] "worldindices" #> [27393] "CDVineCondFit" #> [27394] "CDVineCondListMatrices" #> [27395] "CDVineCondRank" #> [27396] "CDVineCondSim" #> [27397] "dataset" #> [27398] "overplot" #> [27399] "change_current_prob_to_cycle_prob" #> [27400] "check_variables_compatibility" #> [27401] "cond_prob_calc" #> [27402] "cond_prob_calc_1" #> [27403] "cond_prob_calc_2" #> [27404] "covert_discount_rate" #> [27405] "extract_by_age" #> [27406] "extract_prob" #> [27407] "f1_sum" #> [27408] "fill_trans_matrix_val" #> [27409] "final_res" #> [27410] "main_sd_function" #> [27411] "prepare_trans_matrix" #> [27412] "sample_data" #> [27413] "SD_main_func" #> [27414] "sd_sim_function" #> [27415] "sim_function" #> [27416] "CEC-package" #> [27417] "ball" #> [27418] "cec" #> [27419] "fourGaussians" #> [27420] "init.centers" #> [27421] "mixShapes" #> [27422] "mouseset" #> [27423] "plot.cec" #> [27424] "print.cec" #> [27425] "run.cec.tests" #> [27426] "threeGaussians" #> [27427] "Tset" #> [27428] "cec2005benchmark" #> [27429] "cec2005benchmark1" #> [27430] "cec2005benchmark10" #> [27431] "cec2005benchmark11" #> [27432] "cec2005benchmark12" #> [27433] "cec2005benchmark13" #> [27434] "cec2005benchmark14" #> [27435] "cec2005benchmark15" #> [27436] "cec2005benchmark16" #> [27437] "cec2005benchmark17" #> [27438] "cec2005benchmark18" #> [27439] "cec2005benchmark19" #> [27440] "cec2005benchmark2" #> [27441] "cec2005benchmark20" #> [27442] "cec2005benchmark21" #> [27443] "cec2005benchmark22" #> [27444] "cec2005benchmark23" #> [27445] "cec2005benchmark24" #> [27446] "cec2005benchmark25" #> [27447] "cec2005benchmark3" #> [27448] "cec2005benchmark4" #> [27449] "cec2005benchmark5" #> [27450] "cec2005benchmark6" #> [27451] "cec2005benchmark7" #> [27452] "cec2005benchmark8" #> [27453] "cec2005benchmark9" #> [27454] "cec2013" #> [27455] "'distribution_of_probability.R'" #> [27456] "'heuristic_model_search_algorithm.R'" #> [27457] "'multinomial_distribution.R'" #> [27458] "'posterior_distribution.R'" #> [27459] "'stratified_event_tree.R'" #> [27460] "'stratified_ceg_model.R'" #> [27461] "Rodrigo" #> [27462] "Collazo" #> [27463] "Pier" #> [27464] "Taranti" #> [27465] "2017-11-27" #> [27466] "12:44:01" #> [27467] "ceg-package" #> [27468] "AlphaEdgeInternal" #> [27469] "artificial.chds" #> [27470] "Category" #> [27471] "Category-class" #> [27472] "Ceg.model-class" #> [27473] "CegGraphSimple" #> [27474] "CheckAndCleanData" #> [27475] "ContingencyTable" #> [27476] "ContingencyTableVariable" #> [27477] "Dinamic.programming-class" #> [27478] "Dirchlet.distribution-class" #> [27479] "Dirchlet.MPNL.distribution-class" #> [27480] "Distribution.of.probability-class" #> [27481] "EdgeLabel" #> [27482] "EdgeList" #> [27483] "EdgeSituation" #> [27484] "Event.tree-class" #> [27485] "Exhaustive.model.search.algorithm-class" #> [27486] "Heuristic.model.search.algorithm-class" #> [27487] "KeepLexOrder" #> [27488] "LabelStage" #> [27489] "ListToVector" #> [27490] "MergeLabels" #> [27491] "Model.search.algorithm-class" #> [27492] "Multinomial.distribution-class" #> [27493] "NodeColor" #> [27494] "NodeLabel" #> [27495] "NodeSet" #> [27496] "OAHC" #> [27497] "OAHC-class" #> [27498] "PairwisePosition" #> [27499] "plot,Stratified.ceg.model,ANY-method" #> [27500] "plot,Stratified.event.tree,ANY-method" #> [27501] "plot,Stratified.staged.tree,ANY-method" #> [27502] "PositionLevel" #> [27503] "PositionStage" #> [27504] "PositionVector" #> [27505] "Posterior.distribution-class" #> [27506] "Prior.distribution-class" #> [27507] "PriorDistribution" #> [27508] "PriorVariable" #> [27509] "scm" #> [27510] "set.manual" #> [27511] "Staged.tree-class" #> [27512] "Stratified.ceg.model" #> [27513] "Stratified.ceg.model-class" #> [27514] "Stratified.event.tree" #> [27515] "Stratified.event.tree-class" #> [27516] "Stratified.staged.tree" #> [27517] "Stratified.staged.tree-class" #> [27518] "StratifiedCegPosition" #> [27519] "StratifiedEventTreeGraph" #> [27520] "TreeGraph" #> [27521] "TruncatedPath" #> [27522] "Variable" #> [27523] "Variable-class" #> [27524] "CEGO-package" #> [27525] "benchmarkGeneratorFSP" #> [27526] "benchmarkGeneratorMaxCut" #> [27527] "benchmarkGeneratorNKL" #> [27528] "benchmarkGeneratorQAP" #> [27529] "benchmarkGeneratorTSP" #> [27530] "benchmarkGeneratorWT" #> [27531] "correctionCNSD" #> [27532] "correctionDefinite" #> [27533] "correctionDistanceMatrix" #> [27534] "correctionKernelMatrix" #> [27535] "createSimulatedTestFunction" #> [27536] "distanceMatrix" #> [27537] "distanceNumericHamming" #> [27538] "distanceNumericLCStr" #> [27539] "distanceNumericLevenshtein" #> [27540] "distancePermutationAdjacency" #> [27541] "distancePermutationChebyshev" #> [27542] "distancePermutationCos" #> [27543] "distancePermutationEuclidean" #> [27544] "distancePermutationHamming" #> [27545] "distancePermutationInsert" #> [27546] "distancePermutationInterchange" #> [27547] "distancePermutationLCStr" #> [27548] "distancePermutationLee" #> [27549] "distancePermutationLevenshtein" #> [27550] "distancePermutationLex" #> [27551] "distancePermutationManhattan" #> [27552] "distancePermutationPosition" #> [27553] "distancePermutationPosition2" #> [27554] "distancePermutationR" #> [27555] "distancePermutationSwap" #> [27556] "distanceRealEuclidean" #> [27557] "distanceStringHamming" #> [27558] "distanceStringLCStr" #> [27559] "distanceStringLevenshtein" #> [27560] "distanceVector" #> [27561] "infillExpectedImprovement" #> [27562] "is.CNSD" #> [27563] "is.NSD" #> [27564] "is.PSD" #> [27565] "kernelMatrix" #> [27566] "landscapeGeneratorGaussian" #> [27567] "landscapeGeneratorMUL" #> [27568] "landscapeGeneratorUNI" #> [27569] "lexicographicPermutationOrderNumber" #> [27570] "modelKriging" #> [27571] "modelLinear" #> [27572] "modelRBFN" #> [27573] "mutationBinaryBitFlip" #> [27574] "mutationBinaryBlockInversion" #> [27575] "mutationBinaryCycle" #> [27576] "mutationBinarySingleBitFlip" #> [27577] "mutationPermutationInsert" #> [27578] "mutationPermutationInterchange" #> [27579] "mutationPermutationReversal" #> [27580] "mutationPermutationSwap" #> [27581] "mutationSelfAdapt" #> [27582] "mutationStringRandomChange" #> [27583] "nearCNSD" #> [27584] "optim2Opt" #> [27585] "optimCEGO" #> [27586] "optimEA" #> [27587] "optimInterface" #> [27588] "optimMaxMinDist" #> [27589] "optimMIES" #> [27590] "optimRS" #> [27591] "predict.modelKriging" #> [27592] "predict.modelLinear" #> [27593] "predict.modelRBFN" #> [27594] "recombinationBinary1Point" #> [27595] "recombinationBinary2Point" #> [27596] "recombinationBinaryAnd" #> [27597] "recombinationBinaryUniform" #> [27598] "recombinationPermutationAlternatingPosition" #> [27599] "recombinationPermutationCycleCrossover" #> [27600] "recombinationPermutationOrderCrossover1" #> [27601] "recombinationPermutationPositionBased" #> [27602] "recombinationSelfAdapt" #> [27603] "recombinationStringSinglePointCrossover" #> [27604] "repairConditionsCorrelationMatrix" #> [27605] "repairConditionsDistanceMatrix" #> [27606] "simulate.modelKriging" #> [27607] "solutionFunctionGeneratorBinary" #> [27608] "solutionFunctionGeneratorPermutation" #> [27609] "solutionFunctionGeneratorString" #> [27610] "testFunctionGeneratorSim" #> [27611] "celestial-package" #> [27612] "car2sph" #> [27613] "cosdist" #> [27614] "cosgrow" #> [27615] "coshalo" #> [27616] "cosmap" #> [27617] "Cosmology" #> [27618] "Reference" #> [27619] "Sets" #> [27620] "cosNFW" #> [27621] "cosorb" #> [27622] "cosvar" #> [27623] "cosvol" #> [27624] "deg2dms" #> [27625] "deg2hms" #> [27626] "dms2deg" #> [27627] "getpixscale" #> [27628] "hms2deg" #> [27629] "IAUID" #> [27630] "Sky" #> [27631] "Coordinate" #> [27632] "Matching" #> [27633] "skyarea" #> [27634] "skyproj" #> [27635] "sph2car" #> [27636] "A1_to_R1C1" #> [27637] "addr_col" #> [27638] "addr_row" #> [27639] "anchored" #> [27640] "as.cell_addr" #> [27641] "as.range" #> [27642] "as.ra_ref" #> [27643] "cellranger" #> [27644] "cell_addr" #> [27645] "cell_cols" #> [27646] "cell_limits" #> [27647] "cell_rows" #> [27648] "guess_fo" #> [27649] "is_A1" #> [27650] "letter-num-conversion" #> [27651] "print.ra_ref" #> [27652] "R1C1_to_A1" #> [27653] "ra_ref" #> [27654] "to_string" #> [27655] "cellVolumeDist-package" #> [27656] "A10_vSMC_volume_data" #> [27657] "fitFun" #> [27658] "fitVolDist" #> [27659] "NIH3T3_volume_data" #> [27660] "volEq7" #> [27661] "cellMap" #> [27662] "checkDataSet" #> [27663] "DDC" #> [27664] "DDCpredict" #> [27665] "dog_walker" #> [27666] "dposs" #> [27667] "estLocScale" #> [27668] "ICPCA" #> [27669] "MacroPCA" #> [27670] "MacroPCApredict" #> [27671] "mortality" #> [27672] "outlierMap" #> [27673] "philips" #> [27674] "truncPC" #> [27675] "wrap" #> [27676] "att" #> [27677] "cem" #> [27678] "cemspace" #> [27679] "combine.spacegraphs" #> [27680] "DW" #> [27681] "imbalance" #> [27682] "imbspace" #> [27683] "imbspace.plot" #> [27684] "k2k" #> [27685] "L1.meas" #> [27686] "L1.profile" #> [27687] "LeLonde" #> [27688] "LL" #> [27689] "LLvsPSID" #> [27690] "pscoreSelect" #> [27691] "relax.cem" #> [27692] "search.match" #> [27693] "shift.cem" #> [27694] "spacegraph" #> [27695] "CENFA-package" #> [27696] "brStick" #> [27697] "climdat.fut" #> [27698] "climdat.hist" #> [27699] "cnfa" #> [27700] "cnfa-class" #> [27701] "departure" #> [27702] "departure-class" #> [27703] "enfa-class" #> [27704] "exposure_map" #> [27705] "GLcenfa" #> [27706] "GLcenfa-class" #> [27707] "GLdeparture" #> [27708] "GLdeparture-class" #> [27709] "parCov" #> [27710] "parScale" #> [27711] "sensitivity_map" #> [27712] "slot-access" #> [27713] "stretchPlot" #> [27714] "tree-data" #> [27715] "vulnerability-class" #> [27716] "vulnerability_map" #> [27717] "cenGAM-package" #> [27718] "nutrient" #> [27719] "tobit1" #> [27720] "tobit2" #> [27721] "thlm" #> [27722] "CenMixReg-package" #> [27723] "CensMmix" #> [27724] "concentration" #> [27725] "fm.smn.cr" #> [27726] "fmr.smn.cr" #> [27727] "imm.fm.smn.cr" #> [27728] "initial.values.fm.smn.cr" #> [27729] "initial.values.fmr.smn.cr" #> [27730] "rmmixcr" #> [27731] "wage.rates" #> [27732] "cenNID" #> [27733] "censNID" #> [27734] "censorcopula" #> [27735] "intervalFitb" #> [27736] "Newloglik2" #> [27737] "censReg" #> [27738] "coef.censReg" #> [27739] "coef.summary.censReg" #> [27740] "margEff.censReg" #> [27741] "summary.censReg" #> [27742] "em.cens" #> [27743] "algnaive12" #> [27744] "atypical" #> [27745] "derivcormatrix" #> [27746] "derivQfun" #> [27747] "distmatrix" #> [27748] "localinfmeas" #> [27749] "Missouri" #> [27750] "paranacens25" #> [27751] "predgraphics" #> [27752] "predSCL" #> [27753] "rspacens" #> [27754] "SAEMSCL" #> [27755] "Seminaive" #> [27756] "Census2016_wide_by_SA2_year" #> [27757] "see_question" #> [27758] "TwoDimTbl" #> [27759] "getCensus" #> [27760] "listCensusApis" #> [27761] "listCensusMetadata" #> [27762] "makeVarlist" #> [27763] "birthplace_census" #> [27764] "censusGeography" #> [27765] "census_city" #> [27766] "census_region" #> [27767] "stateFIP" #> [27768] "stateICP" #> [27769] "aggregate_moe" #> [27770] "append_geoid" #> [27771] "call_api_once" #> [27772] "call_census_api" #> [27773] "call_geolocator" #> [27774] "call_geolocator_latlon" #> [27775] "censusr" #> [27776] "get_geo_url" #> [27777] "censys" #> [27778] "censys_export_download" #> [27779] "censys_export_job_status" #> [27780] "censys_get_job_result" #> [27781] "censys_get_job_status" #> [27782] "censys_query" #> [27783] "censys_report" #> [27784] "censys_search" #> [27785] "censys_series" #> [27786] "censys_series_details" #> [27787] "censys_start_export" #> [27788] "view_document" #> [27789] "view_result" #> [27790] "view_series" #> [27791] "centiserve-package" #> [27792] "averagedis" #> [27793] "barycenter" #> [27794] "bottleneck" #> [27795] "closeness.currentflow" #> [27796] "closeness.freeman" #> [27797] "closeness.latora" #> [27798] "closeness.residual" #> [27799] "closeness.vitality" #> [27800] "clusterrank" #> [27801] "communibet" #> [27802] "communitycent" #> [27803] "crossclique" #> [27804] "decay" #> [27805] "diffusion.degree" #> [27806] "dmnc" #> [27807] "epc" #> [27808] "geokpath" #> [27809] "hubbell" #> [27810] "katzcent" #> [27811] "laplacian" #> [27812] "leaderrank" #> [27813] "leverage" #> [27814] "lincent" #> [27815] "lobby" #> [27816] "markovcent" #> [27817] "mnc" #> [27818] "pairwisedis" #> [27819] "radiality" #> [27820] "salsa" #> [27821] "semilocal" #> [27822] "topocoefficient" #> [27823] "centralplot" #> [27824] "ar1est0" #> [27825] "boot.Cenarma" #> [27826] "cenarma" #> [27827] "CM" #> [27828] "Erf" #> [27829] "EZL" #> [27830] "fitar1" #> [27831] "fitcar1" #> [27832] "NiagaraToxic" #> [27833] "plot.cents" #> [27834] "print.Cenarma" #> [27835] "rcarma" #> [27836] "scenNID" #> [27837] "se.Cenarma" #> [27838] "summary.cents" #> [27839] "tacvfARMA" #> [27840] "ar1est" #> [27841] "CEoptim-package" #> [27842] "CEoptim" #> [27843] "dirichletrnd" #> [27844] "FitzHugh" #> [27845] "lesmis" #> [27846] "yt" #> [27847] "CePa-package" #> [27848] "cepa" #> [27849] "cepa.all" #> [27850] "cepa.all.parallel" #> [27851] "cepa.ora" #> [27852] "cepa.ora.all" #> [27853] "cepa.univariate" #> [27854] "cepa.univariate.all" #> [27855] "generate.pathway" #> [27856] "get.cepa" #> [27857] "p.table" #> [27858] "pathway.nodes" #> [27859] "PID.db" #> [27860] "plot.cepa" #> [27861] "plot.cepa.all" #> [27862] "plot.pathway.catalogue" #> [27863] "plotGraph" #> [27864] "plotNull" #> [27865] "print.cepa" #> [27866] "print.cepa.all" #> [27867] "print.pathway.catalogue" #> [27868] "reach" #> [27869] "read.cls" #> [27870] "read.gct" #> [27871] "sampleLabel" #> [27872] "set.pathway.catalogue" #> [27873] "spread" #> [27874] "cep.get" #> [27875] "cep.lda" #> [27876] "cep.mtm" #> [27877] "Lopt.get" #> [27878] "lperd.mtm" #> [27879] "plot.ceplda" #> [27880] "predict.ceplda" #> [27881] "print.ceplda" #> [27882] "r.cond.ar2" #> [27883] "recon" #> [27884] "cepp-package" #> [27885] "bases" #> [27886] "caller" #> [27887] "Colon" #> [27888] "CvM" #> [27889] "evaluator" #> [27890] "geodesic" #> [27891] "Olive" #> [27892] "measurements" #> [27893] "pp" #> [27894] "busca_cep" #> [27895] "busca_cidade" #> [27896] "busca_estado" #> [27897] "busca_latlon" #> [27898] "readCEP" #> [27899] "cerioli2010.fsrmcd.test" #> [27900] "cerioli2010.irmcd.test" #> [27901] "CerioliOutlierDetection" #> [27902] "ch99AsymptoticDF" #> [27903] "hr05AdjustedDF" #> [27904] "hr05CriticalValue" #> [27905] "hr05CutoffMvnormal" #> [27906] "CeRNASeek-package" #> [27907] "ceRNA.app" #> [27908] "ceRNA.basic" #> [27909] "ceRNA.cmi" #> [27910] "ceRNA.Lin" #> [27911] "ceRNA.Net" #> [27912] "cernn" #> [27913] "get_alpha" #> [27914] "get_lambda_max" #> [27915] "loss_entropy" #> [27916] "loss_quadratic" #> [27917] "select_lambda" #> [27918] "shrink_eigen" #> [27919] "cetcolor-package" #> [27920] "cet_color_maps" #> [27921] "cet_pal" #> [27922] "display_cet_pal" #> [27923] "+.plot_ceteris_paribus_explainer" #> [27924] "calculate_oscillations" #> [27925] "calculate_profiles" #> [27926] "calculate_profiles_lce" #> [27927] "calculate_variable_splits" #> [27928] "ceteris_paribus" #> [27929] "ceteris_paribus_layer" #> [27930] "local_conditional_expectations" #> [27931] "local_fit" #> [27932] "plot.ceteris_paribus_explainer" #> [27933] "plot.ceteris_paribus_oscillations" #> [27934] "plot.local_fit_explainer" #> [27935] "plot.what_if_2d_explainer" #> [27936] "plot.what_if_explainer" #> [27937] "plot_interactive" #> [27938] "print.ceteris_paribus_explainer" #> [27939] "print.ceteris_paribus_profile" #> [27940] "print.local_fit_explainer" #> [27941] "print.plot_ceteris_paribus_explainer" #> [27942] "print.what_if_2d_explainer" #> [27943] "print.what_if_explainer" #> [27944] "select_neighbours" #> [27945] "select_sample" #> [27946] "what_if" #> [27947] "what_if_2d" #> [27948] "fCFA" #> [27949] "hcfa" #> [27950] "mcfa" #> [27951] "plot.bcfa" #> [27952] "plot.hcfa" #> [27953] "plot.mcfa" #> [27954] "plot.scfa" #> [27955] "print.bcfa" #> [27956] "print.hcfa" #> [27957] "print.mcfa" #> [27958] "print.scfa" #> [27959] "PXisM" #> [27960] "PXisMclassic" #> [27961] "scfa" #> [27962] "bmt" #> [27963] "cfc" #> [27964] "cfc.pbasis" #> [27965] "cfc.prepdata" #> [27966] "cfc.survreg" #> [27967] "cfc.survreg.survprob" #> [27968] "cfc.tbasis" #> [27969] "summary.cfc" #> [27970] "summary.cfc.pbasis" #> [27971] "summary.cfc.survreg" #> [27972] "summary.cfc.tbasis" #> [27973] "CfEstimateQuantiles-package" #> [27974] "cf_estimate_quantiles" #> [27975] "cffdrs-package" #> [27976] "fbp" #> [27977] "fbpRaster" #> [27978] "fireSeason" #> [27979] "fwi" #> [27980] "fwiRaster" #> [27981] "gfmc" #> [27982] "hffmc" #> [27983] "hffmcRaster" #> [27984] "lros" #> [27985] "pros" #> [27986] "sdmc" #> [27987] "test_fbp" #> [27988] "test_fbpRaster" #> [27989] "test_fwi" #> [27990] "test_gfmc" #> [27991] "test_hffmc" #> [27992] "test_lros" #> [27993] "test_pros" #> [27994] "test_rast_day01" #> [27995] "test_rast_day02" #> [27996] "test_rast_hour01" #> [27997] "test_rast_hour02" #> [27998] "test_sdmc" #> [27999] "test_wDC" #> [28000] "test_wDC_fs" #> [28001] "wDC" #> [28002] "cfma-package" #> [28003] "env.concurrent" #> [28004] "env.historical" #> [28005] "FMA.concurrent" #> [28006] "FMA.concurrent.boot" #> [28007] "FMA.concurrent.CV" #> [28008] "FMA.historical" #> [28009] "FMA.historical.boot" #> [28010] "FMA.historical.CV" #> [28011] "cg-package" #> [28012] "anorexiaFT" #> [28013] "boxplot.cgOneFactorData" #> [28014] "canine" #> [28015] "canine.listfmt" #> [28016] "cgInternalClasses" #> [28017] "cgInternalUtilities" #> [28018] "cgLineColors" #> [28019] "cgValidity" #> [28020] "comparisons" #> [28021] "comparisonsGraph" #> [28022] "comparisonsgraph" #> [28023] "comparisonsGraph.cgOneFactorComparisonsTable" #> [28024] "comparisonsGraph.cgPairedDifferenceComparisonsTable" #> [28025] "comparisonsTable" #> [28026] "comparisonsTable.cgOneFactorFit" #> [28027] "comparisonsTable.cgPairedDifferenceFit" #> [28028] "correlationTable" #> [28029] "correlationTable.cgPairedDifferenceData" #> [28030] "descriptiveTable" #> [28031] "descriptiveTable.cgOneFactorData" #> [28032] "descriptiveTable.cgPairedDifferenceData" #> [28033] "diffGraph" #> [28034] "diffGraph.pairedDifferenceData" #> [28035] "downweightedTable" #> [28036] "downweightedTable.cgOneFactorFit" #> [28037] "downweightedTable.cgPairedDifferenceFit" #> [28038] "errorBarGraph" #> [28039] "errorbargraph" #> [28040] "errorBarGraph.cgOneFactorFit" #> [28041] "fit.cgOneFactorData" #> [28042] "fit.cgPairedDifferenceData" #> [28043] "globalTest" #> [28044] "globalTest.cgOneFactorFit" #> [28045] "gmcsfcens" #> [28046] "gmcsfcens.listfmt" #> [28047] "grpSummaryTable" #> [28048] "grpSummaryTable.cgOneFactorFit" #> [28049] "kmGraph" #> [28050] "kmGraph.cgOneFactorData" #> [28051] "pointGraph" #> [28052] "pointGraph.cgOneFactorData" #> [28053] "prepareCGOneFactorData" #> [28054] "prepareCGPairedDifferenceData" #> [28055] "print.cgOneFactorComparisonsTable" #> [28056] "print.cgOneFactorDescriptiveTable" #> [28057] "print.cgOneFactorDownweightedTable" #> [28058] "print.cgOneFactorFit" #> [28059] "print.cgOneFactorGlobalTest" #> [28060] "print.cgOneFactorGrpSummaryTable" #> [28061] "print.cgOneFactorSampleSizeTable" #> [28062] "print.cgPairedDifferenceComparisonsTable" #> [28063] "print.cgPairedDifferenceCorrelationTable" #> [28064] "print.cgPairedDifferenceDescriptiveTable" #> [28065] "print.cgPairedDifferenceDownweightedTable" #> [28066] "print.cgPairedDifferenceFit" #> [28067] "print.cgPairedDifferenceSampleSizeTable" #> [28068] "print.cgPairedDifferenceVarianceTable" #> [28069] "profileGraph" #> [28070] "profileGraph.cgPairedDifferenceData" #> [28071] "qqGraph" #> [28072] "qqGraph.cgOneFactorFit" #> [28073] "qqGraph.cgPairedDifferenceFit" #> [28074] "samplesizeGraph" #> [28075] "samplesizeGraph.cgOneFactorSampleSizeTable" #> [28076] "samplesizeGraph.cgPairedDifferenceSampleSizeTable" #> [28077] "samplesizeTable" #> [28078] "samplesizeTable.cgOneFactorFit" #> [28079] "samplesizeTable.cgPairedDifferenceFit" #> [28080] "show.cgOneFactorComparisonsTable" #> [28081] "show.cgOneFactorDescriptiveTable" #> [28082] "show.cgOneFactorDownweightedTable" #> [28083] "show.cgOneFactorGlobalTest" #> [28084] "show.cgOneFactorGrpSummaryTable" #> [28085] "show.cgOneFactorSampleSizeTable" #> [28086] "show.cgPairedDifferenceComparisonsTable" #> [28087] "show.cgPairedDifferenceCorrelationTable" #> [28088] "show.cgPairedDifferenceDescriptiveTable" #> [28089] "show.cgPairedDifferenceDownweightedTable" #> [28090] "show.cgPairedDifferenceSampleSizeTable" #> [28091] "show.cgPairedDifferenceVarianceTable" #> [28092] "showObj" #> [28093] "showObj.cgOneFactorFit" #> [28094] "showObj.cgPairedDifferenceFit" #> [28095] "summary.cgOneFactorFit" #> [28096] "summary.cgPairedDifferenceFit" #> [28097] "varianceGraph" #> [28098] "varianceGraph.cgOneFactorFit" #> [28099] "varianceTable" #> [28100] "varianceTable.cgPairedDifferenceFit" #> [28101] "best.fit" #> [28102] "cgam" #> [28103] "cgamm" #> [28104] "conc" #> [28105] "decr" #> [28106] "decr.conc" #> [28107] "decr.conv" #> [28108] "in.or.out" #> [28109] "incr" #> [28110] "incr.conc" #> [28111] "incr.conv" #> [28112] "mental" #> [28113] "Ord" #> [28114] "plotpersp" #> [28115] "predict.cgam" #> [28116] "s.conc" #> [28117] "s.conc.conc" #> [28118] "s.conv" #> [28119] "s.conv.conv" #> [28120] "s.decr" #> [28121] "s.decr.conc" #> [28122] "s.decr.conv" #> [28123] "s.decr.decr" #> [28124] "s.decr.incr" #> [28125] "s.incr" #> [28126] "s.incr.conc" #> [28127] "s.incr.conv" #> [28128] "s.incr.decr" #> [28129] "s.incr.incr" #> [28130] "shapes" #> [28131] "ShapeSelect" #> [28132] "umbrella" #> [28133] "cgAUC-package" #> [28134] "cgAUC" #> [28135] "c_cntin" #> [28136] "c_dscrt" #> [28137] "c_d_theta_sh_h_p" #> [28138] "c_s_h" #> [28139] "optimal.delta" #> [28140] "cgdsr-package" #> [28141] "cgdsr-CGDS" #> [28142] "cgdsr-getCancerStudies" #> [28143] "cgdsr-getCaseLists" #> [28144] "cgdsr-getClinicalData" #> [28145] "cgdsr-getGeneticProfiles" #> [28146] "cgdsr-getMutationData" #> [28147] "cgdsr-getProfileData" #> [28148] "cgdsr-plot" #> [28149] "cgdsr-processURL" #> [28150] "cgdsr-setPlotErrorMsg" #> [28151] "cgdsr-setVerbose" #> [28152] "cgdsr-test" #> [28153] "sw" #> [28154] "sw.perm.test" #> [28155] "sw.plot" #> [28156] "sw.rob" #> [28157] "sw.threshold" #> [28158] "cghRA.array" #> [28159] "cghRA.array-class" #> [28160] "cghRA.copies-class" #> [28161] "cghRA.copies-constructor" #> [28162] "cghRA.design-class" #> [28163] "cghRA.design-constructor" #> [28164] "cghRA.probes-class" #> [28165] "cghRA.probes-constructor" #> [28166] "cghRA.regions-class" #> [28167] "cghRA.regions-constructor" #> [28168] "cghRA.series" #> [28169] "cghRA.series-class" #> [28170] "cnvScore" #> [28171] "copies" #> [28172] "Design" #> [28173] "parser" #> [28174] "drawableFromClass.cghRA.probes" #> [28175] "fillGaps" #> [28176] "GEDI" #> [28177] "localize" #> [28178] "map2design" #> [28179] "model.apply" #> [28180] "model.auto" #> [28181] "model.test" #> [28182] "parallelize" #> [28183] "parseKaryo" #> [28184] "penetrance" #> [28185] "Probe" #> [28186] "segmentMap-class" #> [28187] "SRA" #> [28188] "STEPS" #> [28189] "tk.annotate" #> [28190] "tk.cghRA" #> [28191] "tk.design" #> [28192] "tk.modelize" #> [28193] "tk.series" #> [28194] "tk.value" #> [28195] "trace2track" #> [28196] "track.CNV.DGVsupp" #> [28197] "WACA" #> [28198] "cglasso-package" #> [28199] "cglasso" #> [28200] "datacggm" #> [28201] "ebic" #> [28202] "event" #> [28203] "glasso" #> [28204] "mglasso" #> [28205] "MKMEP" #> [28206] "mle" #> [28207] "rdatacggm" #> [28208] "scale.datacggm" #> [28209] "summary.datacggm" #> [28210] "to_graph" #> [28211] "cglm" #> [28212] "print.summary.cglm" #> [28213] "summary.cglm" #> [28214] "teenpov" #> [28215] "cgmreport" #> [28216] "cgmvariables" #> [28217] "cleandata" #> [28218] "CGP-package" #> [28219] "CGP" #> [28220] "plotCGP" #> [28221] "predict.CGP" #> [28222] "print.CGP" #> [28223] "summary.CGP" #> [28224] "CGPfunctions" #> [28225] "newcancer" #> [28226] "neweta" #> [28227] "newgdp" #> [28228] "newggslopegraph" #> [28229] "OurConf" #> [28230] "Plot2WayANOVA" #> [28231] "PlotXTabs" #> [28232] "SeeDist" #> [28233] "cg_abs" #> [28234] "cg_acos" #> [28235] "cg_acosh" #> [28236] "cg_add" #> [28237] "cg_asin" #> [28238] "cg_asinh" #> [28239] "cg_as_double" #> [28240] "cg_as_numeric" #> [28241] "cg_atan" #> [28242] "cg_atanh" #> [28243] "cg_colsums" #> [28244] "cg_constant" #> [28245] "cg_cos" #> [28246] "cg_cosh" #> [28247] "cg_crossprod" #> [28248] "cg_div" #> [28249] "cg_exp" #> [28250] "cg_function" #> [28251] "cg_graph" #> [28252] "cg_graph_gradients" #> [28253] "cg_graph_run" #> [28254] "cg_input" #> [28255] "cg_linear" #> [28256] "cg_ln" #> [28257] "cg_log10" #> [28258] "cg_log2" #> [28259] "cg_matmul" #> [28260] "cg_max" #> [28261] "cg_mean" #> [28262] "cg_min" #> [28263] "cg_mul" #> [28264] "cg_neg" #> [28265] "cg_operator" #> [28266] "cg_parameter" #> [28267] "cg_pmax" #> [28268] "cg_pmin" #> [28269] "cg_pos" #> [28270] "cg_pow" #> [28271] "cg_prod" #> [28272] "cg_rowsums" #> [28273] "cg_session_graph" #> [28274] "cg_session_set_graph" #> [28275] "cg_sigmoid" #> [28276] "cg_sin" #> [28277] "cg_sinh" #> [28278] "cg_sqrt" #> [28279] "cg_sub" #> [28280] "cg_sum" #> [28281] "cg_t" #> [28282] "cg_tan" #> [28283] "cg_tanh" #> [28284] "cg_tcrossprod" #> [28285] "cgwtools-package" #> [28286] "approxeq" #> [28287] "askrm" #> [28288] "getstack" #> [28289] "inverse.seqle" #> [28290] "lsclass" #> [28291] "lsdata" #> [28292] "lsdim" #> [28293] "lssize" #> [28294] "lstype" #> [28295] "mystat" #> [28296] "popd" #> [28297] "pushd" #> [28298] "resave" #> [28299] "seqle" #> [28300] "short" #> [28301] "splatnd" #> [28302] "thekurt" #> [28303] "theskew" #> [28304] "Markus" #> [28305] "Gesmann" #> [28306] "2018-12-06" #> [28307] "22:40:03" #> [28308] "ChainLadder-package" #> [28309] "ABC" #> [28310] "as.LongTriangle" #> [28311] "ata" #> [28312] "auto" #> [28313] "BootChainLadder" #> [28314] "CDR" #> [28315] "chainladder" #> [28316] "ClarkCapeCod" #> [28317] "ClarkLDF" #> [28318] "CLFMdelta" #> [28319] "coef.ChainLadder" #> [28320] "Cumulative" #> [28321] "incremental" #> [28322] "triangles" #> [28323] "GenIns" #> [28324] "getLatestCumulative" #> [28325] "glmReserve" #> [28326] "Join2Fits" #> [28327] "JoinFitMse" #> [28328] "liab" #> [28329] "LRfunction" #> [28330] "M3IR5" #> [28331] "MackChainLadder" #> [28332] "MCLpaid" #> [28333] "Mse-methods" #> [28334] "MultiChainLadder" #> [28335] "MultiChainLadder-class" #> [28336] "MultiChainLadderFit-class" #> [28337] "MultiChainLadderMse-class" #> [28338] "MultiChainLadderSummary-class" #> [28339] "MunichChainLadder" #> [28340] "MW2008" #> [28341] "MW2014" #> [28342] "NullNum-class" #> [28343] "PaidIncurredChain" #> [28344] "plot-MultiChainLadder" #> [28345] "plot.BootChainLadder" #> [28346] "plot.clark" #> [28347] "plot.MackChainLadder" #> [28348] "plot.MunichChainLadder" #> [28349] "predict.TriangleModel" #> [28350] "print.ata" #> [28351] "print.clark" #> [28352] "qpaid" #> [28353] "quantile.MackChainLadder" #> [28354] "QuantileIFRS17" #> [28355] "RAA" #> [28356] "residCov" #> [28357] "residuals.MackChainLadder" #> [28358] "summary.ata" #> [28359] "summary.BootChainLadder" #> [28360] "summary.clark" #> [28361] "summary.MackChainLadder" #> [28362] "summary.MunichChainLadder" #> [28363] "Table65" #> [28364] "triangle" #> [28365] "S3" #> [28366] "triangles-class" #> [28367] "tweedieReserve" #> [28368] "UKMotor" #> [28369] "USAA" #> [28370] "vcov.clark" #> [28371] "adjust_loglik" #> [28372] "anova.chandwich" #> [28373] "chandwich" #> [28374] "coef.chandwich" #> [28375] "compare_models" #> [28376] "confint.chandwich" #> [28377] "conf_intervals" #> [28378] "conf_region" #> [28379] "logLik.chandwich" #> [28380] "log_gev" #> [28381] "owtemps" #> [28382] "plot.chandwich" #> [28383] "plot.confint" #> [28384] "plot.confreg" #> [28385] "print.chandwich" #> [28386] "print.compmod" #> [28387] "print.confint" #> [28388] "print.summary.chandwich" #> [28389] "profile_loglik" #> [28390] "summary.chandwich" #> [28391] "vcov.chandwich" #> [28392] "changeTest" #> [28393] "changingModel" #> [28394] "eDistance" #> [28395] "movingEDistance" #> [28396] "sampledataset" #> [28397] "changepoint-package" #> [28398] "BINSEG" #> [28399] "class_input" #> [28400] "cpt.mean" #> [28401] "cpt.meanvar" #> [28402] "cpt.var" #> [28403] "decision" #> [28404] "ftse100" #> [28405] "HC1" #> [28406] "Lai2005fig3" #> [28407] "Lai2005fig4" #> [28408] "ncpts" #> [28409] "nseg" #> [28410] "PELT" #> [28411] "penalty_decision" #> [28412] "seg.len" #> [28413] "wave.c44137" #> [28414] "costs" #> [28415] "cpts.mr" #> [28416] "cpts.mv" #> [28417] "cpts.uv" #> [28418] "data.set" #> [28419] "MDL" #> [28420] "mrc" #> [28421] "mrcexample" #> [28422] "changepointsHD-package" #> [28423] "bbmod_method" #> [28424] "binary_segmentation" #> [28425] "brute_force" #> [28426] "changepointsMod-class" #> [28427] "log_likelihood_method" #> [28428] "prox_gradient_ll" #> [28429] "prox_gradient_mapping" #> [28430] "rank_one" #> [28431] "simulated_annealing" #> [28432] "jumpointsVar-package" #> [28433] "fit.control" #> [28434] "jumpointsVar" #> [28435] "plot.jumpointsVar" #> [28436] "sel.control" #> [28437] "ChangepointTesting-package" #> [28438] "changePoint" #> [28439] "changePoint-class" #> [28440] "changer" #> [28441] "ChannelAttribution-package" #> [28442] "auto_markov_model" #> [28443] "choose_order" #> [28444] "heuristic_models" #> [28445] "markov_model" #> [28446] "markov_model_mp" #> [28447] "transition_matrix" #> [28448] "ChannelAttributionApp-package" #> [28449] "CAapp" #> [28450] "fast.rqa" #> [28451] "gen.logistic" #> [28452] "getVal" #> [28453] "plot.chaos01" #> [28454] "plot.chaos01.res" #> [28455] "plot.chaos01.rqa.sequence" #> [28456] "rqa.seq" #> [28457] "summary.chaos01.rqa" #> [28458] "testChaos01" #> [28459] "ChaosGame-package" #> [28460] "plot_word" #> [28461] "plot_word3D" #> [28462] "cf2DistGP" #> [28463] "cfC_vonMises" #> [28464] "cfE_Empirical" #> [28465] "cfN_Binomial" #> [28466] "cfN_Delaporte" #> [28467] "cfN_GeneralizedPoisson" #> [28468] "cfN_Geometric" #> [28469] "cfN_Logarithmic" #> [28470] "cfN_NegativeBinomial" #> [28471] "cfN_Poisson" #> [28472] "cfN_PolyaEggenberger" #> [28473] "cfS_Arcsine" #> [28474] "cfS_Beta" #> [28475] "cfS_Gaussian" #> [28476] "cfS_Rectangular" #> [28477] "cfS_StudentT" #> [28478] "cfS_Trapezoidal" #> [28479] "cfS_Triangular" #> [28480] "cfX_Beta" #> [28481] "cfX_ChiSquared" #> [28482] "cfX_Exponential" #> [28483] "cfX_Gamma" #> [28484] "cfX_InverseGamma" #> [28485] "cfX_LogNormal" #> [28486] "cfX_Normal" #> [28487] "cfX_PearsonV" #> [28488] "cfX_Rectangular" #> [28489] "cfX_Triangular" #> [28490] "hypergeom1F1" #> [28491] "interpBarycentric" #> [28492] "plotGraf" #> [28493] "plotPolar" #> [28494] "activationFreeEnergy" #> [28495] "dEField" #> [28496] "energyConversion" #> [28497] "KMC" #> [28498] "LandauZener" #> [28499] "Marcus" #> [28500] "MarcusLevichJortner" #> [28501] "universalConstants" #> [28502] "charlatan-package" #> [28503] "available_locales_df" #> [28504] "charlatan_locales" #> [28505] "charlatan_settings" #> [28506] "ch_color" #> [28507] "ch_company" #> [28508] "ch_credit" #> [28509] "ch_currency" #> [28510] "ch_doi" #> [28511] "ch_generate" #> [28512] "ch_gene_sequence" #> [28513] "ch_job" #> [28514] "ch_missing" #> [28515] "ch_name" #> [28516] "ch_phone_number" #> [28517] "coordinates" #> [28518] "date_time" #> [28519] "fraudster" #> [28520] "numerics" #> [28521] "taxonomy" #> [28522] "cql" #> [28523] "CHCN-package" #> [28524] "BASE.URL" #> [28525] "createInventory" #> [28526] "DATA.DIRECTORY" #> [28527] "downloadMaster" #> [28528] "FORMAT.URL" #> [28529] "formatGhcn" #> [28530] "getEmptyCsv" #> [28531] "getMissingScrape" #> [28532] "MASTER.STATION.LIST" #> [28533] "MONTHLY.STATION.LIST" #> [28534] "readLocalMaster" #> [28535] "readMonthlyCsv" #> [28536] "scrapeToCsv" #> [28537] "STARTING.STATION.ID" #> [28538] "STATION.URL" #> [28539] "writeGhcn" #> [28540] "writeInventory" #> [28541] "writeMonthlyStations" #> [28542] "YEAR.URL" #> [28543] "cheb-package" #> [28544] "chebR" #> [28545] "chebpol-package" #> [28546] "chebcoef" #> [28547] "chebeval" #> [28548] "chebknots" #> [28549] "chebpol-deprecated" #> [28550] "evalongrid" #> [28551] "havealglib" #> [28552] "havefftw" #> [28553] "interpolant" #> [28554] "ipol" #> [28555] "checkarg" #> [28556] "checkargFailedHandler" #> [28557] "isBooleanOrNaScalar" #> [28558] "isBooleanOrNaScalarOrNull" #> [28559] "isBooleanOrNaVector" #> [28560] "isBooleanOrNaVectorOrNull" #> [28561] "isBooleanScalar" #> [28562] "isBooleanScalarOrNull" #> [28563] "isBooleanVector" #> [28564] "isBooleanVectorOrNull" #> [28565] "isIntegerOrInfScalar" #> [28566] "isIntegerOrInfScalarOrNull" #> [28567] "isIntegerOrInfVector" #> [28568] "isIntegerOrInfVectorOrNull" #> [28569] "isIntegerOrNanOrInfScalar" #> [28570] "isIntegerOrNanOrInfScalarOrNull" #> [28571] "isIntegerOrNanOrInfVector" #> [28572] "isIntegerOrNanOrInfVectorOrNull" #> [28573] "isIntegerOrNanScalar" #> [28574] "isIntegerOrNanScalarOrNull" #> [28575] "isIntegerOrNanVector" #> [28576] "isIntegerOrNanVectorOrNull" #> [28577] "isIntegerOrNaOrInfScalar" #> [28578] "isIntegerOrNaOrInfScalarOrNull" #> [28579] "isIntegerOrNaOrInfVector" #> [28580] "isIntegerOrNaOrInfVectorOrNull" #> [28581] "isIntegerOrNaOrNanOrInfScalar" #> [28582] "isIntegerOrNaOrNanOrInfScalarOrNull" #> [28583] "isIntegerOrNaOrNanOrInfVector" #> [28584] "isIntegerOrNaOrNanOrInfVectorOrNull" #> [28585] "isIntegerOrNaOrNanScalar" #> [28586] "isIntegerOrNaOrNanScalarOrNull" #> [28587] "isIntegerOrNaOrNanVector" #> [28588] "isIntegerOrNaOrNanVectorOrNull" #> [28589] "isIntegerOrNaScalar" #> [28590] "isIntegerOrNaScalarOrNull" #> [28591] "isIntegerOrNaVector" #> [28592] "isIntegerOrNaVectorOrNull" #> [28593] "isIntegerScalar" #> [28594] "isIntegerScalarOrNull" #> [28595] "isIntegerVector" #> [28596] "isIntegerVectorOrNull" #> [28597] "isNanScalar" #> [28598] "isNanScalarOrNull" #> [28599] "isNanVector" #> [28600] "isNanVectorOrNull" #> [28601] "isNaOrNanScalar" #> [28602] "isNaOrNanScalarOrNull" #> [28603] "isNaOrNanVector" #> [28604] "isNaOrNanVectorOrNull" #> [28605] "isNaOrNonEmptyStringScalar" #> [28606] "isNaOrNonEmptyStringScalarOrNull" #> [28607] "isNaOrNonEmptyStringVector" #> [28608] "isNaOrNonEmptyStringVectorOrNull" #> [28609] "isNaOrStringScalar" #> [28610] "isNaOrStringScalarOrNull" #> [28611] "isNaOrStringVector" #> [28612] "isNaOrStringVectorOrNull" #> [28613] "isNaScalar" #> [28614] "isNaScalarOrNull" #> [28615] "isNaVector" #> [28616] "isNaVectorOrNull" #> [28617] "isNegativeIntegerOrInfScalar" #> [28618] "isNegativeIntegerOrInfScalarOrNull" #> [28619] "isNegativeIntegerOrInfVector" #> [28620] "isNegativeIntegerOrInfVectorOrNull" #> [28621] "isNegativeIntegerOrNanOrInfScalar" #> [28622] "isNegativeIntegerOrNanOrInfScalarOrNull" #> [28623] "isNegativeIntegerOrNanOrInfVector" #> [28624] "isNegativeIntegerOrNanOrInfVectorOrNull" #> [28625] "isNegativeIntegerOrNanScalar" #> [28626] "isNegativeIntegerOrNanScalarOrNull" #> [28627] "isNegativeIntegerOrNanVector" #> [28628] "isNegativeIntegerOrNanVectorOrNull" #> [28629] "isNegativeIntegerOrNaOrInfScalar" #> [28630] "isNegativeIntegerOrNaOrInfScalarOrNull" #> [28631] "isNegativeIntegerOrNaOrInfVector" #> [28632] "isNegativeIntegerOrNaOrInfVectorOrNull" #> [28633] "isNegativeIntegerOrNaOrNanOrInfScalar" #> [28634] "isNegativeIntegerOrNaOrNanOrInfScalarOrNull" #> [28635] "isNegativeIntegerOrNaOrNanOrInfVector" #> [28636] "isNegativeIntegerOrNaOrNanOrInfVectorOrNull" #> [28637] "isNegativeIntegerOrNaOrNanScalar" #> [28638] "isNegativeIntegerOrNaOrNanScalarOrNull" #> [28639] "isNegativeIntegerOrNaOrNanVector" #> [28640] "isNegativeIntegerOrNaOrNanVectorOrNull" #> [28641] "isNegativeIntegerOrNaScalar" #> [28642] "isNegativeIntegerOrNaScalarOrNull" #> [28643] "isNegativeIntegerOrNaVector" #> [28644] "isNegativeIntegerOrNaVectorOrNull" #> [28645] "isNegativeIntegerScalar" #> [28646] "isNegativeIntegerScalarOrNull" #> [28647] "isNegativeIntegerVector" #> [28648] "isNegativeIntegerVectorOrNull" #> [28649] "isNegativeNumberOrInfScalar" #> [28650] "isNegativeNumberOrInfScalarOrNull" #> [28651] "isNegativeNumberOrInfVector" #> [28652] "isNegativeNumberOrInfVectorOrNull" #> [28653] "isNegativeNumberOrNanOrInfScalar" #> [28654] "isNegativeNumberOrNanOrInfScalarOrNull" #> [28655] "isNegativeNumberOrNanOrInfVector" #> [28656] "isNegativeNumberOrNanOrInfVectorOrNull" #> [28657] "isNegativeNumberOrNanScalar" #> [28658] "isNegativeNumberOrNanScalarOrNull" #> [28659] "isNegativeNumberOrNanVector" #> [28660] "isNegativeNumberOrNanVectorOrNull" #> [28661] "isNegativeNumberOrNaOrInfScalar" #> [28662] "isNegativeNumberOrNaOrInfScalarOrNull" #> [28663] "isNegativeNumberOrNaOrInfVector" #> [28664] "isNegativeNumberOrNaOrInfVectorOrNull" #> [28665] "isNegativeNumberOrNaOrNanOrInfScalar" #> [28666] "isNegativeNumberOrNaOrNanOrInfScalarOrNull" #> [28667] "isNegativeNumberOrNaOrNanOrInfVector" #> [28668] "isNegativeNumberOrNaOrNanOrInfVectorOrNull" #> [28669] "isNegativeNumberOrNaOrNanScalar" #> [28670] "isNegativeNumberOrNaOrNanScalarOrNull" #> [28671] "isNegativeNumberOrNaOrNanVector" #> [28672] "isNegativeNumberOrNaOrNanVectorOrNull" #> [28673] "isNegativeNumberOrNaScalar" #> [28674] "isNegativeNumberOrNaScalarOrNull" #> [28675] "isNegativeNumberOrNaVector" #> [28676] "isNegativeNumberOrNaVectorOrNull" #> [28677] "isNegativeNumberScalar" #> [28678] "isNegativeNumberScalarOrNull" #> [28679] "isNegativeNumberVector" #> [28680] "isNegativeNumberVectorOrNull" #> [28681] "isNonEmptyStringScalar" #> [28682] "isNonEmptyStringScalarOrNull" #> [28683] "isNonEmptyStringVector" #> [28684] "isNonEmptyStringVectorOrNull" #> [28685] "isNonZeroIntegerOrInfScalar" #> [28686] "isNonZeroIntegerOrInfScalarOrNull" #> [28687] "isNonZeroIntegerOrInfVector" #> [28688] "isNonZeroIntegerOrInfVectorOrNull" #> [28689] "isNonZeroIntegerOrNanOrInfScalar" #> [28690] "isNonZeroIntegerOrNanOrInfScalarOrNull" #> [28691] "isNonZeroIntegerOrNanOrInfVector" #> [28692] "isNonZeroIntegerOrNanOrInfVectorOrNull" #> [28693] "isNonZeroIntegerOrNanScalar" #> [28694] "isNonZeroIntegerOrNanScalarOrNull" #> [28695] "isNonZeroIntegerOrNanVector" #> [28696] "isNonZeroIntegerOrNanVectorOrNull" #> [28697] "isNonZeroIntegerOrNaOrInfScalar" #> [28698] "isNonZeroIntegerOrNaOrInfScalarOrNull" #> [28699] "isNonZeroIntegerOrNaOrInfVector" #> [28700] "isNonZeroIntegerOrNaOrInfVectorOrNull" #> [28701] "isNonZeroIntegerOrNaOrNanOrInfScalar" #> [28702] "isNonZeroIntegerOrNaOrNanOrInfScalarOrNull" #> [28703] "isNonZeroIntegerOrNaOrNanOrInfVector" #> [28704] "isNonZeroIntegerOrNaOrNanOrInfVectorOrNull" #> [28705] "isNonZeroIntegerOrNaOrNanScalar" #> [28706] "isNonZeroIntegerOrNaOrNanScalarOrNull" #> [28707] "isNonZeroIntegerOrNaOrNanVector" #> [28708] "isNonZeroIntegerOrNaOrNanVectorOrNull" #> [28709] "isNonZeroIntegerOrNaScalar" #> [28710] "isNonZeroIntegerOrNaScalarOrNull" #> [28711] "isNonZeroIntegerOrNaVector" #> [28712] "isNonZeroIntegerOrNaVectorOrNull" #> [28713] "isNonZeroIntegerScalar" #> [28714] "isNonZeroIntegerScalarOrNull" #> [28715] "isNonZeroIntegerVector" #> [28716] "isNonZeroIntegerVectorOrNull" #> [28717] "isNonZeroNumberOrInfScalar" #> [28718] "isNonZeroNumberOrInfScalarOrNull" #> [28719] "isNonZeroNumberOrInfVector" #> [28720] "isNonZeroNumberOrInfVectorOrNull" #> [28721] "isNonZeroNumberOrNanOrInfScalar" #> [28722] "isNonZeroNumberOrNanOrInfScalarOrNull" #> [28723] "isNonZeroNumberOrNanOrInfVector" #> [28724] "isNonZeroNumberOrNanOrInfVectorOrNull" #> [28725] "isNonZeroNumberOrNanScalar" #> [28726] "isNonZeroNumberOrNanScalarOrNull" #> [28727] "isNonZeroNumberOrNanVector" #> [28728] "isNonZeroNumberOrNanVectorOrNull" #> [28729] "isNonZeroNumberOrNaOrInfScalar" #> [28730] "isNonZeroNumberOrNaOrInfScalarOrNull" #> [28731] "isNonZeroNumberOrNaOrInfVector" #> [28732] "isNonZeroNumberOrNaOrInfVectorOrNull" #> [28733] "isNonZeroNumberOrNaOrNanOrInfScalar" #> [28734] "isNonZeroNumberOrNaOrNanOrInfScalarOrNull" #> [28735] "isNonZeroNumberOrNaOrNanOrInfVector" #> [28736] "isNonZeroNumberOrNaOrNanOrInfVectorOrNull" #> [28737] "isNonZeroNumberOrNaOrNanScalar" #> [28738] "isNonZeroNumberOrNaOrNanScalarOrNull" #> [28739] "isNonZeroNumberOrNaOrNanVector" #> [28740] "isNonZeroNumberOrNaOrNanVectorOrNull" #> [28741] "isNonZeroNumberOrNaScalar" #> [28742] "isNonZeroNumberOrNaScalarOrNull" #> [28743] "isNonZeroNumberOrNaVector" #> [28744] "isNonZeroNumberOrNaVectorOrNull" #> [28745] "isNonZeroNumberScalar" #> [28746] "isNonZeroNumberScalarOrNull" #> [28747] "isNonZeroNumberVector" #> [28748] "isNonZeroNumberVectorOrNull" #> [28749] "isNumberOrInfScalar" #> [28750] "isNumberOrInfScalarOrNull" #> [28751] "isNumberOrInfVector" #> [28752] "isNumberOrInfVectorOrNull" #> [28753] "isNumberOrNanOrInfScalar" #> [28754] "isNumberOrNanOrInfScalarOrNull" #> [28755] "isNumberOrNanOrInfVector" #> [28756] "isNumberOrNanOrInfVectorOrNull" #> [28757] "isNumberOrNanScalar" #> [28758] "isNumberOrNanScalarOrNull" #> [28759] "isNumberOrNanVector" #> [28760] "isNumberOrNanVectorOrNull" #> [28761] "isNumberOrNaOrInfScalar" #> [28762] "isNumberOrNaOrInfScalarOrNull" #> [28763] "isNumberOrNaOrInfVector" #> [28764] "isNumberOrNaOrInfVectorOrNull" #> [28765] "isNumberOrNaOrNanOrInfScalar" #> [28766] "isNumberOrNaOrNanOrInfScalarOrNull" #> [28767] "isNumberOrNaOrNanOrInfVector" #> [28768] "isNumberOrNaOrNanOrInfVectorOrNull" #> [28769] "isNumberOrNaOrNanScalar" #> [28770] "isNumberOrNaOrNanScalarOrNull" #> [28771] "isNumberOrNaOrNanVector" #> [28772] "isNumberOrNaOrNanVectorOrNull" #> [28773] "isNumberOrNaScalar" #> [28774] "isNumberOrNaScalarOrNull" #> [28775] "isNumberOrNaVector" #> [28776] "isNumberOrNaVectorOrNull" #> [28777] "isNumberScalar" #> [28778] "isNumberScalarOrNull" #> [28779] "isNumberVector" #> [28780] "isNumberVectorOrNull" #> [28781] "isPositiveIntegerOrInfScalar" #> [28782] "isPositiveIntegerOrInfScalarOrNull" #> [28783] "isPositiveIntegerOrInfVector" #> [28784] "isPositiveIntegerOrInfVectorOrNull" #> [28785] "isPositiveIntegerOrNanOrInfScalar" #> [28786] "isPositiveIntegerOrNanOrInfScalarOrNull" #> [28787] "isPositiveIntegerOrNanOrInfVector" #> [28788] "isPositiveIntegerOrNanOrInfVectorOrNull" #> [28789] "isPositiveIntegerOrNanScalar" #> [28790] "isPositiveIntegerOrNanScalarOrNull" #> [28791] "isPositiveIntegerOrNanVector" #> [28792] "isPositiveIntegerOrNanVectorOrNull" #> [28793] "isPositiveIntegerOrNaOrInfScalar" #> [28794] "isPositiveIntegerOrNaOrInfScalarOrNull" #> [28795] "isPositiveIntegerOrNaOrInfVector" #> [28796] "isPositiveIntegerOrNaOrInfVectorOrNull" #> [28797] "isPositiveIntegerOrNaOrNanOrInfScalar" #> [28798] "isPositiveIntegerOrNaOrNanOrInfScalarOrNull" #> [28799] "isPositiveIntegerOrNaOrNanOrInfVector" #> [28800] "isPositiveIntegerOrNaOrNanOrInfVectorOrNull" #> [28801] "isPositiveIntegerOrNaOrNanScalar" #> [28802] "isPositiveIntegerOrNaOrNanScalarOrNull" #> [28803] "isPositiveIntegerOrNaOrNanVector" #> [28804] "isPositiveIntegerOrNaOrNanVectorOrNull" #> [28805] "isPositiveIntegerOrNaScalar" #> [28806] "isPositiveIntegerOrNaScalarOrNull" #> [28807] "isPositiveIntegerOrNaVector" #> [28808] "isPositiveIntegerOrNaVectorOrNull" #> [28809] "isPositiveIntegerScalar" #> [28810] "isPositiveIntegerScalarOrNull" #> [28811] "isPositiveIntegerVector" #> [28812] "isPositiveIntegerVectorOrNull" #> [28813] "isPositiveNumberOrInfScalar" #> [28814] "isPositiveNumberOrInfScalarOrNull" #> [28815] "isPositiveNumberOrInfVector" #> [28816] "isPositiveNumberOrInfVectorOrNull" #> [28817] "isPositiveNumberOrNanOrInfScalar" #> [28818] "isPositiveNumberOrNanOrInfScalarOrNull" #> [28819] "isPositiveNumberOrNanOrInfVector" #> [28820] "isPositiveNumberOrNanOrInfVectorOrNull" #> [28821] "isPositiveNumberOrNanScalar" #> [28822] "isPositiveNumberOrNanScalarOrNull" #> [28823] "isPositiveNumberOrNanVector" #> [28824] "isPositiveNumberOrNanVectorOrNull" #> [28825] "isPositiveNumberOrNaOrInfScalar" #> [28826] "isPositiveNumberOrNaOrInfScalarOrNull" #> [28827] "isPositiveNumberOrNaOrInfVector" #> [28828] "isPositiveNumberOrNaOrInfVectorOrNull" #> [28829] "isPositiveNumberOrNaOrNanOrInfScalar" #> [28830] "isPositiveNumberOrNaOrNanOrInfScalarOrNull" #> [28831] "isPositiveNumberOrNaOrNanOrInfVector" #> [28832] "isPositiveNumberOrNaOrNanOrInfVectorOrNull" #> [28833] "isPositiveNumberOrNaOrNanScalar" #> [28834] "isPositiveNumberOrNaOrNanScalarOrNull" #> [28835] "isPositiveNumberOrNaOrNanVector" #> [28836] "isPositiveNumberOrNaOrNanVectorOrNull" #> [28837] "isPositiveNumberOrNaScalar" #> [28838] "isPositiveNumberOrNaScalarOrNull" #> [28839] "isPositiveNumberOrNaVector" #> [28840] "isPositiveNumberOrNaVectorOrNull" #> [28841] "isPositiveNumberScalar" #> [28842] "isPositiveNumberScalarOrNull" #> [28843] "isPositiveNumberVector" #> [28844] "isPositiveNumberVectorOrNull" #> [28845] "isStrictlyNegativeIntegerOrInfScalar" #> [28846] "isStrictlyNegativeIntegerOrInfScalarOrNull" #> [28847] "isStrictlyNegativeIntegerOrInfVector" #> [28848] "isStrictlyNegativeIntegerOrInfVectorOrNull" #> [28849] "isStrictlyNegativeIntegerOrNanOrInfScalar" #> [28850] "isStrictlyNegativeIntegerOrNanOrInfScalarOrNull" #> [28851] "isStrictlyNegativeIntegerOrNanOrInfVector" #> [28852] "isStrictlyNegativeIntegerOrNanOrInfVectorOrNull" #> [28853] "isStrictlyNegativeIntegerOrNanScalar" #> [28854] "isStrictlyNegativeIntegerOrNanScalarOrNull" #> [28855] "isStrictlyNegativeIntegerOrNanVector" #> [28856] "isStrictlyNegativeIntegerOrNanVectorOrNull" #> [28857] "isStrictlyNegativeIntegerOrNaOrInfScalar" #> [28858] "isStrictlyNegativeIntegerOrNaOrInfScalarOrNull" #> [28859] "isStrictlyNegativeIntegerOrNaOrInfVector" #> [28860] "isStrictlyNegativeIntegerOrNaOrInfVectorOrNull" #> [28861] "isStrictlyNegativeIntegerOrNaOrNanOrInfScalar" #> [28862] "isStrictlyNegativeIntegerOrNaOrNanOrInfScalarOrNull" #> [28863] "isStrictlyNegativeIntegerOrNaOrNanOrInfVector" #> [28864] "isStrictlyNegativeIntegerOrNaOrNanOrInfVectorOrNull" #> [28865] "isStrictlyNegativeIntegerOrNaOrNanScalar" #> [28866] "isStrictlyNegativeIntegerOrNaOrNanScalarOrNull" #> [28867] "isStrictlyNegativeIntegerOrNaOrNanVector" #> [28868] "isStrictlyNegativeIntegerOrNaOrNanVectorOrNull" #> [28869] "isStrictlyNegativeIntegerOrNaScalar" #> [28870] "isStrictlyNegativeIntegerOrNaScalarOrNull" #> [28871] "isStrictlyNegativeIntegerOrNaVector" #> [28872] "isStrictlyNegativeIntegerOrNaVectorOrNull" #> [28873] "isStrictlyNegativeIntegerScalar" #> [28874] "isStrictlyNegativeIntegerScalarOrNull" #> [28875] "isStrictlyNegativeIntegerVector" #> [28876] "isStrictlyNegativeIntegerVectorOrNull" #> [28877] "isStrictlyNegativeNumberOrInfScalar" #> [28878] "isStrictlyNegativeNumberOrInfScalarOrNull" #> [28879] "isStrictlyNegativeNumberOrInfVector" #> [28880] "isStrictlyNegativeNumberOrInfVectorOrNull" #> [28881] "isStrictlyNegativeNumberOrNanOrInfScalar" #> [28882] "isStrictlyNegativeNumberOrNanOrInfScalarOrNull" #> [28883] "isStrictlyNegativeNumberOrNanOrInfVector" #> [28884] "isStrictlyNegativeNumberOrNanOrInfVectorOrNull" #> [28885] "isStrictlyNegativeNumberOrNanScalar" #> [28886] "isStrictlyNegativeNumberOrNanScalarOrNull" #> [28887] "isStrictlyNegativeNumberOrNanVector" #> [28888] "isStrictlyNegativeNumberOrNanVectorOrNull" #> [28889] "isStrictlyNegativeNumberOrNaOrInfScalar" #> [28890] "isStrictlyNegativeNumberOrNaOrInfScalarOrNull" #> [28891] "isStrictlyNegativeNumberOrNaOrInfVector" #> [28892] "isStrictlyNegativeNumberOrNaOrInfVectorOrNull" #> [28893] "isStrictlyNegativeNumberOrNaOrNanOrInfScalar" #> [28894] "isStrictlyNegativeNumberOrNaOrNanOrInfScalarOrNull" #> [28895] "isStrictlyNegativeNumberOrNaOrNanOrInfVector" #> [28896] "isStrictlyNegativeNumberOrNaOrNanOrInfVectorOrNull" #> [28897] "isStrictlyNegativeNumberOrNaOrNanScalar" #> [28898] "isStrictlyNegativeNumberOrNaOrNanScalarOrNull" #> [28899] "isStrictlyNegativeNumberOrNaOrNanVector" #> [28900] "isStrictlyNegativeNumberOrNaOrNanVectorOrNull" #> [28901] "isStrictlyNegativeNumberOrNaScalar" #> [28902] "isStrictlyNegativeNumberOrNaScalarOrNull" #> [28903] "isStrictlyNegativeNumberOrNaVector" #> [28904] "isStrictlyNegativeNumberOrNaVectorOrNull" #> [28905] "isStrictlyNegativeNumberScalar" #> [28906] "isStrictlyNegativeNumberScalarOrNull" #> [28907] "isStrictlyNegativeNumberVector" #> [28908] "isStrictlyNegativeNumberVectorOrNull" #> [28909] "isStrictlyPositiveIntegerOrInfScalar" #> [28910] "isStrictlyPositiveIntegerOrInfScalarOrNull" #> [28911] "isStrictlyPositiveIntegerOrInfVector" #> [28912] "isStrictlyPositiveIntegerOrInfVectorOrNull" #> [28913] "isStrictlyPositiveIntegerOrNanOrInfScalar" #> [28914] "isStrictlyPositiveIntegerOrNanOrInfScalarOrNull" #> [28915] "isStrictlyPositiveIntegerOrNanOrInfVector" #> [28916] "isStrictlyPositiveIntegerOrNanOrInfVectorOrNull" #> [28917] "isStrictlyPositiveIntegerOrNanScalar" #> [28918] "isStrictlyPositiveIntegerOrNanScalarOrNull" #> [28919] "isStrictlyPositiveIntegerOrNanVector" #> [28920] "isStrictlyPositiveIntegerOrNanVectorOrNull" #> [28921] "isStrictlyPositiveIntegerOrNaOrInfScalar" #> [28922] "isStrictlyPositiveIntegerOrNaOrInfScalarOrNull" #> [28923] "isStrictlyPositiveIntegerOrNaOrInfVector" #> [28924] "isStrictlyPositiveIntegerOrNaOrInfVectorOrNull" #> [28925] "isStrictlyPositiveIntegerOrNaOrNanOrInfScalar" #> [28926] "isStrictlyPositiveIntegerOrNaOrNanOrInfScalarOrNull" #> [28927] "isStrictlyPositiveIntegerOrNaOrNanOrInfVector" #> [28928] "isStrictlyPositiveIntegerOrNaOrNanOrInfVectorOrNull" #> [28929] "isStrictlyPositiveIntegerOrNaOrNanScalar" #> [28930] "isStrictlyPositiveIntegerOrNaOrNanScalarOrNull" #> [28931] "isStrictlyPositiveIntegerOrNaOrNanVector" #> [28932] "isStrictlyPositiveIntegerOrNaOrNanVectorOrNull" #> [28933] "isStrictlyPositiveIntegerOrNaScalar" #> [28934] "isStrictlyPositiveIntegerOrNaScalarOrNull" #> [28935] "isStrictlyPositiveIntegerOrNaVector" #> [28936] "isStrictlyPositiveIntegerOrNaVectorOrNull" #> [28937] "isStrictlyPositiveIntegerScalar" #> [28938] "isStrictlyPositiveIntegerScalarOrNull" #> [28939] "isStrictlyPositiveIntegerVector" #> [28940] "isStrictlyPositiveIntegerVectorOrNull" #> [28941] "isStrictlyPositiveNumberOrInfScalar" #> [28942] "isStrictlyPositiveNumberOrInfScalarOrNull" #> [28943] "isStrictlyPositiveNumberOrInfVector" #> [28944] "isStrictlyPositiveNumberOrInfVectorOrNull" #> [28945] "isStrictlyPositiveNumberOrNanOrInfScalar" #> [28946] "isStrictlyPositiveNumberOrNanOrInfScalarOrNull" #> [28947] "isStrictlyPositiveNumberOrNanOrInfVector" #> [28948] "isStrictlyPositiveNumberOrNanOrInfVectorOrNull" #> [28949] "isStrictlyPositiveNumberOrNanScalar" #> [28950] "isStrictlyPositiveNumberOrNanScalarOrNull" #> [28951] "isStrictlyPositiveNumberOrNanVector" #> [28952] "isStrictlyPositiveNumberOrNanVectorOrNull" #> [28953] "isStrictlyPositiveNumberOrNaOrInfScalar" #> [28954] "isStrictlyPositiveNumberOrNaOrInfScalarOrNull" #> [28955] "isStrictlyPositiveNumberOrNaOrInfVector" #> [28956] "isStrictlyPositiveNumberOrNaOrInfVectorOrNull" #> [28957] "isStrictlyPositiveNumberOrNaOrNanOrInfScalar" #> [28958] "isStrictlyPositiveNumberOrNaOrNanOrInfScalarOrNull" #> [28959] "isStrictlyPositiveNumberOrNaOrNanOrInfVector" #> [28960] "isStrictlyPositiveNumberOrNaOrNanOrInfVectorOrNull" #> [28961] "isStrictlyPositiveNumberOrNaOrNanScalar" #> [28962] "isStrictlyPositiveNumberOrNaOrNanScalarOrNull" #> [28963] "isStrictlyPositiveNumberOrNaOrNanVector" #> [28964] "isStrictlyPositiveNumberOrNaOrNanVectorOrNull" #> [28965] "isStrictlyPositiveNumberOrNaScalar" #> [28966] "isStrictlyPositiveNumberOrNaScalarOrNull" #> [28967] "isStrictlyPositiveNumberOrNaVector" #> [28968] "isStrictlyPositiveNumberOrNaVectorOrNull" #> [28969] "isStrictlyPositiveNumberScalar" #> [28970] "isStrictlyPositiveNumberScalarOrNull" #> [28971] "isStrictlyPositiveNumberVector" #> [28972] "isStrictlyPositiveNumberVectorOrNull" #> [28973] "isStringScalar" #> [28974] "isStringScalarOrNull" #> [28975] "isStringVector" #> [28976] "isStringVectorOrNull" #> [28977] "isZeroOrNanScalar" #> [28978] "isZeroOrNanScalarOrNull" #> [28979] "isZeroOrNanVector" #> [28980] "isZeroOrNanVectorOrNull" #> [28981] "isZeroOrNaOrNanScalar" #> [28982] "isZeroOrNaOrNanScalarOrNull" #> [28983] "isZeroOrNaOrNanVector" #> [28984] "isZeroOrNaOrNanVectorOrNull" #> [28985] "isZeroOrNaScalar" #> [28986] "isZeroOrNaScalarOrNull" #> [28987] "isZeroOrNaVector" #> [28988] "isZeroOrNaVectorOrNull" #> [28989] "isZeroScalar" #> [28990] "isZeroScalarOrNull" #> [28991] "isZeroVector" #> [28992] "isZeroVectorOrNull" #> [28993] "CheckDigit-package" #> [28994] "AppendCheckDigit" #> [28995] "VerifyCheckDigit" #> [28996] "checkLuhn-package" #> [28997] "bin_ranges" #> [28998] "checkLuhn" #> [28999] "issuer" #> [29000] "'checkFunction.R'" #> [29001] "'checkInt.R'" #> [29002] "'checkIntegerish.R'" #> [29003] "'checkList.R'" #> [29004] "'checkMatrix.R'" #> [29005] "'checkMultiClass.R'" #> [29006] "'checkNames.R'" #> [29007] "'checkNull.R'" #> [29008] "'checkNumber.R'" #> [29009] "'checkOS.R'" #> [29010] "'checkPOSIXct.R'" #> [29011] "'checkPathForOutput.R'" #> [29012] "'checkRaw.R'" #> [29013] "'checkScalar.R'" #> [29014] "'checkSetEqual.R'" #> [29015] "'checkString.R'" #> [29016] "'checkSubset.R'" #> [29017] "'checkTibble.R'" #> [29018] "'checkVector.R'" #> [29019] "'coalesce.R'" #> [29020] "'matchArg.R'" #> [29021] "'qassert.R'" #> [29022] "'qassertr.R'" #> [29023] "'vname.R'" #> [29024] "2019-01-15" #> [29025] "16:20:03" #> [29026] "checkmate-package" #> [29027] "allMissing" #> [29028] "anyInfinite" #> [29029] "anyNaN" #> [29030] "AssertCollection" #> [29031] "checkAccess" #> [29032] "checkArray" #> [29033] "checkAtomic" #> [29034] "checkAtomicVector" #> [29035] "checkBit" #> [29036] "checkCharacter" #> [29037] "checkChoice" #> [29038] "checkClass" #> [29039] "checkComplex" #> [29040] "checkCount" #> [29041] "checkDataFrame" #> [29042] "checkDataTable" #> [29043] "checkDate" #> [29044] "checkDirectoryExists" #> [29045] "checkDisjunct" #> [29046] "checkDouble" #> [29047] "checkEnvironment" #> [29048] "checkFactor" #> [29049] "checkFALSE" #> [29050] "checkFileExists" #> [29051] "checkFlag" #> [29052] "checkFormula" #> [29053] "checkFunction" #> [29054] "checkInt" #> [29055] "checkInteger" #> [29056] "checkIntegerish" #> [29057] "checkList" #> [29058] "checkLogical" #> [29059] "checkMatrix" #> [29060] "checkMultiClass" #> [29061] "checkNamed" #> [29062] "checkNames" #> [29063] "checkNull" #> [29064] "checkNumber" #> [29065] "checkNumeric" #> [29066] "checkOS" #> [29067] "checkPathForOutput" #> [29068] "checkPOSIXct" #> [29069] "checkR6" #> [29070] "checkRaw" #> [29071] "checkScalar" #> [29072] "checkScalarNA" #> [29073] "checkSetEqual" #> [29074] "checkString" #> [29075] "checkSubset" #> [29076] "checkTibble" #> [29077] "checkTRUE" #> [29078] "checkVector" #> [29079] "makeAssertion" #> [29080] "makeExpectation" #> [29081] "makeTest" #> [29082] "matchArg" #> [29083] "qassert" #> [29084] "qassertr" #> [29085] "vname" #> [29086] "wf" #> [29087] "%??%" #> [29088] "checkpoint-package" #> [29089] "checkpointArchives" #> [29090] "checkpointRemove" #> [29091] "getAccessDate" #> [29092] "getValidSnapshots" #> [29093] "mranUrl" #> [29094] "scanForPackages" #> [29095] "setSnapshot" #> [29096] "unCheckpoint" #> [29097] "checkor" #> [29098] "check_attributes" #> [29099] "check_character" #> [29100] "check_chr" #> [29101] "check_classes" #> [29102] "check_colnames" #> [29103] "check_count" #> [29104] "check_data" #> [29105] "check_date" #> [29106] "check_dbl" #> [29107] "check_dttm" #> [29108] "check_environment" #> [29109] "check_flag_na" #> [29110] "check_function" #> [29111] "check_grepl" #> [29112] "check_homogenous" #> [29113] "check_inherits" #> [29114] "check_int" #> [29115] "check_integer" #> [29116] "check_intersection" #> [29117] "check_join" #> [29118] "check_key" #> [29119] "check_length" #> [29120] "check_length1" #> [29121] "check_levels" #> [29122] "check_lgl" #> [29123] "check_list" #> [29124] "check_logical" #> [29125] "check_missing_colnames" #> [29126] "check_missing_names" #> [29127] "check_name" #> [29128] "check_named" #> [29129] "check_names" #> [29130] "check_nchar" #> [29131] "check_ncol" #> [29132] "check_neg_dbl" #> [29133] "check_neg_int" #> [29134] "check_nlevels" #> [29135] "check_noneg_dbl" #> [29136] "check_noneg_int" #> [29137] "check_no_attributes" #> [29138] "check_nrow" #> [29139] "check_null" #> [29140] "check_numeric" #> [29141] "check_pattern" #> [29142] "check_pos_dbl" #> [29143] "check_pos_int" #> [29144] "check_prob" #> [29145] "check_props" #> [29146] "check_rbind" #> [29147] "check_scalar" #> [29148] "check_sorted" #> [29149] "check_tzone" #> [29150] "check_unique" #> [29151] "check_unnamed" #> [29152] "check_unused" #> [29153] "check_vector" #> [29154] "chk_deparse" #> [29155] "chk_fail" #> [29156] "chk_max_dbl" #> [29157] "chk_max_int" #> [29158] "chk_min_dbl" #> [29159] "chk_min_int" #> [29160] "chk_tiny_dbl" #> [29161] "AggregateCommunities" #> [29162] "ApplyByClass" #> [29163] "Benguela" #> [29164] "mass," #> [29165] "numerical" #> [29166] "biomass" #> [29167] "BodyMassBins" #> [29168] "BroadstoneStream" #> [29169] "cheddar" #> [29170] "ChesapeakeBay" #> [29171] "CollectionApply" #> [29172] "CollectionCPS" #> [29173] "CollectionNPS" #> [29174] "CollectionTLPS" #> [29175] "Community" #> [29176] "property?" #> [29177] "CommunityCollection" #> [29178] "CommunityPropertyNames" #> [29179] "CP" #> [29180] "CPS" #> [29181] "DegreeDistribution" #> [29182] "Intervality" #> [29183] "IsCannibal" #> [29184] "LinearRegressionByClass" #> [29185] "LoadCollection" #> [29186] "LoadCommunity" #> [29187] "LumpNodes" #> [29188] "LumpTrophicSpecies" #> [29189] "Millstream" #> [29190] "Node" #> [29191] "NodeNameIndices" #> [29192] "NodePropertyNames" #> [29193] "NP" #> [29194] "NPS" #> [29195] "NumberOfNodes" #> [29196] "NumberOfTrophicLinks" #> [29197] "NvMConvexHull" #> [29198] "NvMLinearRegressions" #> [29199] "NvMTriTrophicStatistics" #> [29200] "NvMTriTrophicTable" #> [29201] "Omnivory" #> [29202] "OrderCollection" #> [29203] "OrderCommunity" #> [29204] "pHWebs" #> [29205] "PlotAuppervAlower" #> [29206] "PlotCircularWeb" #> [29207] "PlotHelpers" #> [29208] "PlotNPS" #> [29209] "PlotNPSDistribution" #> [29210] "PlotRankNPS" #> [29211] "PlotTLPS" #> [29212] "PlotWagonWheel" #> [29213] "PlotWebByLevel" #> [29214] "PredationMatrix" #> [29215] "PredationMatrixToLinks" #> [29216] "Pyramid" #> [29217] "QuantitativeDescriptors" #> [29218] "RemoveCannibalisticLinks" #> [29219] "RemoveIsolatedNodes" #> [29220] "RemoveNodes" #> [29221] "ResourceLargerThanConsumer" #> [29222] "ResourcesByNode" #> [29223] "ShortestPaths" #> [29224] "SiteBySpeciesMatrix" #> [29225] "SkipwithPond" #> [29226] "Spectrum" #> [29227] "subset.CommunityCollection" #> [29228] "ThreeNodeChains" #> [29229] "TL84" #> [29230] "TLP" #> [29231] "TLPS" #> [29232] "TrophicChains" #> [29233] "TrophicChainsStats" #> [29234] "TrophicLevels" #> [29235] "TrophicLinkPropertyNames" #> [29236] "TrophicSimilarity" #> [29237] "TrophicSpecies" #> [29238] "YthanEstuary" #> [29239] "absorb" #> [29240] "descriptives" #> [29241] "dish" #> [29242] "divide" #> [29243] "heart_disease" #> [29244] "stratiply" #> [29245] "stretch" #> [29246] "type_match" #> [29247] "typly" #> [29248] "univariate_associations" #> [29249] "univariate_table" #> [29250] "chemCal-package" #> [29251] "calplot" #> [29252] "din32645" #> [29253] "inverse.predict" #> [29254] "lod" #> [29255] "loq" #> [29256] "massart97ex1" #> [29257] "massart97ex3" #> [29258] "rl95_toluene" #> [29259] "utstats14" #> [29260] "aid364" #> [29261] "chemmodlab" #> [29262] "CombineSplits" #> [29263] "MakeModelDefaults" #> [29264] "ModelTrain" #> [29265] "plot.chemmodlab" #> [29266] "chemometrics-package" #> [29267] "alr" #> [29268] "cereal" #> [29269] "clr" #> [29270] "clvalidity" #> [29271] "delintercept" #> [29272] "drawMahal" #> [29273] "glass.grp" #> [29274] "hyptis" #> [29275] "ilr" #> [29276] "knnEval" #> [29277] "lassocoef" #> [29278] "lassoCV" #> [29279] "lmCV" #> [29280] "Moutlier" #> [29281] "mvr_dcv" #> [29282] "NIR" #> [29283] "nnetEval" #> [29284] "pcaCV" #> [29285] "pcaDiagplot" #> [29286] "pcaVarexpl" #> [29287] "Phenyl" #> [29288] "plotcompmvr" #> [29289] "plotcompprm" #> [29290] "plotpredmvr" #> [29291] "plotpredprm" #> [29292] "plotprm" #> [29293] "plotresmvr" #> [29294] "plotresprm" #> [29295] "plotRidge" #> [29296] "plotSEPmvr" #> [29297] "plotSEPprm" #> [29298] "plotsom" #> [29299] "pls1_nipals" #> [29300] "pls2_nipals" #> [29301] "pls_eigen" #> [29302] "prm" #> [29303] "prm_cv" #> [29304] "prm_dcv" #> [29305] "ridgeCV" #> [29306] "RPvectors" #> [29307] "sd_trim" #> [29308] "svmEval" #> [29309] "treeEval" #> [29310] "ChemometricsWithR-package" #> [29311] "AdjRkl" #> [29312] "Error" #> [29313] "Evaluation" #> [29314] "GA" #> [29315] "installChemometricsWithRData" #> [29316] "MCR" #> [29317] "PCA" #> [29318] "PCA.plot" #> [29319] "pick.peaks" #> [29320] "SA" #> [29321] "unsigned.range" #> [29322] "(ORCID" #> [29323] "Mike" #> [29324] "Bostock" #> [29325] "(author" #> [29326] "d3.js" #> [29327] "library" #> [29328] "plotSpectraJS," #> [29329] "Matt" #> [29330] "Keinsley" #> [29331] "initial" #> [29332] "AOV-PCA" #> [29333] "05:20:12" #> [29334] "ChemoSpec-package" #> [29335] "aovPCAloadings" #> [29336] "aovPCAscores" #> [29337] "aov_pcaSpectra" #> [29338] "baselineSpectra" #> [29339] "binSpectra" #> [29340] "check4Gaps" #> [29341] "chkSpectra" #> [29342] "clupaSpectra" #> [29343] "colorSymbol" #> [29344] "conColScheme" #> [29345] "cv_pcaSpectra" #> [29346] "c_pcaSpectra" #> [29347] "evalClusters" #> [29348] "files2SpectraObject" #> [29349] "hcaScores" #> [29350] "hcaSpectra" #> [29351] "hmapSpectra" #> [29352] "hypTestScores" #> [29353] "loopThruSpectra" #> [29354] "mclust3dSpectra" #> [29355] "mclustSpectra" #> [29356] "metMUD1" #> [29357] "normSpectra" #> [29358] "pcaDiag" #> [29359] "plot2Loadings" #> [29360] "plotLoadings" #> [29361] "plotScores" #> [29362] "plotScores3D" #> [29363] "plotScoresRGL" #> [29364] "plotScree" #> [29365] "plotScree2" #> [29366] "plotSpectra" #> [29367] "plotSpectraDist" #> [29368] "plotSpectraJS" #> [29369] "removeFreq" #> [29370] "removeGroup" #> [29371] "removeSample" #> [29372] "rowDist" #> [29373] "r_pcaSpectra" #> [29374] "sampleDistSpectra" #> [29375] "sgfSpectra" #> [29376] "Spectra" #> [29377] "splitSpectraGroups" #> [29378] "sPlotSpectra" #> [29379] "SrE.IR" #> [29380] "sumGroups" #> [29381] "sumSpectra" #> [29382] "surveySpectra" #> [29383] "ChemoSpec2D-package" #> [29384] "calcLvls" #> [29385] "centscaleSpectra2D" #> [29386] "files2Spectra2DObject" #> [29387] "import2Dspectra" #> [29388] "inspectLvls" #> [29389] "miaLoadings" #> [29390] "miaSpectra2D" #> [29391] "MUD1" #> [29392] "normSpectra2D" #> [29393] "pfacLoadings" #> [29394] "pfacSpectra2D" #> [29395] "plotSlice" #> [29396] "plotSpectra2D" #> [29397] "removePeaks2D" #> [29398] "showScale" #> [29399] "Spectra2D" #> [29400] "toChemoSpec" #> [29401] "ChemoSpecUtils-package" #> [29402] "updateGroups" #> [29403] "Adjusted" #> [29404] "Closed" #> [29405] "Testing" #> [29406] "Closure" #> [29407] "DAG" #> [29408] "given" #> [29409] "collection" #> [29410] "sets." #> [29411] "DAGpick" #> [29412] "DAGstructure" #> [29413] "hommel" #> [29414] "hommelFast" #> [29415] "NAEP" #> [29416] "Pick" #> [29417] "Plot" #> [29418] "regionpick" #> [29419] "Select" #> [29420] "shortcuts" #> [29421] "structured" #> [29422] "Holm" #> [29423] "CHFF" #> [29424] "historyslopes" #> [29425] "standarddistance" #> [29426] "tsdata" #> [29427] "chi" #> [29428] "invchi" #> [29429] "chi2x3way" #> [29430] "chi3scen1" #> [29431] "chi3scen2" #> [29432] "print.chi2x3way" #> [29433] "QQplot" #> [29434] "r3dtable" #> [29435] "simula" #> [29436] "tau3scen1" #> [29437] "tau3scen1new" #> [29438] "tau3scen2" #> [29439] "tau3scen2new" #> [29440] "tauMbootQQ" #> [29441] "add.covariates" #> [29442] "add.fragment.coordinates" #> [29443] "bedtools.installed" #> [29444] "bre80" #> [29445] "check.model.numerical.fit" #> [29446] "check.split.data.numerical.fit" #> [29447] "chicane" #> [29448] "combine.replicates" #> [29449] "convert.bam" #> [29450] "convert.hicup.digest.bed" #> [29451] "distance.bin" #> [29452] "distance.split" #> [29453] "fill.in.zeros" #> [29454] "filter.fragments" #> [29455] "fit.glm" #> [29456] "get.combination.count" #> [29457] "get.distance" #> [29458] "get.id.components" #> [29459] "get.trans.counts" #> [29460] "is.glm.nb.maxiter.warning" #> [29461] "is.glm.nb.theta.error" #> [29462] "is.glm.nb.theta.warning" #> [29463] "model.rows.sanity.check" #> [29464] "model.try.catch" #> [29465] "multiple.testing.correct" #> [29466] "prepare.data" #> [29467] "run.model.fitting" #> [29468] "smart.split" #> [29469] "stratified.enrichment.sample" #> [29470] "test.enrichment" #> [29471] "verify.interaction.data" #> [29472] "connect_to_childes" #> [29473] "get_collections" #> [29474] "get_content" #> [29475] "get_contexts" #> [29476] "get_corpora" #> [29477] "get_database_version" #> [29478] "get_participants" #> [29479] "get_speaker_statistics" #> [29480] "get_table" #> [29481] "get_tokens" #> [29482] "get_transcripts" #> [29483] "get_types" #> [29484] "get_utterances" #> [29485] "childhoodmortality" #> [29486] "model_ipums_dhs_dataset" #> [29487] "aga_15.ref" #> [29488] "aggregate_lms" #> [29489] "belgium.ref" #> [29490] "bp_wuehl_age.ref" #> [29491] "bp_wuehl_height.ref" #> [29492] "calc_confints" #> [29493] "cdc.ref" #> [29494] "colombia_sf.ref" #> [29495] "doyon_age.ref" #> [29496] "doyon_height.ref" #> [29497] "do_iterations" #> [29498] "duran_bf.ref" #> [29499] "ethiop.ref" #> [29500] "fit_gamlss" #> [29501] "fit_gamlss1" #> [29502] "fit_vgam" #> [29503] "fredriks05.ref" #> [29504] "international_lab.ref" #> [29505] "iron.ref" #> [29506] "italian.ref" #> [29507] "japanese.ref" #> [29508] "japan_lab.ref" #> [29509] "kiggs.ref" #> [29510] "kiggs_bp.ref" #> [29511] "kro.ref" #> [29512] "life_circ.ref" #> [29513] "life_liver.ref" #> [29514] "life_skinfold.ref" #> [29515] "lipids.ref" #> [29516] "make_percentile_tab" #> [29517] "mock_df" #> [29518] "mock_value" #> [29519] "mock_values" #> [29520] "nl3.ref" #> [29521] "nl4.ref" #> [29522] "one_iteration" #> [29523] "ParTab-class" #> [29524] "portug.ref" #> [29525] "preterm.ref" #> [29526] "RefGroup-class" #> [29527] "saudi.ref" #> [29528] "sds" #> [29529] "sdsold" #> [29530] "sds_2d" #> [29531] "select_fams" #> [29532] "select_meas" #> [29533] "show,ParTab-method" #> [29534] "show,RefGroup-method" #> [29535] "turkish.ref" #> [29536] "uk1990.ref" #> [29537] "ukwho.ref" #> [29538] "us.ref" #> [29539] "who.ref" #> [29540] "who2007.ref" #> [29541] "wormplot_gg" #> [29542] "zong13.ref" #> [29543] "cherry_model" #> [29544] "climatedata" #> [29545] "count_between" #> [29546] "count_down" #> [29547] "count_up" #> [29548] "dynamic_model" #> [29549] "gala_model" #> [29550] "gdha_model" #> [29551] "gdhr_model" #> [29552] "heat_restriction" #> [29553] "jones_model" #> [29554] "landsberg_model" #> [29555] "lowchill_model" #> [29556] "north_carolina" #> [29557] "pcu_model" #> [29558] "q10_bidabe" #> [29559] "taiwan_model" #> [29560] "unified_model" #> [29561] "utah_model" #> [29562] "2019-03-05" #> [29563] "19:00:14" #> [29564] "chillR-package" #> [29565] "bloom_prediction" #> [29566] "bloom_prediction2" #> [29567] "bloom_prediction3" #> [29568] "california_stations" #> [29569] "check_temperature_record" #> [29570] "check_temperature_scenario" #> [29571] "chile_agromet2chillR" #> [29572] "chilling" #> [29573] "Chilling_Hours" #> [29574] "chilling_hourtable" #> [29575] "color_bar_maker" #> [29576] "daily_chill" #> [29577] "Date2YEARMODA" #> [29578] "daylength" #> [29579] "Dynamic_Model" #> [29580] "extract_differences_between_characters" #> [29581] "extract_temperatures_from_grids" #> [29582] "filter_temperatures" #> [29583] "fix_weather" #> [29584] "GDD" #> [29585] "GDH" #> [29586] "GDH_model" #> [29587] "getClimateWizardData" #> [29588] "getClimateWizard_scenarios" #> [29589] "get_last_date" #> [29590] "get_weather" #> [29591] "handle_chile_agromet" #> [29592] "handle_cimis" #> [29593] "handle_gsod" #> [29594] "handle_ucipm" #> [29595] "handle_wunderground" #> [29596] "identify_common_string" #> [29597] "interpolate_gaps" #> [29598] "interpolate_gaps_hourly" #> [29599] "JDay_count" #> [29600] "JDay_earlier" #> [29601] "JDay_later" #> [29602] "KA_bloom" #> [29603] "KA_weather" #> [29604] "leap_year" #> [29605] "load_ClimateWizard_scenarios" #> [29606] "load_temperature_scenarios" #> [29607] "make_all_day_table" #> [29608] "make_california_UCIPM_station_list" #> [29609] "make_chill_plot" #> [29610] "make_climate_scenario" #> [29611] "make_climate_scenario_from_files" #> [29612] "make_daily_chill_figures" #> [29613] "make_daily_chill_plot" #> [29614] "make_daily_chill_plot2" #> [29615] "make_hourly_temps" #> [29616] "make_JDay" #> [29617] "make_multi_pheno_trend_plot" #> [29618] "make_pheno_trend_plot" #> [29619] "ordered_climate_list" #> [29620] "patch_daily_temperatures" #> [29621] "plot_climateWizard_scenarios" #> [29622] "plot_climate_scenarios" #> [29623] "plot_PLS" #> [29624] "PLS_chill_force" #> [29625] "PLS_pheno" #> [29626] "read_tab" #> [29627] "RPD" #> [29628] "RPIQ" #> [29629] "runn_mean" #> [29630] "runn_mean_pred" #> [29631] "save_temperature_scenarios" #> [29632] "select_by_file_extension" #> [29633] "stack_hourly_temps" #> [29634] "stage_transitions" #> [29635] "step_model" #> [29636] "temperature_generation" #> [29637] "temperature_scenario_baseline_adjustment" #> [29638] "temperature_scenario_from_records" #> [29639] "tempResponse" #> [29640] "tempResponse_daily_list" #> [29641] "tempResponse_hourtable" #> [29642] "test_if_equal" #> [29643] "Utah_Model" #> [29644] "VIP" #> [29645] "weather2chillR" #> [29646] "Winters_hours_gaps" #> [29647] "YEARMODA2Date" #> [29648] "chinese.misc-package" #> [29649] "as.character2" #> [29650] "as.numeric2" #> [29651] "corp_or_dtm" #> [29652] "create_ttm" #> [29653] "csv2txt" #> [29654] "DEFAULT_control1" #> [29655] "DEFAULT_control2" #> [29656] "DEFAULT_cutter" #> [29657] "dictionary_dtm" #> [29658] "dir_or_file" #> [29659] "get_tag_word" #> [29660] "get_tmp_chi_locale" #> [29661] "is_character_vector" #> [29662] "is_positive_integer" #> [29663] "m2doc" #> [29664] "m3m" #> [29665] "make_stoplist" #> [29666] "output_dtm" #> [29667] "scancn" #> [29668] "seg_file" #> [29669] "slim_text" #> [29670] "sort_tf" #> [29671] "sparse_left" #> [29672] "tf2doc" #> [29673] "topic_trend" #> [29674] "txt2csv" #> [29675] "VC" #> [29676] "VCR" #> [29677] "VR" #> [29678] "VRC" #> [29679] "word_cor" #> [29680] "chipPCR-package" #> [29681] "AmpSim" #> [29682] "AmpSim.gui" #> [29683] "amptest" #> [29684] "amptester" #> [29685] "amptester.gui" #> [29686] "bg" #> [29687] "bg.max" #> [29688] "C126EG595" #> [29689] "C126EG685" #> [29690] "C127EGHP" #> [29691] "C17" #> [29692] "C316.amp" #> [29693] "C316.melt.hr" #> [29694] "C316.melt.lr" #> [29695] "C317.amp" #> [29696] "C317.melt.hr" #> [29697] "C317.melt.lr" #> [29698] "C54" #> [29699] "C60.amp" #> [29700] "C60.melt" #> [29701] "C67" #> [29702] "C81" #> [29703] "C85" #> [29704] "capillaryPCR" #> [29705] "CD74" #> [29706] "CD75" #> [29707] "chipPCR.datasets" #> [29708] "CPP" #> [29709] "der" #> [29710] "eff" #> [29711] "Eff1000" #> [29712] "Eff625" #> [29713] "Eff750" #> [29714] "Eff875" #> [29715] "effcalc" #> [29716] "fixNA" #> [29717] "humanrater" #> [29718] "inder" #> [29719] "LAMP" #> [29720] "lm.coefs" #> [29721] "MFIaggr" #> [29722] "MFIaggr.gui" #> [29723] "normalizer" #> [29724] "plot.bg" #> [29725] "plot.der" #> [29726] "plot.eff" #> [29727] "plot.refMFI" #> [29728] "refMFI" #> [29729] "rounder" #> [29730] "RPA" #> [29731] "smoother" #> [29732] "summary-bg" #> [29733] "summary-der" #> [29734] "summary-refMFI" #> [29735] "th.cyc" #> [29736] "VIMCFX96_60" #> [29737] "VIMCFX96_69" #> [29738] "VIMCFX96_meltcurve" #> [29739] "VIMiQ5_595" #> [29740] "VIMiQ5_685" #> [29741] "VIMiQ5_melt" #> [29742] "ChIPtest_1.0-package" #> [29743] "data4" #> [29744] "est.c" #> [29745] "NormTransformation" #> [29746] "TS_kernel" #> [29747] "TS_twosample" #> [29748] "CHMM_EM" #> [29749] "CHMM_VEM" #> [29750] "clusterseg" #> [29751] "coupledHMM" #> [29752] "init.EM" #> [29753] "init.VEM" #> [29754] "toydata" #> [29755] "toystatus" #> [29756] "chngpt" #> [29757] "chngpt.test" #> [29758] "chngptm" #> [29759] "coef.0.ls" #> [29760] "dat.mtct" #> [29761] "dat.mtct.2" #> [29762] "hinge.test" #> [29763] "performance.unit.test" #> [29764] "sim.alphas" #> [29765] "sim.chngpt" #> [29766] "sim.hinge" #> [29767] "sim.my" #> [29768] "sim.pastor" #> [29769] "2019-04-21" #> [29770] "15:10:11" #> [29771] "CHNOSZ-package" #> [29772] "add.obigt" #> [29773] "add.protein" #> [29774] "basis" #> [29775] "berman" #> [29776] "DEW" #> [29777] "diagram" #> [29778] "eos" #> [29779] "EOSregress" #> [29780] "eqdata" #> [29781] "equilibrate" #> [29782] "examples" #> [29783] "extdata" #> [29784] "findit" #> [29785] "IAPWS95" #> [29786] "ionize.aa" #> [29787] "makeup" #> [29788] "mosaic" #> [29789] "NaCl" #> [29790] "nonideal" #> [29791] "palply" #> [29792] "protein.info" #> [29793] "retrieve" #> [29794] "revisit" #> [29795] "subcrt" #> [29796] "swap.basis" #> [29797] "thermo" #> [29798] "util.array" #> [29799] "util.blast" #> [29800] "util.data" #> [29801] "util.expression" #> [29802] "util.fasta" #> [29803] "util.formula" #> [29804] "util.list" #> [29805] "util.matrix" #> [29806] "util.misc" #> [29807] "util.plot" #> [29808] "util.protein" #> [29809] "util.seq" #> [29810] "util.test" #> [29811] "util.units" #> [29812] "util.water" #> [29813] "wjd" #> [29814] "capitalize_authors" #> [29815] "capitalize_titles" #> [29816] "extract_qualis" #> [29817] "get_accepted_papers" #> [29818] "get_advised_dissertations" #> [29819] "get_advised_theses" #> [29820] "get_authors" #> [29821] "get_books" #> [29822] "get_book_chapters" #> [29823] "get_conference_papers" #> [29824] "get_journal_papers" #> [29825] "lattes_to_list" #> [29826] "make_name_surname" #> [29827] "make_productions_page" #> [29828] "plot_chart" #> [29829] "print_accepted" #> [29830] "print_books" #> [29831] "print_book_chapters" #> [29832] "print_conferences" #> [29833] "print_journal_papers" #> [29834] "print_msc_theses" #> [29835] "print_phd_theses" #> [29836] "sort_papers" #> [29837] "choiceDes-package" #> [29838] "cp.scree" #> [29839] "dcm.design" #> [29840] "dcm.design.cand" #> [29841] "dcm.design.effcy" #> [29842] "dcm.design.sort" #> [29843] "optBlockC" #> [29844] "optFederovC" #> [29845] "pw.eval" #> [29846] "tradeoff.des" #> [29847] "write.tab" #> [29848] "ChoiceModelR-package" #> [29849] "choicemodelr" #> [29850] "datar" #> [29851] "sharedatar" #> [29852] "truebetas" #> [29853] "cholera-package" #> [29854] "addCase" #> [29855] "addDelauny" #> [29856] "addEuclideanPath" #> [29857] "addFrame" #> [29858] "addIndexCase" #> [29859] "addKernelDensity" #> [29860] "addLandmarks" #> [29861] "addMilePosts" #> [29862] "addNeighborhoodCases" #> [29863] "addNeighborhoodEuclidean" #> [29864] "addNeighborhoodWalking" #> [29865] "addPlaguePit" #> [29866] "addPump" #> [29867] "addRoads" #> [29868] "addSnow" #> [29869] "addVoronoi" #> [29870] "addWalkingPath" #> [29871] "addWhitehead" #> [29872] "anchor.case" #> [29873] "border" #> [29874] "caseLocator" #> [29875] "classifierAudit" #> [29876] "deldirVertices" #> [29877] "distanceTime" #> [29878] "euclideanPath" #> [29879] "fatalities.address" #> [29880] "fatalities.unstacked" #> [29881] "fixFatalities" #> [29882] "landmark.squares" #> [29883] "landmarkData" #> [29884] "landmarks" #> [29885] "mapRange" #> [29886] "nearestPump" #> [29887] "neighborhoodData" #> [29888] "neighborhoodEuclidean" #> [29889] "neighborhoodVoronoi" #> [29890] "neighborhoodWalking" #> [29891] "ortho.proj" #> [29892] "ortho.proj.pump" #> [29893] "ortho.proj.pump.vestry" #> [29894] "orthogonalProjection" #> [29895] "pearsonResiduals" #> [29896] "plague.pit" #> [29897] "plot.classifier_audit" #> [29898] "plot.euclidean" #> [29899] "plot.euclidean_path" #> [29900] "plot.neighborhood_data" #> [29901] "plot.profile_perspective" #> [29902] "plot.time_series" #> [29903] "plot.voronoi" #> [29904] "plot.walking" #> [29905] "plot.walking_path" #> [29906] "print.classifier_audit" #> [29907] "print.euclidean" #> [29908] "print.euclidean_path" #> [29909] "print.time_series" #> [29910] "print.voronoi" #> [29911] "print.walking" #> [29912] "print.walking_path" #> [29913] "profile2D" #> [29914] "profile3D" #> [29915] "pumpCase" #> [29916] "pumpData" #> [29917] "pumpLocator" #> [29918] "pumps" #> [29919] "pumps.vestry" #> [29920] "regular.cases" #> [29921] "road.segments" #> [29922] "roads" #> [29923] "roadSegments" #> [29924] "segmentLength" #> [29925] "segmentLocator" #> [29926] "sim.ortho.proj" #> [29927] "sim.pump.case" #> [29928] "simulateFatalities" #> [29929] "snow.neighborhood" #> [29930] "snowColors" #> [29931] "snowMap" #> [29932] "snowNeighborhood" #> [29933] "streetHighlight" #> [29934] "streetLength" #> [29935] "streetNameLocator" #> [29936] "streetNumberLocator" #> [29937] "timeSeries" #> [29938] "unitMeter" #> [29939] "unstackFatalities" #> [29940] "walkingPath" #> [29941] "CholWishart" #> [29942] "dWishart" #> [29943] "lmvgamma" #> [29944] "mvdigamma" #> [29945] "rCholWishart" #> [29946] "rGenInvWishart" #> [29947] "rInvCholWishart" #> [29948] "rInvWishart" #> [29949] "rPseudoWishart" #> [29950] "choplump-package" #> [29951] "chooseMatrix" #> [29952] "choplump" #> [29953] "choplumpGeneral" #> [29954] "methodRule1" #> [29955] "wilcox.manyzeros.exact" #> [29956] "chopthin" #> [29957] "ChoR" #> [29958] "ChoR.as.cliques" #> [29959] "ChoR.as.formula" #> [29960] "ChoR.as.graph" #> [29961] "ChoR.Budget" #> [29962] "ChoR.loadData" #> [29963] "ChoR.MML" #> [29964] "ChoR.processResult" #> [29965] "ChoR.SMT" #> [29966] "print.chordalysis" #> [29967] "toString" #> [29968] "chords-package" #> [29969] "Estimate.b.k" #> [29970] "getTheta" #> [29971] "initializeRdsObject" #> [29972] "makeJackControl" #> [29973] "makeRdsSample" #> [29974] "thetaSmoothingNks" #> [29975] "Admin1Choropleth" #> [29976] "Admin1RegionChoropleth" #> [29977] "admin1_choropleth" #> [29978] "admin1_region_choropleth" #> [29979] "calculate_percent_change" #> [29980] "Choropleth" #> [29981] "choroplethr" #> [29982] "choroplethr_acs" #> [29983] "choroplethr_animate" #> [29984] "choroplethr_wdi" #> [29985] "continental_us_states" #> [29986] "CountryChoropleth" #> [29987] "country_choropleth" #> [29988] "CountyChoropleth" #> [29989] "CountyZoomChoropleth" #> [29990] "county_choropleth" #> [29991] "county_choropleth_acs" #> [29992] "county_zoom_choropleth" #> [29993] "df_county_demographics" #> [29994] "df_japan_census" #> [29995] "df_pop_country" #> [29996] "df_pop_county" #> [29997] "df_pop_state" #> [29998] "df_president" #> [29999] "df_president_ts" #> [30000] "df_state_age_2010" #> [30001] "df_state_age_2015" #> [30002] "df_state_demographics" #> [30003] "double_map" #> [30004] "get_acs_data" #> [30005] "get_acs_df" #> [30006] "get_county_demographics" #> [30007] "get_state_demographics" #> [30008] "get_tract_demographics" #> [30009] "get_tract_map" #> [30010] "StateChoropleth" #> [30011] "state_choropleth" #> [30012] "state_choropleth_acs" #> [30013] "TractChoropleth" #> [30014] "tract_choropleth" #> [30015] "USAChoropleth" #> [30016] "zip_map" #> [30017] "admin1.map" #> [30018] "admin1.regions" #> [30019] "admin1_map" #> [30020] "get_admin1_countries" #> [30021] "get_admin1_map" #> [30022] "get_admin1_regions" #> [30023] "country.map" #> [30024] "country.regions" #> [30025] "county.map" #> [30026] "county.regions" #> [30027] "state.map" #> [30028] "state.regions" #> [30029] "all" #> [30030] "chords_ngram" #> [30031] "deg_maj" #> [30032] "deg_min" #> [30033] "eqv" #> [30034] "feature_extraction" #> [30035] "genre" #> [30036] "get_chords" #> [30037] "get_songs" #> [30038] "search_data" #> [30039] "chromer" #> [30040] "chrom_counts" #> [30041] "summarize_counts" #> [30042] "chromoMap" #> [30043] "chromoMap-shiny" #> [30044] "chromoR-package" #> [30045] "buildCIM" #> [30046] "compareCIM" #> [30047] "correctCIM" #> [30048] "correctPairCIM" #> [30049] "imr90.1" #> [30050] "imr90.1.obs" #> [30051] "imr90.2" #> [30052] "seg" #> [30053] "seg.imr90.obs" #> [30054] "segmentCIM" #> [30055] "chron" #> [30056] "cut.dates" #> [30057] "day.of.week" #> [30058] "days" #> [30059] "format.chron" #> [30060] "hours" #> [30061] "is.holiday" #> [30062] "scale" #> [30063] "seq.dates" #> [30064] "trunc.times" #> [30065] "yearmon" #> [30066] "MISE" #> [30067] "numericalDerivative" #> [30068] "penlocreg" #> [30069] "pllr" #> [30070] "SecondDerivativePenalty" #> [30071] "sharp1d" #> [30072] "sharp2d" #> [30073] "sharp3d" #> [30074] "sharp3dB" #> [30075] "sharpen" #> [30076] "chunked-package" #> [30077] "insert_chunkwise_into" #> [30078] "read_chunkwise" #> [30079] "read_csv_chunkwise" #> [30080] "write_chunkwise" #> [30081] "write_csv_chunkwise" #> [30082] "chunkR-package" #> [30083] "chunker" #> [30084] "chunkR_devel" #> [30085] "matrix2df" #> [30086] "abundances2ratios" #> [30087] "at.weight" #> [30088] "ciaaw.mass.2003" #> [30089] "ciaaw.mass.2012" #> [30090] "ciaaw.mass.2016" #> [30091] "iridium.data" #> [30092] "mmm" #> [30093] "normalize.ratios" #> [30094] "platinum.data" #> [30095] "bootstrap_se" #> [30096] "ciee" #> [30097] "est_funct_expr" #> [30098] "generate_data" #> [30099] "get_estimates" #> [30100] "naive_se" #> [30101] "sandwich_se" #> [30102] "score_and_hessian_matrix_functions" #> [30103] "sem_appl" #> [30104] "summary.ciee" #> [30105] "traditional_regression_functions" #> [30106] "CIFsm" #> [30107] "print.CIFsm" #> [30108] "summary.CIFsm" #> [30109] "cifti_brain_structs" #> [30110] "cifti_coords_gifti" #> [30111] "cifti_data" #> [30112] "cifti_read_char" #> [30113] "cifti_xml_txt" #> [30114] "download_cifti_data" #> [30115] "get_cifti_type" #> [30116] "have_cifti_test_data" #> [30117] "is.cifti" #> [30118] "is_cifti_numeric" #> [30119] "matrix_ind_map_nodes" #> [30120] "nifti_2_hdr" #> [30121] "parse_brain_model" #> [30122] "parse_named_map" #> [30123] "parse_parcel" #> [30124] "parse_surface" #> [30125] "parse_volume" #> [30126] "read_cifti" #> [30127] "CIM" #> [30128] "female" #> [30129] "male" #> [30130] "pop15_29" #> [30131] "pop1_14" #> [30132] "pop30_44" #> [30133] "pop45_64" #> [30134] "pop65over" #> [30135] "cimir" #> [30136] "cimis_data" #> [30137] "cimis_items" #> [30138] "cimis_station" #> [30139] "cimis_to_datetime" #> [30140] "set_key" #> [30141] "cin" #> [30142] "cin-internal" #> [30143] "CINID-package" #> [30144] "cinid.plot" #> [30145] "cinid.table" #> [30146] "s.oryzae" #> [30147] "calculate_centralities" #> [30148] "cortex" #> [30149] "dangalchev_closeness_centrality" #> [30150] "drugTarget" #> [30151] "giant_component_extract" #> [30152] "graph_extract_components" #> [30153] "group_centrality" #> [30154] "harmonic_centrality" #> [30155] "kangaroo" #> [30156] "local_bridging_centrality" #> [30157] "misc_extract_components" #> [30158] "pca_centralities" #> [30159] "print_calculate_centralities" #> [30160] "print_visualize_association" #> [30161] "print_visualize_correlations" #> [30162] "print_visualize_dendrogram" #> [30163] "print_visualize_graph" #> [30164] "print_visualize_heatmap" #> [30165] "print_visualize_pair_correlation" #> [30166] "proper_centralities" #> [30167] "rhesus" #> [30168] "summary_calculate_centralities" #> [30169] "summary_graph_extract_components" #> [30170] "summary_pca_centralities" #> [30171] "summary_tsne_centralities" #> [30172] "tsne_centralities" #> [30173] "visualize_association" #> [30174] "visualize_correlations" #> [30175] "visualize_dendrogram" #> [30176] "visualize_graph" #> [30177] "visualize_heatmap" #> [30178] "visualize_pair_correlation" #> [30179] "wiener_index_centrality" #> [30180] "zachary" #> [30181] "interpolation_function" #> [30182] "CIplot" #> [30183] "ORci" #> [30184] "print.ORci" #> [30185] "cir-package" #> [30186] "cirPAVA" #> [30187] "deltaInverse" #> [30188] "doseFind" #> [30189] "is.DRtrace" #> [30190] "isotInterval" #> [30191] "iterCIR" #> [30192] "morrisCI" #> [30193] "oldPAVA" #> [30194] "plot.DRtrace" #> [30195] "quickInverse" #> [30196] "quickIsotone" #> [30197] "wilsonCI" #> [30198] "arcDistance" #> [30199] "BF.circGLM" #> [30200] "cglmShiny" #> [30201] "circGLM" #> [30202] "circglmbayes" #> [30203] "circSD" #> [30204] "coef.circGLM" #> [30205] "essbhv" #> [30206] "estimateDensityBySpline" #> [30207] "fixResultNames" #> [30208] "generateCircGLMData" #> [30209] "getPMP" #> [30210] "IC_compare.circGLM" #> [30211] "is.dichotomous" #> [30212] "mcmc_summary.circGLM" #> [30213] "medianDirection" #> [30214] "modalDirection" #> [30215] "plot.circGLM" #> [30216] "plot_meanboxplot.circGLM" #> [30217] "plot_meancompare.circGLM" #> [30218] "plot_predict.circGLM" #> [30219] "plot_trace.circGLM" #> [30220] "plot_tracestack.circGLM" #> [30221] "predict.circGLM" #> [30222] "predict_function.circGLM" #> [30223] "print.circGLM" #> [30224] "print_all.circGLM" #> [30225] "print_coef.circGLM" #> [30226] "print_mcmc.circGLM" #> [30227] "print_text.circGLM" #> [30228] "residuals.circGLM" #> [30229] "rvmc" #> [30230] "sampleKappa" #> [30231] "circlize-package" #> [30232] "add_transparency" #> [30233] "adjacencyList2Matrix" #> [30234] "calc_gap" #> [30235] "CELL_META" #> [30236] "chordDiagram" #> [30237] "chordDiagramFromDataFrame" #> [30238] "chordDiagramFromMatrix" #> [30239] "circlize" #> [30240] "circos.arrow" #> [30241] "circos.axis" #> [30242] "circos.clear" #> [30243] "circos.dendrogram" #> [30244] "circos.genomicAxis" #> [30245] "circos.genomicDensity" #> [30246] "circos.genomicHeatmap" #> [30247] "circos.genomicIdeogram" #> [30248] "circos.genomicInitialize" #> [30249] "circos.genomicLabels" #> [30250] "circos.genomicLines" #> [30251] "circos.genomicLink" #> [30252] "circos.genomicPoints" #> [30253] "circos.genomicPosTransformLines" #> [30254] "circos.genomicRainfall" #> [30255] "circos.genomicRect" #> [30256] "circos.genomicText" #> [30257] "circos.genomicTrack" #> [30258] "circos.genomicTrackPlotRegion" #> [30259] "circos.info" #> [30260] "circos.initialize" #> [30261] "circos.initializeWithIdeogram" #> [30262] "circos.lines" #> [30263] "circos.link" #> [30264] "circos.nested" #> [30265] "circos.par" #> [30266] "circos.points" #> [30267] "circos.polygon" #> [30268] "circos.raster" #> [30269] "circos.rect" #> [30270] "circos.segments" #> [30271] "circos.text" #> [30272] "circos.track" #> [30273] "circos.trackHist" #> [30274] "circos.trackLines" #> [30275] "circos.trackPlotRegion" #> [30276] "circos.trackPoints" #> [30277] "circos.trackText" #> [30278] "circos.update" #> [30279] "circos.updatePlotRegion" #> [30280] "circos.xaxis" #> [30281] "circos.yaxis" #> [30282] "col2value" #> [30283] "colorRamp2" #> [30284] "convert_height" #> [30285] "convert_length" #> [30286] "convert_x" #> [30287] "convert_y" #> [30288] "cytoband.col" #> [30289] "degree" #> [30290] "draw.sector" #> [30291] "fontsize" #> [30292] "generateRandomBed" #> [30293] "genomicDensity" #> [30294] "get.all.sector.index" #> [30295] "get.all.track.index" #> [30296] "get.cell.meta.data" #> [30297] "get.current.chromosome" #> [30298] "get.current.sector.index" #> [30299] "get.current.track.index" #> [30300] "getI" #> [30301] "highlight.chromosome" #> [30302] "highlight.sector" #> [30303] "names.CELL_META" #> [30304] "posTransform.default" #> [30305] "posTransform.text" #> [30306] "print.CELL_META" #> [30307] "rainfallTransform" #> [30308] "rand_color" #> [30309] "read.chromInfo" #> [30310] "read.cytoband" #> [30311] "reverse.circlize" #> [30312] "set.current.cell" #> [30313] "show.index" #> [30314] "smartAlign" #> [30315] "uh" #> [30316] "ux" #> [30317] "uy" #> [30318] "$.CELL_META" #> [30319] "circ_mle" #> [30320] "lr_test" #> [30321] "M2A" #> [30322] "M2B" #> [30323] "M2C" #> [30324] "M3A" #> [30325] "M3B" #> [30326] "M4A" #> [30327] "M4B" #> [30328] "M5A" #> [30329] "M5B" #> [30330] "plot_circMLE" #> [30331] "CircNNTSR-package" #> [30332] "Ants" #> [30333] "Ants_radians" #> [30334] "Datab3fisher" #> [30335] "Datab3fisher_ready" #> [30336] "DataB5FisherSpherical" #> [30337] "Datab6fisher" #> [30338] "Datab6fisher_ready" #> [30339] "DataUniformBivariate200obs" #> [30340] "EarthquakesPacificMexicogt6" #> [30341] "EarthquakesPacificMexicogt7" #> [30342] "HomicidesMexico2005" #> [30343] "HurricanesGulfofMexico1951to1970" #> [30344] "HurricanesGulfofMexico1971to2008" #> [30345] "mnntsdensity" #> [30346] "mnntsloglik" #> [30347] "mnntsmanifoldnewtonestimation" #> [30348] "mnntsmarginal" #> [30349] "mnntsplot" #> [30350] "mnntsplotmarginal" #> [30351] "mnntsplotwithmarginals" #> [30352] "mnntsrandominitial" #> [30353] "mnntssimulation" #> [30354] "Nest" #> [30355] "nntsABcoefficients" #> [30356] "nntsABcoefficientsSymmetric" #> [30357] "nntsABDensity" #> [30358] "nntsABDensitySymmetric" #> [30359] "nntsdensity" #> [30360] "nntsDensityInterval0to1" #> [30361] "nntsDistribution" #> [30362] "nntsDistributioninterval0to1" #> [30363] "nntsDistributioninterval0to2pi" #> [30364] "nntsestimationSymmetric" #> [30365] "nntsloglik" #> [30366] "nntsloglikInterval0to1" #> [30367] "nntsloglikInterval0to2pi" #> [30368] "nntsloglikSymmetric" #> [30369] "nntsmanifoldnewtonestimation" #> [30370] "nntsmanifoldnewtonestimationinterval0to1" #> [30371] "nntsmanifoldnewtonestimationinterval0to2pi" #> [30372] "nntsplot" #> [30373] "nntsplotInterval0to1" #> [30374] "nntsplotSymmetric" #> [30375] "nntsrandominitial" #> [30376] "nntsrandominitialSymmetric" #> [30377] "nntssimulation" #> [30378] "nntsSymmetricDensity" #> [30379] "ProteinsAAA" #> [30380] "snntsdensity" #> [30381] "snntsdensityplot" #> [30382] "snntsloglik" #> [30383] "snntsmanifoldnewtonestimation" #> [30384] "snntsmarginallatitude" #> [30385] "snntsmarginallongitude" #> [30386] "snntssimulation" #> [30387] "SuicidesMexico2005" #> [30388] "Turtles" #> [30389] "Turtles_radians" #> [30390] "WindDirectionsTrivariate" #> [30391] "DMCE" #> [30392] "DMCEE" #> [30393] "Huberized" #> [30394] "MCE" #> [30395] "MCe" #> [30396] "wind2" #> [30397] "A1" #> [30398] "A1inv" #> [30399] "change.pt" #> [30400] "circ.cor" #> [30401] "circ.disp" #> [30402] "circ.mean" #> [30403] "circ.plot" #> [30404] "circ.range" #> [30405] "circ.reg" #> [30406] "circ.summary" #> [30407] "dcard" #> [30408] "deg" #> [30409] "dmixedvm" #> [30410] "dtri" #> [30411] "dvm" #> [30412] "dwrpcauchy" #> [30413] "dwrpnorm" #> [30414] "est.kappa" #> [30415] "est.rho" #> [30416] "I.0" #> [30417] "I.1" #> [30418] "I.p" #> [30419] "kuiper" #> [30420] "plotedf" #> [30421] "pp.plot" #> [30422] "pvm" #> [30423] "r.test" #> [30424] "rad" #> [30425] "rao.homogeneity" #> [30426] "rao.spacing" #> [30427] "rao.table" #> [30428] "rcard" #> [30429] "rmixedvm" #> [30430] "rose.diag" #> [30431] "rstable" #> [30432] "rtri" #> [30433] "rwrpcauchy" #> [30434] "rwrpnorm" #> [30435] "rwrpstab" #> [30436] "trig.moment" #> [30437] "v0.test" #> [30438] "vm.bootstrap.ci" #> [30439] "vm.ml" #> [30440] "watson" #> [30441] "watson.two" #> [30442] "wrpcauchy.ml" #> [30443] "A1FirstDerivative" #> [30444] "A1SecondDerivative" #> [30445] "angular.deviation" #> [30446] "angular.variance" #> [30447] "aov.circular" #> [30448] "arrows.circular" #> [30449] "as.data.frame.circular" #> [30450] "asytriangular" #> [30451] "axialvonMises" #> [30452] "axis.circular" #> [30453] "bandwidth" #> [30454] "c.circular" #> [30455] "Cardioid" #> [30456] "Carthwrite" #> [30457] "change.point" #> [30458] "circle.control" #> [30459] "Circular" #> [30460] "circular" #> [30461] "circular.colors" #> [30462] "circularp" #> [30463] "conversion.circular" #> [30464] "Coope" #> [30465] "coord2rad" #> [30466] "cor.circular" #> [30467] "curve.circular" #> [30468] "density.circular" #> [30469] "dist.circular" #> [30470] "equal.kappa.test" #> [30471] "fisherB1" #> [30472] "fisherB10" #> [30473] "fisherB11" #> [30474] "fisherB12" #> [30475] "fisherB13" #> [30476] "fisherB18" #> [30477] "fisherB2" #> [30478] "fisherB20" #> [30479] "fisherB3" #> [30480] "fisherB4" #> [30481] "fisherB5" #> [30482] "fisherB6" #> [30483] "fisherB7" #> [30484] "fisherB8" #> [30485] "fisherB9" #> [30486] "GenVonMises" #> [30487] "heatmap.circular" #> [30488] "intersect.modal.region" #> [30489] "JonesPewsey" #> [30490] "KatoJones" #> [30491] "kuiper.test" #> [30492] "lines.circular" #> [30493] "lines.density.circular" #> [30494] "lm.circular" #> [30495] "lsfit.circle" #> [30496] "mean.circular" #> [30497] "meandeviation" #> [30498] "median.circular" #> [30499] "medianHL.circular" #> [30500] "minusPiPlusPi" #> [30501] "mixedvonmises" #> [30502] "mle.vonmises" #> [30503] "mle.vonmises.bootstrap.ci" #> [30504] "mle.wrappedcauchy" #> [30505] "mle.wrappednormal" #> [30506] "modal.region" #> [30507] "ncfrog" #> [30508] "pigeons" #> [30509] "plot.circular" #> [30510] "plot.density.circular" #> [30511] "plot.edf" #> [30512] "plot.lsfit.circle" #> [30513] "points.circular" #> [30514] "pp.unif.plot" #> [30515] "projected" #> [30516] "bivariate" #> [30517] "quantile.circular" #> [30518] "range.circular" #> [30519] "rao.spacing.test" #> [30520] "rao.test" #> [30521] "rayleigh.test" #> [30522] "rho.circular" #> [30523] "rwrappedstable" #> [30524] "sd.circular" #> [30525] "summary.circular" #> [30526] "ticks.circular" #> [30527] "totalvariation.circular" #> [30528] "triangular" #> [30529] "trigonometric.moment" #> [30530] "unique.circular" #> [30531] "var.circular" #> [30532] "vonMises" #> [30533] "wallraff.test" #> [30534] "watson.test" #> [30535] "watson.two.test" #> [30536] "watson.wheeler.test" #> [30537] "watson.williams.test" #> [30538] "weighted.mean.circular" #> [30539] "windrose" #> [30540] "wrappedCauchy" #> [30541] "wrappedNormal" #> [30542] "[.circular" #> [30543] "besselzero" #> [30544] "CircularDDM" #> [30545] "dcddm" #> [30546] "logLik_dt" #> [30547] "logLik_resp" #> [30548] "circumplex-package" #> [30549] "aw2009" #> [30550] "csie" #> [30551] "csig" #> [30552] "csip" #> [30553] "csiv" #> [30554] "html_render" #> [30555] "igicr" #> [30556] "iip32" #> [30557] "iip64" #> [30558] "iipsc" #> [30559] "iis32" #> [30560] "iis64" #> [30561] "instrument" #> [30562] "instruments" #> [30563] "ipipipc" #> [30564] "ipsatize" #> [30565] "isc" #> [30566] "items" #> [30567] "jz2017" #> [30568] "norms" #> [30569] "octants" #> [30570] "poles" #> [30571] "quadrants" #> [30572] "raw_iipsc" #> [30573] "scales" #> [30574] "ssm_analyze" #> [30575] "ssm_append" #> [30576] "ssm_parameters" #> [30577] "ssm_plot" #> [30578] "ssm_plot_circle" #> [30579] "ssm_plot_contrast" #> [30580] "ssm_score" #> [30581] "ssm_table" #> [30582] "cIRT-package" #> [30583] "center_matrix" #> [30584] "choice_matrix" #> [30585] "cIRT" #> [30586] "direct_sum" #> [30587] "Generate_Choice" #> [30588] "payout_matrix" #> [30589] "probitHLM" #> [30590] "riwishart" #> [30591] "survey_data" #> [30592] "Total_Tabulate" #> [30593] "trial_matrix" #> [30594] "TwoPLChoicemcmc" #> [30595] "MGRAF1" #> [30596] "MGRAF2" #> [30597] "MGRAF3" #> [30598] "VSPLOT" #> [30599] "cit-package" #> [30600] "cit.bp" #> [30601] "cit.cp" #> [30602] "fdr.cit" #> [30603] "fdr.od" #> [30604] "fdr.q.para" #> [30605] "fdr.q.perm" #> [30606] "iuq" #> [30607] "linreg" #> [30608] "CITAN-package" #> [30609] "as.character.authorinfo" #> [30610] "as.character.docinfo" #> [30611] "dbExecQuery" #> [30612] "lbsAssess" #> [30613] "lbsClear" #> [30614] "lbsConnect" #> [30615] "lbsCreate" #> [30616] "lbsDeleteAllAuthorsDocuments" #> [30617] "lbsDeleteDocuments" #> [30618] "lbsDescriptiveStats" #> [30619] "lbsDisconnect" #> [30620] "lbsFindDuplicateAuthors" #> [30621] "lbsFindDuplicateTitles" #> [30622] "lbsGetCitations" #> [30623] "lbsGetInfoAuthors" #> [30624] "lbsGetInfoDocuments" #> [30625] "lbsImportDocuments" #> [30626] "lbsMergeAuthors" #> [30627] "lbsSearchAuthors" #> [30628] "lbsSearchDocuments" #> [30629] "lbsTidy" #> [30630] "print.authorinfo" #> [30631] "print.docinfo" #> [30632] "Scopus_ASJC" #> [30633] "Scopus_ImportSources" #> [30634] "Scopus_ReadCSV" #> [30635] "Scopus_SourceList" #> [30636] "cit.assignBcmst" #> [30637] "citbcmst" #> [30638] "exp.norm.bertheau07" #> [30639] "exp.norm.chanrion08" #> [30640] "cit.assignCcmst" #> [30641] "citccmst" #> [30642] "cite" #> [30643] "add_ci" #> [30644] "add_ci.glm" #> [30645] "add_ci.glmerMod" #> [30646] "add_ci.lm" #> [30647] "add_ci.lmerMod" #> [30648] "add_ci.negbin" #> [30649] "add_ci.survreg" #> [30650] "add_pi" #> [30651] "add_pi.glm" #> [30652] "add_pi.glmerMod" #> [30653] "add_pi.lm" #> [30654] "add_pi.lmerMod" #> [30655] "add_pi.negbin" #> [30656] "add_pi.survreg" #> [30657] "add_probs" #> [30658] "add_probs.glm" #> [30659] "add_probs.glmerMod" #> [30660] "add_probs.lm" #> [30661] "add_probs.lmerMod" #> [30662] "add_probs.negbin" #> [30663] "add_probs.survreg" #> [30664] "add_quantile" #> [30665] "add_quantile.glm" #> [30666] "add_quantile.glmerMod" #> [30667] "add_quantile.lm" #> [30668] "add_quantile.lmerMod" #> [30669] "add_quantile.negbin" #> [30670] "add_quantile.survreg" #> [30671] "insert_citation" #> [30672] "load_betterbiblatex_bib" #> [30673] "md_cite" #> [30674] "md_cite_zotero" #> [30675] "query_bib" #> [30676] "tidy_bib_file" #> [30677] "CityPlot-package" #> [30678] "CityPlot" #> [30679] "CityWaterBalance" #> [30680] "combineStreamflow" #> [30681] "combineWaterUse" #> [30682] "cwb_data" #> [30683] "gapfillStreamflow" #> [30684] "getAtmoFlows" #> [30685] "getEvapotranspiration" #> [30686] "getPrecipitation" #> [30687] "getSolutions" #> [30688] "getStreamflow" #> [30689] "getWaterUse" #> [30690] "mergeData" #> [30691] "plotStreamflow" #> [30692] "plotWaterBalance" #> [30693] "bsciuupi" #> [30694] "bsspline" #> [30695] "cistandard" #> [30696] "ciuupi" #> [30697] "cpciuupi" #> [30698] "selciuupi" #> [30699] "Sander" #> [30700] "Madison" #> [30701] "Hobbs" #> [30702] "Anna" #> [30703] "Bladey" #> [30704] "20:30:03" #> [30705] "announcements_list" #> [30706] "apps_delete_instances_projects" #> [30707] "apps_delete_instances_shares_groups" #> [30708] "apps_delete_instances_shares_users" #> [30709] "apps_get" #> [30710] "apps_get_instances" #> [30711] "apps_get_releases" #> [30712] "apps_list" #> [30713] "apps_list_instances" #> [30714] "apps_list_instances_projects" #> [30715] "apps_list_instances_shares" #> [30716] "apps_list_releases" #> [30717] "apps_patch_instances" #> [30718] "apps_post_instances" #> [30719] "apps_put_instances_archive" #> [30720] "apps_put_instances_projects" #> [30721] "apps_put_instances_shares_groups" #> [30722] "apps_put_instances_shares_users" #> [30723] "await" #> [30724] "cancel" #> [30725] "CivisFuture" #> [30726] "civis_file" #> [30727] "civis_file_manifest" #> [30728] "civis_ml" #> [30729] "CIVIS_ML_CLASSIFIERS" #> [30730] "civis_ml_extra_trees_classifier" #> [30731] "civis_ml_extra_trees_regressor" #> [30732] "civis_ml_gradient_boosting_classifier" #> [30733] "civis_ml_gradient_boosting_regressor" #> [30734] "civis_ml_random_forest_classifier" #> [30735] "civis_ml_random_forest_regressor" #> [30736] "CIVIS_ML_REGRESSORS" #> [30737] "civis_ml_sparse_linear_regressor" #> [30738] "civis_ml_sparse_logistic" #> [30739] "civis_ml_sparse_ridge_regressor" #> [30740] "civis_platform" #> [30741] "civis_table" #> [30742] "civis_to_multifile_csv" #> [30743] "clusters_delete_kubernetes_partitions" #> [30744] "clusters_get_kubernetes" #> [30745] "clusters_get_kubernetes_partitions" #> [30746] "clusters_get_workers" #> [30747] "clusters_list_kubernetes" #> [30748] "clusters_list_kubernetes_partitions" #> [30749] "clusters_list_workers" #> [30750] "clusters_list_workers_active_jobs" #> [30751] "clusters_list_workers_queued_jobs" #> [30752] "clusters_patch_kubernetes_partitions" #> [30753] "clusters_post_kubernetes_partitions" #> [30754] "codes_delete" #> [30755] "codes_get" #> [30756] "codes_list" #> [30757] "codes_patch" #> [30758] "codes_post" #> [30759] "codes_put" #> [30760] "coef.civis_ml" #> [30761] "credentials_delete_shares_groups" #> [30762] "credentials_delete_shares_users" #> [30763] "credentials_get" #> [30764] "credentials_list" #> [30765] "credentials_list_shares" #> [30766] "credentials_post" #> [30767] "credentials_post_authenticate" #> [30768] "credentials_post_temporary" #> [30769] "credentials_put" #> [30770] "credentials_put_shares_groups" #> [30771] "credentials_put_shares_users" #> [30772] "databases_delete_whitelist_ips" #> [30773] "databases_get_whitelist_ips" #> [30774] "databases_list" #> [30775] "databases_list_schemas" #> [30776] "databases_list_tables" #> [30777] "databases_list_tables_search" #> [30778] "databases_list_whitelist_ips" #> [30779] "databases_post_whitelist_ips" #> [30780] "DBI" #> [30781] "dbIsReadOnly" #> [30782] "dbi_driver" #> [30783] "default_credential" #> [30784] "download_civis" #> [30785] "endpoints_list" #> [30786] "enhancements_delete_cass_ncoa_projects" #> [30787] "enhancements_delete_cass_ncoa_runs" #> [30788] "enhancements_delete_cass_ncoa_shares_groups" #> [30789] "enhancements_delete_cass_ncoa_shares_users" #> [30790] "enhancements_delete_civis_data_match_projects" #> [30791] "enhancements_delete_civis_data_match_runs" #> [30792] "enhancements_delete_civis_data_match_shares_groups" #> [30793] "enhancements_delete_civis_data_match_shares_users" #> [30794] "enhancements_delete_data_unification_projects" #> [30795] "enhancements_delete_data_unification_runs" #> [30796] "enhancements_delete_data_unification_shares_groups" #> [30797] "enhancements_delete_data_unification_shares_users" #> [30798] "enhancements_delete_person_matching_projects" #> [30799] "enhancements_delete_person_matching_shares_groups" #> [30800] "enhancements_delete_person_matching_shares_users" #> [30801] "enhancements_delete_table_deduplication_projects" #> [30802] "enhancements_delete_table_deduplication_runs" #> [30803] "enhancements_delete_table_deduplication_shares_groups" #> [30804] "enhancements_delete_table_deduplication_shares_users" #> [30805] "enhancements_get_cass_ncoa" #> [30806] "enhancements_get_cass_ncoa_runs" #> [30807] "enhancements_get_civis_data_match" #> [30808] "enhancements_get_civis_data_match_runs" #> [30809] "enhancements_get_data_unification" #> [30810] "enhancements_get_data_unification_runs" #> [30811] "enhancements_get_table_deduplication" #> [30812] "enhancements_get_table_deduplication_runs" #> [30813] "enhancements_list" #> [30814] "enhancements_list_cass_ncoa_projects" #> [30815] "enhancements_list_cass_ncoa_runs" #> [30816] "enhancements_list_cass_ncoa_runs_logs" #> [30817] "enhancements_list_cass_ncoa_runs_outputs" #> [30818] "enhancements_list_cass_ncoa_shares" #> [30819] "enhancements_list_civis_data_match_projects" #> [30820] "enhancements_list_civis_data_match_runs" #> [30821] "enhancements_list_civis_data_match_runs_logs" #> [30822] "enhancements_list_civis_data_match_runs_outputs" #> [30823] "enhancements_list_civis_data_match_shares" #> [30824] "enhancements_list_data_unification_projects" #> [30825] "enhancements_list_data_unification_runs" #> [30826] "enhancements_list_data_unification_runs_logs" #> [30827] "enhancements_list_data_unification_runs_outputs" #> [30828] "enhancements_list_data_unification_shares" #> [30829] "enhancements_list_field_mapping" #> [30830] "enhancements_list_person_matching_projects" #> [30831] "enhancements_list_person_matching_shares" #> [30832] "enhancements_list_table_deduplication_projects" #> [30833] "enhancements_list_table_deduplication_runs" #> [30834] "enhancements_list_table_deduplication_runs_logs" #> [30835] "enhancements_list_table_deduplication_runs_outputs" #> [30836] "enhancements_list_table_deduplication_shares" #> [30837] "enhancements_list_types" #> [30838] "enhancements_patch_cass_ncoa" #> [30839] "enhancements_patch_civis_data_match" #> [30840] "enhancements_patch_data_unification" #> [30841] "enhancements_patch_table_deduplication" #> [30842] "enhancements_post_cass_ncoa" #> [30843] "enhancements_post_cass_ncoa_cancel" #> [30844] "enhancements_post_cass_ncoa_runs" #> [30845] "enhancements_post_civis_data_match" #> [30846] "enhancements_post_civis_data_match_cancel" #> [30847] "enhancements_post_civis_data_match_runs" #> [30848] "enhancements_post_data_unification" #> [30849] "enhancements_post_data_unification_cancel" #> [30850] "enhancements_post_data_unification_runs" #> [30851] "enhancements_post_table_deduplication" #> [30852] "enhancements_post_table_deduplication_cancel" #> [30853] "enhancements_post_table_deduplication_runs" #> [30854] "enhancements_put_cass_ncoa" #> [30855] "enhancements_put_cass_ncoa_archive" #> [30856] "enhancements_put_cass_ncoa_projects" #> [30857] "enhancements_put_cass_ncoa_shares_groups" #> [30858] "enhancements_put_cass_ncoa_shares_users" #> [30859] "enhancements_put_civis_data_match" #> [30860] "enhancements_put_civis_data_match_archive" #> [30861] "enhancements_put_civis_data_match_projects" #> [30862] "enhancements_put_civis_data_match_shares_groups" #> [30863] "enhancements_put_civis_data_match_shares_users" #> [30864] "enhancements_put_data_unification" #> [30865] "enhancements_put_data_unification_archive" #> [30866] "enhancements_put_data_unification_projects" #> [30867] "enhancements_put_data_unification_shares_groups" #> [30868] "enhancements_put_data_unification_shares_users" #> [30869] "enhancements_put_person_matching_archive" #> [30870] "enhancements_put_person_matching_projects" #> [30871] "enhancements_put_person_matching_shares_groups" #> [30872] "enhancements_put_person_matching_shares_users" #> [30873] "enhancements_put_table_deduplication" #> [30874] "enhancements_put_table_deduplication_archive" #> [30875] "enhancements_put_table_deduplication_projects" #> [30876] "enhancements_put_table_deduplication_shares_groups" #> [30877] "enhancements_put_table_deduplication_shares_users" #> [30878] "exports_list" #> [30879] "fetch_all" #> [30880] "fetch_and_generate_client" #> [30881] "fetch_logs" #> [30882] "fetch_oos_scores" #> [30883] "fetch_predictions" #> [30884] "fetch_until" #> [30885] "files_delete_projects" #> [30886] "files_delete_shares_groups" #> [30887] "files_delete_shares_users" #> [30888] "files_get" #> [30889] "files_list_projects" #> [30890] "files_list_shares" #> [30891] "files_post" #> [30892] "files_post_multipart" #> [30893] "files_post_multipart_complete" #> [30894] "files_put_projects" #> [30895] "files_put_shares_groups" #> [30896] "files_put_shares_users" #> [30897] "generate_client" #> [30898] "get_database_id" #> [30899] "get_error" #> [30900] "get_feature_importance" #> [30901] "get_metric" #> [30902] "get_status" #> [30903] "get_table_id" #> [30904] "git_repos_delete" #> [30905] "git_repos_get" #> [30906] "git_repos_list" #> [30907] "git_repos_post" #> [30908] "groups_list" #> [30909] "hist.civis_ml" #> [30910] "imports_delete_files_runs" #> [30911] "imports_delete_projects" #> [30912] "imports_delete_shares_groups" #> [30913] "imports_delete_shares_users" #> [30914] "imports_delete_syncs" #> [30915] "imports_get" #> [30916] "imports_get_batches" #> [30917] "imports_get_files_runs" #> [30918] "imports_list" #> [30919] "imports_list_batches" #> [30920] "imports_list_files_runs" #> [30921] "imports_list_files_runs_logs" #> [30922] "imports_list_projects" #> [30923] "imports_list_runs" #> [30924] "imports_list_runs_logs" #> [30925] "imports_list_shares" #> [30926] "imports_post" #> [30927] "imports_post_batches" #> [30928] "imports_post_cancel" #> [30929] "imports_post_files" #> [30930] "imports_post_files_runs" #> [30931] "imports_post_runs" #> [30932] "imports_post_syncs" #> [30933] "imports_put" #> [30934] "imports_put_archive" #> [30935] "imports_put_projects" #> [30936] "imports_put_shares_groups" #> [30937] "imports_put_shares_users" #> [30938] "imports_put_syncs" #> [30939] "imports_put_syncs_archive" #> [30940] "jobs_delete_projects" #> [30941] "jobs_delete_runs" #> [30942] "jobs_delete_shares_groups" #> [30943] "jobs_delete_shares_users" #> [30944] "jobs_get" #> [30945] "jobs_get_runs" #> [30946] "jobs_list" #> [30947] "jobs_list_children" #> [30948] "jobs_list_parents" #> [30949] "jobs_list_projects" #> [30950] "jobs_list_shares" #> [30951] "jobs_list_workflows" #> [30952] "jobs_post_runs" #> [30953] "jobs_post_trigger_email" #> [30954] "jobs_put_projects" #> [30955] "jobs_put_shares_groups" #> [30956] "jobs_put_shares_users" #> [30957] "match_targets_get" #> [30958] "match_targets_list" #> [30959] "match_targets_patch" #> [30960] "match_targets_post" #> [30961] "media_delete_optimizations_runs" #> [30962] "media_delete_optimizations_shares_groups" #> [30963] "media_delete_optimizations_shares_users" #> [30964] "media_delete_ratecards_shares_groups" #> [30965] "media_delete_ratecards_shares_users" #> [30966] "media_delete_spot_orders_shares_groups" #> [30967] "media_delete_spot_orders_shares_users" #> [30968] "media_get_optimizations" #> [30969] "media_get_optimizations_runs" #> [30970] "media_get_ratecards" #> [30971] "media_get_spot_orders" #> [30972] "media_list_dmas" #> [30973] "media_list_optimizations" #> [30974] "media_list_optimizations_runs" #> [30975] "media_list_optimizations_runs_logs" #> [30976] "media_list_optimizations_shares" #> [30977] "media_list_ratecards" #> [30978] "media_list_ratecards_shares" #> [30979] "media_list_spot_orders" #> [30980] "media_list_spot_orders_shares" #> [30981] "media_list_targets" #> [30982] "media_patch_optimizations" #> [30983] "media_patch_ratecards" #> [30984] "media_post_optimizations" #> [30985] "media_post_optimizations_clone" #> [30986] "media_post_optimizations_runs" #> [30987] "media_post_ratecards" #> [30988] "media_post_spot_orders" #> [30989] "media_put_optimizations_archive" #> [30990] "media_put_optimizations_shares_groups" #> [30991] "media_put_optimizations_shares_users" #> [30992] "media_put_ratecards" #> [30993] "media_put_ratecards_archive" #> [30994] "media_put_ratecards_shares_groups" #> [30995] "media_put_ratecards_shares_users" #> [30996] "media_put_spot_orders" #> [30997] "media_put_spot_orders_archive" #> [30998] "media_put_spot_orders_shares_groups" #> [30999] "media_put_spot_orders_shares_users" #> [31000] "models_delete_builds" #> [31001] "models_delete_projects" #> [31002] "models_delete_shares_groups" #> [31003] "models_delete_shares_users" #> [31004] "models_get" #> [31005] "models_get_builds" #> [31006] "models_list" #> [31007] "models_list_builds" #> [31008] "models_list_builds_logs" #> [31009] "models_list_projects" #> [31010] "models_list_schedules" #> [31011] "models_list_shares" #> [31012] "models_list_types" #> [31013] "models_patch" #> [31014] "models_post" #> [31015] "models_post_builds" #> [31016] "models_put_archive" #> [31017] "models_put_predictions" #> [31018] "models_put_projects" #> [31019] "models_put_schedules" #> [31020] "models_put_shares_groups" #> [31021] "models_put_shares_users" #> [31022] "multipart_upload" #> [31023] "notebooks_delete" #> [31024] "notebooks_delete_deployments" #> [31025] "notebooks_delete_projects" #> [31026] "notebooks_delete_shares_groups" #> [31027] "notebooks_delete_shares_users" #> [31028] "notebooks_get" #> [31029] "notebooks_get_deployments" #> [31030] "notebooks_get_git_commits" #> [31031] "notebooks_list" #> [31032] "notebooks_list_deployments" #> [31033] "notebooks_list_deployments_logs" #> [31034] "notebooks_list_git" #> [31035] "notebooks_list_git_commits" #> [31036] "notebooks_list_projects" #> [31037] "notebooks_list_shares" #> [31038] "notebooks_list_update_links" #> [31039] "notebooks_patch" #> [31040] "notebooks_post" #> [31041] "notebooks_post_clone" #> [31042] "notebooks_post_deployments" #> [31043] "notebooks_post_git_commits" #> [31044] "notebooks_put" #> [31045] "notebooks_put_archive" #> [31046] "notebooks_put_git" #> [31047] "notebooks_put_projects" #> [31048] "notebooks_put_shares_groups" #> [31049] "notebooks_put_shares_users" #> [31050] "notifications_list" #> [31051] "ontology_list" #> [31052] "plot.civis_ml_classifier" #> [31053] "plot.civis_ml_regressor" #> [31054] "predictions_delete_runs" #> [31055] "predictions_get" #> [31056] "predictions_get_runs" #> [31057] "predictions_list" #> [31058] "predictions_list_runs" #> [31059] "predictions_list_runs_logs" #> [31060] "predictions_list_schedules" #> [31061] "predictions_patch" #> [31062] "predictions_post_runs" #> [31063] "predictions_put_schedules" #> [31064] "print.civis_api" #> [31065] "projects_delete" #> [31066] "projects_delete_shares_groups" #> [31067] "projects_delete_shares_users" #> [31068] "projects_get" #> [31069] "projects_list" #> [31070] "projects_list_shares" #> [31071] "projects_post" #> [31072] "projects_put" #> [31073] "projects_put_archive" #> [31074] "projects_put_shares_groups" #> [31075] "projects_put_shares_users" #> [31076] "publish_addin" #> [31077] "publish_html" #> [31078] "publish_rmd" #> [31079] "queries_delete_runs" #> [31080] "queries_get" #> [31081] "queries_get_runs" #> [31082] "queries_list" #> [31083] "queries_list_runs" #> [31084] "queries_list_runs_logs" #> [31085] "queries_post" #> [31086] "queries_post_runs" #> [31087] "queries_put_scripts" #> [31088] "query_civis" #> [31089] "query_civis_file" #> [31090] "read_civis" #> [31091] "refresh_table" #> [31092] "remote_hosts_list" #> [31093] "remote_hosts_list_data_sets" #> [31094] "remote_hosts_post" #> [31095] "remote_hosts_post_authenticate" #> [31096] "reports_delete_grants" #> [31097] "reports_delete_projects" #> [31098] "reports_delete_services_shares_groups" #> [31099] "reports_delete_services_shares_users" #> [31100] "reports_delete_shares_groups" #> [31101] "reports_delete_shares_users" #> [31102] "reports_get" #> [31103] "reports_get_git_commits" #> [31104] "reports_get_services" #> [31105] "reports_list" #> [31106] "reports_list_git" #> [31107] "reports_list_git_commits" #> [31108] "reports_list_projects" #> [31109] "reports_list_services_shares" #> [31110] "reports_list_shares" #> [31111] "reports_list_snapshots" #> [31112] "reports_patch" #> [31113] "reports_patch_services" #> [31114] "reports_patch_snapshots" #> [31115] "reports_post" #> [31116] "reports_post_git_commits" #> [31117] "reports_post_grants" #> [31118] "reports_post_services" #> [31119] "reports_post_snapshots" #> [31120] "reports_put_archive" #> [31121] "reports_put_git" #> [31122] "reports_put_projects" #> [31123] "reports_put_services_shares_groups" #> [31124] "reports_put_services_shares_users" #> [31125] "reports_put_shares_groups" #> [31126] "reports_put_shares_users" #> [31127] "results_delete_grants" #> [31128] "results_delete_projects" #> [31129] "results_delete_services_shares_groups" #> [31130] "results_delete_services_shares_users" #> [31131] "results_delete_shares_groups" #> [31132] "results_delete_shares_users" #> [31133] "results_get" #> [31134] "results_get_git_commits" #> [31135] "results_get_services" #> [31136] "results_list" #> [31137] "results_list_git" #> [31138] "results_list_git_commits" #> [31139] "results_list_projects" #> [31140] "results_list_services_shares" #> [31141] "results_list_shares" #> [31142] "results_list_snapshots" #> [31143] "results_patch" #> [31144] "results_patch_services" #> [31145] "results_patch_snapshots" #> [31146] "results_post" #> [31147] "results_post_git_commits" #> [31148] "results_post_grants" #> [31149] "results_post_services" #> [31150] "results_post_snapshots" #> [31151] "results_put_archive" #> [31152] "results_put_git" #> [31153] "results_put_projects" #> [31154] "results_put_services_shares_groups" #> [31155] "results_put_services_shares_users" #> [31156] "results_put_shares_groups" #> [31157] "results_put_shares_users" #> [31158] "scripts_delete" #> [31159] "scripts_delete_containers" #> [31160] "scripts_delete_containers_projects" #> [31161] "scripts_delete_containers_runs" #> [31162] "scripts_delete_containers_shares_groups" #> [31163] "scripts_delete_containers_shares_users" #> [31164] "scripts_delete_custom" #> [31165] "scripts_delete_custom_projects" #> [31166] "scripts_delete_custom_runs" #> [31167] "scripts_delete_custom_shares_groups" #> [31168] "scripts_delete_custom_shares_users" #> [31169] "scripts_delete_javascript" #> [31170] "scripts_delete_javascript_projects" #> [31171] "scripts_delete_javascript_runs" #> [31172] "scripts_delete_javascript_shares_groups" #> [31173] "scripts_delete_javascript_shares_users" #> [31174] "scripts_delete_python3" #> [31175] "scripts_delete_python3_projects" #> [31176] "scripts_delete_python3_runs" #> [31177] "scripts_delete_python3_shares_groups" #> [31178] "scripts_delete_python3_shares_users" #> [31179] "scripts_delete_r" #> [31180] "scripts_delete_r_projects" #> [31181] "scripts_delete_r_runs" #> [31182] "scripts_delete_r_shares_groups" #> [31183] "scripts_delete_r_shares_users" #> [31184] "scripts_delete_sql" #> [31185] "scripts_delete_sql_projects" #> [31186] "scripts_delete_sql_runs" #> [31187] "scripts_delete_sql_shares_groups" #> [31188] "scripts_delete_sql_shares_users" #> [31189] "scripts_get" #> [31190] "scripts_get_containers" #> [31191] "scripts_get_containers_runs" #> [31192] "scripts_get_custom" #> [31193] "scripts_get_custom_runs" #> [31194] "scripts_get_javascript" #> [31195] "scripts_get_javascript_git_commits" #> [31196] "scripts_get_javascript_runs" #> [31197] "scripts_get_python3" #> [31198] "scripts_get_python3_git_commits" #> [31199] "scripts_get_python3_runs" #> [31200] "scripts_get_r" #> [31201] "scripts_get_r_git_commits" #> [31202] "scripts_get_r_runs" #> [31203] "scripts_get_sql" #> [31204] "scripts_get_sql_git_commits" #> [31205] "scripts_get_sql_runs" #> [31206] "scripts_list" #> [31207] "scripts_list_containers_projects" #> [31208] "scripts_list_containers_runs" #> [31209] "scripts_list_containers_runs_logs" #> [31210] "scripts_list_containers_runs_outputs" #> [31211] "scripts_list_containers_shares" #> [31212] "scripts_list_custom" #> [31213] "scripts_list_custom_projects" #> [31214] "scripts_list_custom_runs" #> [31215] "scripts_list_custom_runs_logs" #> [31216] "scripts_list_custom_runs_outputs" #> [31217] "scripts_list_custom_shares" #> [31218] "scripts_list_history" #> [31219] "scripts_list_javascript_git" #> [31220] "scripts_list_javascript_git_commits" #> [31221] "scripts_list_javascript_projects" #> [31222] "scripts_list_javascript_runs" #> [31223] "scripts_list_javascript_runs_logs" #> [31224] "scripts_list_javascript_runs_outputs" #> [31225] "scripts_list_javascript_shares" #> [31226] "scripts_list_python3_git" #> [31227] "scripts_list_python3_git_commits" #> [31228] "scripts_list_python3_projects" #> [31229] "scripts_list_python3_runs" #> [31230] "scripts_list_python3_runs_logs" #> [31231] "scripts_list_python3_runs_outputs" #> [31232] "scripts_list_python3_shares" #> [31233] "scripts_list_r_git" #> [31234] "scripts_list_r_git_commits" #> [31235] "scripts_list_r_projects" #> [31236] "scripts_list_r_runs" #> [31237] "scripts_list_r_runs_logs" #> [31238] "scripts_list_r_runs_outputs" #> [31239] "scripts_list_r_shares" #> [31240] "scripts_list_sql_git" #> [31241] "scripts_list_sql_git_commits" #> [31242] "scripts_list_sql_projects" #> [31243] "scripts_list_sql_runs" #> [31244] "scripts_list_sql_runs_logs" #> [31245] "scripts_list_sql_runs_outputs" #> [31246] "scripts_list_sql_shares" #> [31247] "scripts_list_types" #> [31248] "scripts_patch" #> [31249] "scripts_patch_containers" #> [31250] "scripts_patch_custom" #> [31251] "scripts_patch_javascript" #> [31252] "scripts_patch_python3" #> [31253] "scripts_patch_r" #> [31254] "scripts_patch_sql" #> [31255] "scripts_post" #> [31256] "scripts_post_cancel" #> [31257] "scripts_post_containers" #> [31258] "scripts_post_containers_clone" #> [31259] "scripts_post_containers_runs" #> [31260] "scripts_post_containers_runs_logs" #> [31261] "scripts_post_containers_runs_outputs" #> [31262] "scripts_post_custom" #> [31263] "scripts_post_custom_clone" #> [31264] "scripts_post_custom_runs" #> [31265] "scripts_post_custom_runs_outputs" #> [31266] "scripts_post_javascript" #> [31267] "scripts_post_javascript_clone" #> [31268] "scripts_post_javascript_git_commits" #> [31269] "scripts_post_javascript_runs" #> [31270] "scripts_post_javascript_runs_outputs" #> [31271] "scripts_post_python3" #> [31272] "scripts_post_python3_clone" #> [31273] "scripts_post_python3_git_commits" #> [31274] "scripts_post_python3_runs" #> [31275] "scripts_post_python3_runs_outputs" #> [31276] "scripts_post_r" #> [31277] "scripts_post_run" #> [31278] "scripts_post_r_clone" #> [31279] "scripts_post_r_git_commits" #> [31280] "scripts_post_r_runs" #> [31281] "scripts_post_r_runs_outputs" #> [31282] "scripts_post_sql" #> [31283] "scripts_post_sql_clone" #> [31284] "scripts_post_sql_git_commits" #> [31285] "scripts_post_sql_runs" #> [31286] "scripts_put_containers" #> [31287] "scripts_put_containers_archive" #> [31288] "scripts_put_containers_projects" #> [31289] "scripts_put_containers_shares_groups" #> [31290] "scripts_put_containers_shares_users" #> [31291] "scripts_put_custom" #> [31292] "scripts_put_custom_archive" #> [31293] "scripts_put_custom_projects" #> [31294] "scripts_put_custom_shares_groups" #> [31295] "scripts_put_custom_shares_users" #> [31296] "scripts_put_javascript" #> [31297] "scripts_put_javascript_archive" #> [31298] "scripts_put_javascript_git" #> [31299] "scripts_put_javascript_projects" #> [31300] "scripts_put_javascript_shares_groups" #> [31301] "scripts_put_javascript_shares_users" #> [31302] "scripts_put_python3" #> [31303] "scripts_put_python3_archive" #> [31304] "scripts_put_python3_git" #> [31305] "scripts_put_python3_projects" #> [31306] "scripts_put_python3_shares_groups" #> [31307] "scripts_put_python3_shares_users" #> [31308] "scripts_put_r" #> [31309] "scripts_put_r_archive" #> [31310] "scripts_put_r_git" #> [31311] "scripts_put_r_projects" #> [31312] "scripts_put_r_shares_groups" #> [31313] "scripts_put_r_shares_users" #> [31314] "scripts_put_sql" #> [31315] "scripts_put_sql_archive" #> [31316] "scripts_put_sql_git" #> [31317] "scripts_put_sql_projects" #> [31318] "scripts_put_sql_shares_groups" #> [31319] "scripts_put_sql_shares_users" #> [31320] "search_list" #> [31321] "search_list_types" #> [31322] "services_delete" #> [31323] "services_delete_deployments" #> [31324] "services_delete_projects" #> [31325] "services_delete_shares_groups" #> [31326] "services_delete_shares_users" #> [31327] "services_delete_tokens" #> [31328] "services_get" #> [31329] "services_get_deployments" #> [31330] "services_list" #> [31331] "services_list_deployments" #> [31332] "services_list_deployments_logs" #> [31333] "services_list_projects" #> [31334] "services_list_shares" #> [31335] "services_list_tokens" #> [31336] "services_patch" #> [31337] "services_post" #> [31338] "services_post_clone" #> [31339] "services_post_deployments" #> [31340] "services_post_redeploy" #> [31341] "services_post_tokens" #> [31342] "services_put" #> [31343] "services_put_archive" #> [31344] "services_put_projects" #> [31345] "services_put_shares_groups" #> [31346] "services_put_shares_users" #> [31347] "stash_local_dataframe" #> [31348] "tables_get" #> [31349] "tables_get_enhancements_cass_ncoa" #> [31350] "tables_get_enhancements_geocodings" #> [31351] "tables_get_enhancements_prepared_matchings" #> [31352] "tables_get_enhancements_table_matchings" #> [31353] "tables_list" #> [31354] "tables_list_columns" #> [31355] "tables_patch" #> [31356] "tables_post" #> [31357] "tables_post_enhance" #> [31358] "tables_post_enhancements_cass_ncoa" #> [31359] "tables_post_enhancements_geocodings" #> [31360] "tables_post_enhancements_prepared_matchings" #> [31361] "tables_post_enhancements_table_matchings" #> [31362] "tables_post_refresh" #> [31363] "templates_delete_reports" #> [31364] "templates_delete_reports_shares_groups" #> [31365] "templates_delete_reports_shares_users" #> [31366] "templates_delete_scripts" #> [31367] "templates_delete_scripts_projects" #> [31368] "templates_delete_scripts_shares_groups" #> [31369] "templates_delete_scripts_shares_users" #> [31370] "templates_get_reports" #> [31371] "templates_get_scripts" #> [31372] "templates_list_reports" #> [31373] "templates_list_reports_shares" #> [31374] "templates_list_scripts" #> [31375] "templates_list_scripts_projects" #> [31376] "templates_list_scripts_shares" #> [31377] "templates_patch_reports" #> [31378] "templates_patch_scripts" #> [31379] "templates_post_reports" #> [31380] "templates_post_scripts" #> [31381] "templates_put_reports" #> [31382] "templates_put_reports_shares_groups" #> [31383] "templates_put_reports_shares_users" #> [31384] "templates_put_scripts" #> [31385] "templates_put_scripts_projects" #> [31386] "templates_put_scripts_shares_groups" #> [31387] "templates_put_scripts_shares_users" #> [31388] "transfer_table" #> [31389] "users_delete_api_keys" #> [31390] "users_get" #> [31391] "users_get_api_keys" #> [31392] "users_list" #> [31393] "users_list_api_keys" #> [31394] "users_list_me" #> [31395] "users_patch_me" #> [31396] "users_post_api_keys" #> [31397] "workflows_delete_projects" #> [31398] "workflows_delete_shares_groups" #> [31399] "workflows_delete_shares_users" #> [31400] "workflows_get" #> [31401] "workflows_get_executions" #> [31402] "workflows_get_git_commits" #> [31403] "workflows_list" #> [31404] "workflows_list_executions" #> [31405] "workflows_list_git" #> [31406] "workflows_list_git_commits" #> [31407] "workflows_list_projects" #> [31408] "workflows_list_shares" #> [31409] "workflows_patch" #> [31410] "workflows_post" #> [31411] "workflows_post_clone" #> [31412] "workflows_post_executions" #> [31413] "workflows_post_executions_cancel" #> [31414] "workflows_post_executions_resume" #> [31415] "workflows_post_executions_retry" #> [31416] "workflows_post_git_commits" #> [31417] "workflows_put" #> [31418] "workflows_put_archive" #> [31419] "workflows_put_git" #> [31420] "workflows_put_projects" #> [31421] "workflows_put_shares_groups" #> [31422] "workflows_put_shares_users" #> [31423] "write_chunks" #> [31424] "write_civis" #> [31425] "write_civis_file" #> [31426] "cjamp" #> [31427] "compute_expl_var" #> [31428] "compute_MAF" #> [31429] "generate_clayton_copula" #> [31430] "generate_genodata" #> [31431] "generate_phenodata" #> [31432] "get_estimates_naive" #> [31433] "lrt" #> [31434] "minusloglik" #> [31435] "summary.cjamp" #> [31436] "cjoint-package" #> [31437] "amce" #> [31438] "immigrationconjoint" #> [31439] "immigrationdesign" #> [31440] "japan2014conjoint" #> [31441] "plot.amce" #> [31442] "read.qualtrics" #> [31443] "read.with.qualtRics" #> [31444] "summary.amce" #> [31445] "view" #> [31446] "cvsl_auc" #> [31447] "cvsl_plot_roc" #> [31448] "cvsl_weights" #> [31449] "gen_superlearner" #> [31450] "import_csvs" #> [31451] "impute_missing_values" #> [31452] "load_all_code" #> [31453] "load_packages" #> [31454] "missingness_indicators" #> [31455] "plot.SuperLearner" #> [31456] "rf_count_terminal_nodes" #> [31457] "setup_parallel_tmle" #> [31458] "sl_auc_table" #> [31459] "sl_plot_roc" #> [31460] "sl_stderr" #> [31461] "stop_cluster" #> [31462] "tmle_parallel" #> [31463] "ckanr-package" #> [31464] "as.ckan_group" #> [31465] "as.ckan_organization" #> [31466] "as.ckan_package" #> [31467] "as.ckan_related" #> [31468] "as.ckan_resource" #> [31469] "as.ckan_tag" #> [31470] "as.ckan_user" #> [31471] "ckanr_settings" #> [31472] "ckanr_setup" #> [31473] "ckan_classes" #> [31474] "ckan_info" #> [31475] "dashboard_activity_list" #> [31476] "dashboard_count" #> [31477] "ds_create" #> [31478] "ds_create_dataset" #> [31479] "ds_search" #> [31480] "ds_search_sql" #> [31481] "fetch" #> [31482] "group_create" #> [31483] "group_delete" #> [31484] "group_list" #> [31485] "group_patch" #> [31486] "group_show" #> [31487] "group_update" #> [31488] "license_list" #> [31489] "organization_create" #> [31490] "organization_list" #> [31491] "organization_show" #> [31492] "package_activity_list" #> [31493] "package_create" #> [31494] "package_delete" #> [31495] "package_list" #> [31496] "package_list_current" #> [31497] "package_patch" #> [31498] "package_revision_list" #> [31499] "package_search" #> [31500] "package_show" #> [31501] "package_update" #> [31502] "ping" #> [31503] "related_create" #> [31504] "related_delete" #> [31505] "related_list" #> [31506] "related_show" #> [31507] "related_update" #> [31508] "resource_create" #> [31509] "resource_delete" #> [31510] "resource_patch" #> [31511] "resource_search" #> [31512] "resource_show" #> [31513] "resource_update" #> [31514] "revision_list" #> [31515] "tag_list" #> [31516] "tag_search" #> [31517] "tag_show" #> [31518] "user_activity_list" #> [31519] "user_followee_count" #> [31520] "user_followee_list" #> [31521] "user_follower_count" #> [31522] "user_list" #> [31523] "user_show" #> [31524] "omniLRT_fast" #> [31525] "omniRLRT_fast" #> [31526] "Ckmeans.1d.dp-package" #> [31527] "ahist" #> [31528] "plot.Ckmeans.1d.dp" #> [31529] "plot.Cksegs.1d.dp" #> [31530] "plotBIC" #> [31531] "print.Ckmeans.1d.dp" #> [31532] "print.Cksegs.1d.dp" #> [31533] "Univariate" #> [31534] "Clustering" #> [31535] "Segmentation" #> [31536] "CLA" #> [31537] "findMu" #> [31538] "findSig" #> [31539] "MS" #> [31540] "muS.10ex" #> [31541] "muS.sp500" #> [31542] "muSigmaGarch" #> [31543] "plot.CLA" #> [31544] "Graeme" #> [31545] "T." #> [31546] "Lloyd" #> [31547] "Emma" #> [31548] "Sherratt" #> [31549] "13:19:36" #> [31550] "Claddis-package" #> [31551] "AncStateEstMatrix" #> [31552] "ChangesInBins" #> [31553] "ChronoPhyloMorphospacePlot" #> [31554] "CompactifyMatrix" #> [31555] "CorrectRootTime" #> [31556] "Day2016" #> [31557] "DiscreteCharacterRate" #> [31558] "DolloSCM" #> [31559] "EdgeLengthsInBins" #> [31560] "EdgeMatch" #> [31561] "FindAncestor" #> [31562] "FindLinkedEdges" #> [31563] "Gauthier1986" #> [31564] "GetAllStateChanges" #> [31565] "GetDescendantEdges" #> [31566] "GetNodeAges" #> [31567] "MakeMorphMatrix" #> [31568] "MatrixPruner" #> [31569] "Michaux1989" #> [31570] "MinSpanTreeEdges" #> [31571] "MorphDistMatrix" #> [31572] "MorphMatrix2PCoA" #> [31573] "MorphospacePlot" #> [31574] "MultiMorphospacePlot" #> [31575] "PhyloCharCompletenessInBins" #> [31576] "PlotCharacterChanges" #> [31577] "ReadMorphNexus" #> [31578] "SafeTaxonomicReduction" #> [31579] "SafeTaxonomicReinsertion" #> [31580] "StackPlot" #> [31581] "TrimMorphDistMatrix" #> [31582] "WriteMorphNexus" #> [31583] "WriteMorphTNT" #> [31584] "cladoRcpp-package" #> [31585] "areas_list_to_states_list_old" #> [31586] "numstates_from_numareas" #> [31587] "rcpp_areas_list_to_states_list" #> [31588] "rcpp_calc_anclikes_sp" #> [31589] "rcpp_calc_anclikes_sp_COOprobs" #> [31590] "rcpp_calc_anclikes_sp_COOweights_faster" #> [31591] "rcpp_calc_anclikes_sp_prebyte" #> [31592] "rcpp_calc_anclikes_sp_rowsums" #> [31593] "rcpp_calc_anclikes_sp_using_COOprobs" #> [31594] "rcpp_calc_rowsums_for_COOweights_columnar" #> [31595] "rcpp_calc_splitlikes_using_COOweights_columnar" #> [31596] "Rcpp_combn_zerostart" #> [31597] "rcpp_convolve" #> [31598] "rcpp_mult2probvect" #> [31599] "rcpp_states_list_to_DEmat" #> [31600] "strsplit3" #> [31601] "add.dates" #> [31602] "age.pMC" #> [31603] "calBP.14C" #> [31604] "clam" #> [31605] "copyCalibrationCurve" #> [31606] "deptime.age" #> [31607] "deptime.depth" #> [31608] "mix.calibrationcurves" #> [31609] "plot_proxies" #> [31610] "pMC.age" #> [31611] "student.t" #> [31612] "clampSeg-package" #> [31613] "deconvolveLocally" #> [31614] "getCritVal" #> [31615] "gramA" #> [31616] "jules" #> [31617] "lowpassFilter" #> [31618] "stepDetection" #> [31619] "ClamR-package" #> [31620] "CLAM1" #> [31621] "elliot_yr1" #> [31622] "elliot_yr2" #> [31623] "error.bar" #> [31624] "NextPow2" #> [31625] "otolith" #> [31626] "plotproxy.error" #> [31627] "proxyA" #> [31628] "proxyJK" #> [31629] "rwp_limpet" #> [31630] "SinMod" #> [31631] "windowsize" #> [31632] "clarifai-package" #> [31633] "clarifai_check_auth" #> [31634] "clarifai_check_results" #> [31635] "clarifai_check_token" #> [31636] "clarifai_GET" #> [31637] "clarifai_POST" #> [31638] "feedback" #> [31639] "get_color" #> [31640] "get_color_urls" #> [31641] "get_langs" #> [31642] "get_usage" #> [31643] "secret_id" #> [31644] "tag_images" #> [31645] "tag_image_urls" #> [31646] "batchSOM" #> [31647] "condense" #> [31648] "knn" #> [31649] "knn.cv" #> [31650] "knn1" #> [31651] "lvq1" #> [31652] "lvq2" #> [31653] "lvq3" #> [31654] "lvqinit" #> [31655] "lvqtest" #> [31656] "multiedit" #> [31657] "olvq1" #> [31658] "reduce.nn" #> [31659] "SOM" #> [31660] "somgrid" #> [31661] "Bum-class" #> [31662] "BumSummary-class" #> [31663] "Dudoit-class" #> [31664] "dwil" #> [31665] "MultiLinearModel-class" #> [31666] "MultiTtest-class" #> [31667] "MultiWilcoxonTest-class" #> [31668] "rankSum" #> [31669] "Sam-class" #> [31670] "SamSummary-class" #> [31671] "significant" #> [31672] "SingleGroup-class" #> [31673] "SmoothTtest-class" #> [31674] "TNoM-class" #> [31675] "TNoMSummary-class" #> [31676] "TwoGroupStats-class" #> [31677] "variantT" #> [31678] "aspectHeatmap" #> [31679] "BootstrapClusterTest" #> [31680] "cluster3" #> [31681] "ClusterTest-class" #> [31682] "GenePCA" #> [31683] "hclust" #> [31684] "justClusters" #> [31685] "mahalanobisQC" #> [31686] "Mosaic" #> [31687] "PCanova" #> [31688] "PerturbationClusterTest" #> [31689] "plotColoredClusters" #> [31690] "SamplePCA" #> [31691] "classGraph-package" #> [31692] "bGraph" #> [31693] "class2Graph" #> [31694] "classTree" #> [31695] "mRagraph" #> [31696] "numOutEdges" #> [31697] "plotRag" #> [31698] "subClasses" #> [31699] "superClasses" #> [31700] "accuracy_plot" #> [31701] "calculate_auc" #> [31702] "calibration_plot" #> [31703] "classifierplots" #> [31704] "classifierplots_folder" #> [31705] "density_plot" #> [31706] "example_predictions" #> [31707] "lift_plot" #> [31708] "notation_key_plot" #> [31709] "positives_plot" #> [31710] "precision_plot" #> [31711] "propensity_plot" #> [31712] "recall_plot" #> [31713] "roc_plot" #> [31714] "advantage" #> [31715] "classifly" #> [31716] "generate_classification_data" #> [31717] "knnf" #> [31718] "olives" #> [31719] "simvar" #> [31720] "ArrowHead" #> [31721] "BeetleFly" #> [31722] "classiFunc" #> [31723] "classiKernel" #> [31724] "classiKnn" #> [31725] "computeDistMat" #> [31726] "DTI" #> [31727] "DTI_original" #> [31728] "fdataTransform" #> [31729] "Growth" #> [31730] "Growth_irregular" #> [31731] "kerChoices" #> [31732] "metricChoices" #> [31733] "parallelComputeDistMat" #> [31734] "Phoneme" #> [31735] "predict.classiKernel" #> [31736] "predict.classiKnn" #> [31737] "classIntervals" #> [31738] "findColours" #> [31739] "findCols" #> [31740] "getBclustClassIntervals" #> [31741] "jenks.tests" #> [31742] "get_classification" #> [31743] "cld2" #> [31744] "cld3" #> [31745] "OnePrimerRemove" #> [31746] "TwoPrimerRemove" #> [31747] "encode_binary" #> [31748] "encode_onehot" #> [31749] "encode_ordinal" #> [31750] "inspect_map" #> [31751] "inspect_na" #> [31752] "inspect_smap" #> [31753] "partition_random" #> [31754] "wh_dict" #> [31755] "+,ccRecord,ccEpisode-method" #> [31756] "+,ccRecord,ccRecord-method" #> [31757] "+,ccRecord,list-method" #> [31758] "+,ccRecord,NULL-method" #> [31759] "as.number" #> [31760] "ccd_demographic_spell" #> [31761] "ccd_demographic_table" #> [31762] "ccd_select_table" #> [31763] "ccd_unique_spell" #> [31764] "ccEpisode-class" #> [31765] "ccRecord-class" #> [31766] "ccTable-class" #> [31767] "ccTable_apply_filters" #> [31768] "ccTable_clean" #> [31769] "ccTable_create_cctable" #> [31770] "ccTable_export_csv" #> [31771] "ccTable_filter_categories" #> [31772] "ccTable_filter_missingness" #> [31773] "ccTable_filter_nodata" #> [31774] "ccTable_filter_range" #> [31775] "ccTable_reload_conf" #> [31776] "ccTable_reset" #> [31777] "code2stname" #> [31778] "create2dclean" #> [31779] "create_cctable" #> [31780] "data.checklist" #> [31781] "data.quality.report" #> [31782] "data.quality.report.brc" #> [31783] "deltaTime" #> [31784] "demg.distribution" #> [31785] "demographic.data.completeness" #> [31786] "extract_file_origin" #> [31787] "extract_info" #> [31788] "file.summary" #> [31789] "for_each_episode" #> [31790] "getEpisodePeriod" #> [31791] "getXmlepisode" #> [31792] "icnarc2diagnosis" #> [31793] "icnarc_table" #> [31794] "inrange" #> [31795] "is.demographic" #> [31796] "is.drugs" #> [31797] "is.laboratory" #> [31798] "is.physiology" #> [31799] "ITEM_REF" #> [31800] "lenstay" #> [31801] "long2stname" #> [31802] "lookup.items" #> [31803] "new.episode" #> [31804] "physio.distribution" #> [31805] "plot_episode" #> [31806] "plot_episode,ccEpisode,character-method" #> [31807] "plot_episode,ccEpisode,missing-method" #> [31808] "reallocateTimeRecord" #> [31809] "samplerate2d" #> [31810] "site.info" #> [31811] "StdId" #> [31812] "stname2code" #> [31813] "stname2longname" #> [31814] "total.data.point" #> [31815] "which.classification" #> [31816] "whichIsCode" #> [31817] "xml.file.duration.plot" #> [31818] "xml.site.duration.plot" #> [31819] "xml2Data" #> [31820] "xmlLoad" #> [31821] "xmlTime2POSIX" #> [31822] "[,ccRecord,ANY-method" #> [31823] "[,ccRecord,character-method" #> [31824] "[[,ccRecord-method" #> [31825] "AutoComplete" #> [31826] "AutoCompleteTable" #> [31827] "BestAccuracy" #> [31828] "BestAccuracyTable" #> [31829] "BestVector" #> [31830] "BestVectorTable" #> [31831] "Candidates" #> [31832] "CandidatesTable" #> [31833] "CompleteDataset" #> [31834] "CompleteDatasetTable" #> [31835] "GenerateCandidates" #> [31836] "GenerateCandidatesTable" #> [31837] "MeanAccuracy" #> [31838] "MeanAccuracyTable" #> [31839] "NA_VALUES" #> [31840] "WorstAccuracy" #> [31841] "WorstAccuracyTable" #> [31842] "cleangeo" #> [31843] "clgeo_Clean" #> [31844] "clgeo_CleanByPolygonation.Polygon" #> [31845] "clgeo_CleanByPolygonation.Polygons" #> [31846] "clgeo_CleanByPolygonation.SpatialPolygons" #> [31847] "clgeo_CollectionReport" #> [31848] "clgeo_GeometryReport" #> [31849] "clgeo_IsValid" #> [31850] "clgeo_SummaryReport" #> [31851] "clgeo_SuspiciousFeatures" #> [31852] "cleanNLP-package" #> [31853] "cnlp_annotate" #> [31854] "cnlp_combine_documents" #> [31855] "cnlp_download_corenlp" #> [31856] "cnlp_download_udpipe" #> [31857] "cnlp_extract_documents" #> [31858] "cnlp_get_coreference" #> [31859] "cnlp_get_dependency" #> [31860] "cnlp_get_document" #> [31861] "cnlp_get_entity" #> [31862] "cnlp_get_sentence" #> [31863] "cnlp_get_token" #> [31864] "cnlp_get_vector" #> [31865] "cnlp_init_corenlp" #> [31866] "cnlp_init_spacy" #> [31867] "cnlp_init_tokenizers" #> [31868] "cnlp_init_udpipe" #> [31869] "cnlp_quick" #> [31870] "cnlp_read_conll" #> [31871] "cnlp_read_csv" #> [31872] "cnlp_utils_pca" #> [31873] "cnlp_utils_tfidf" #> [31874] "cnlp_write_conll" #> [31875] "cnlp_write_csv" #> [31876] "dep_frequency" #> [31877] "obama" #> [31878] "pos_frequency" #> [31879] "print.annotation" #> [31880] "renamed" #> [31881] "un" #> [31882] "word_frequency" #> [31883] "cleanr-package" #> [31884] "check_directory" #> [31885] "check_file" #> [31886] "check_file_layout" #> [31887] "check_functions_in_file" #> [31888] "check_function_layout" #> [31889] "check_package" #> [31890] "file_checks" #> [31891] "function_checks" #> [31892] "get_cleanr_options" #> [31893] "is_not_false" #> [31894] "load_internal_functions" #> [31895] "set_cleanr_options" #> [31896] "clere-package" #> [31897] "algoComp-dataset" #> [31898] "Clere-class" #> [31899] "fitClere" #> [31900] "fitPacs" #> [31901] "numExpRealData-dataset" #> [31902] "numExpSimData-dataset" #> [31903] "Pacs-class" #> [31904] "func.cl.ord" #> [31905] "func.cl.ord.repar" #> [31906] "func.cl.prop" #> [31907] "func.cle.ord" #> [31908] "func.cle.prop" #> [31909] "func.obs.ord" #> [31910] "func.obs.prop" #> [31911] "ansi-styles" #> [31912] "ansi_hide_cursor" #> [31913] "cat_line" #> [31914] "cli_sitrep" #> [31915] "combine_ansi_styles" #> [31916] "console_width" #> [31917] "demo_spinners" #> [31918] "get_spinner" #> [31919] "is_ansi_tty" #> [31920] "is_dynamic_tty" #> [31921] "is_utf8_output" #> [31922] "list_border_styles" #> [31923] "list_spinners" #> [31924] "make_ansi_style" #> [31925] "make_spinner" #> [31926] "rule" #> [31927] "symbol" #> [31928] "builtin_theme" #> [31929] "cliapp" #> [31930] "cli_alert" #> [31931] "cli_div" #> [31932] "cli_dl" #> [31933] "cli_end" #> [31934] "cli_h1" #> [31935] "cli_it" #> [31936] "cli_ol" #> [31937] "cli_par" #> [31938] "cli_progress_bar" #> [31939] "cli_text" #> [31940] "cli_ul" #> [31941] "cli_verbatim" #> [31942] "containers" #> [31943] "inline-markup" #> [31944] "simple_theme" #> [31945] "start_app" #> [31946] "themes" #> [31947] "ClickClust-package" #> [31948] "B3" #> [31949] "click.backward" #> [31950] "click.EM" #> [31951] "click.forward" #> [31952] "click.plot" #> [31953] "click.predict" #> [31954] "click.read" #> [31955] "click.sim" #> [31956] "click.var" #> [31957] "msnbc323" #> [31958] "print.object" #> [31959] "antimoda" #> [31960] "check_quality" #> [31961] "cluster_var" #> [31962] "descriptivo" #> [31963] "extreme_values" #> [31964] "fix.dates" #> [31965] "fix.factors" #> [31966] "fix.levels" #> [31967] "fix.numerics" #> [31968] "forge" #> [31969] "fxd" #> [31970] "GK_assoc" #> [31971] "good2go" #> [31972] "ipboxplot" #> [31973] "is.it" #> [31974] "kill.factors" #> [31975] "make_csv_table" #> [31976] "make_latex_table" #> [31977] "make_table" #> [31978] "make_word_table" #> [31979] "matrixPaste" #> [31980] "may.numeric" #> [31981] "mine.plot" #> [31982] "moda" #> [31983] "moda_cont" #> [31984] "mtapply" #> [31985] "nearest" #> [31986] "nice_names" #> [31987] "numeros" #> [31988] "plot.reportmodel" #> [31989] "prop_may" #> [31990] "prop_min" #> [31991] "report.betareg" #> [31992] "report.brmsfit" #> [31993] "report.clm" #> [31994] "report.clmm" #> [31995] "report.coxph" #> [31996] "report.data.frame" #> [31997] "report.default" #> [31998] "report.factor" #> [31999] "report.glm" #> [32000] "report.glmerMod" #> [32001] "report.glmmadmb" #> [32002] "report.glmnet" #> [32003] "report.lm" #> [32004] "report.lmerMod" #> [32005] "report.lqmm" #> [32006] "report.merModLmerTest" #> [32007] "report.numeric" #> [32008] "report.rlm" #> [32009] "report.rq" #> [32010] "rob.ci" #> [32011] "rob.pvals" #> [32012] "scale_01" #> [32013] "search_scripts" #> [32014] "set_noms" #> [32015] "ttrue" #> [32016] "unforge" #> [32017] "VarCorr" #> [32018] "%>NA%" #> [32019] "%>=NA%" #> [32020] "%<NA%" #> [32021] "%<=NA%" #> [32022] "clickstream-package" #> [32023] "+,Pattern,Pattern-method" #> [32024] "absorbingStates" #> [32025] "as.ClickClust" #> [32026] "as.transactions" #> [32027] "chiSquareTest" #> [32028] "clusterClickstreams" #> [32029] "EvaluationResult-class" #> [32030] "fitMarkovChain" #> [32031] "fitMarkovChains" #> [32032] "frequencies" #> [32033] "getConsensusClusters" #> [32034] "getConsensusClustersParallel" #> [32035] "getOptimalMarkovChain" #> [32036] "hmPlot" #> [32037] "initialize,Pattern-method" #> [32038] "MarkovChain-class" #> [32039] "mcEvaluate" #> [32040] "mcEvaluateAll" #> [32041] "mcEvaluateAllClusters" #> [32042] "Pattern-class" #> [32043] "plot,MarkovChain-method" #> [32044] "predict,MarkovChain-method" #> [32045] "predict.ClickstreamClusters" #> [32046] "print.ClickstreamClusters" #> [32047] "print.Clickstreams" #> [32048] "print.MarkovChainSummary" #> [32049] "randomClicks" #> [32050] "randomClickstreams" #> [32051] "readClickstreams" #> [32052] "show,EvaluationResult-method" #> [32053] "show,MarkovChain-method" #> [32054] "show,Pattern-method" #> [32055] "states" #> [32056] "summary,MarkovChain-method" #> [32057] "summary.ClickstreamClusters" #> [32058] "summary.Clickstreams" #> [32059] "transientStates" #> [32060] "writeClickstreams" #> [32061] "+,cfStation,cfStation-method" #> [32062] "cfDatatype-class" #> [32063] "cfStation-class" #> [32064] "cfUser-class" #> [32065] "cf_curl_opts" #> [32066] "cf_find_station" #> [32067] "cf_last_query" #> [32068] "cf_query" #> [32069] "cf_save_kml" #> [32070] "clifro" #> [32071] "dimnames,dataFrame-method" #> [32072] "plot,cfEarthTemp,missing-method" #> [32073] "plot,cfPressure,missing-method" #> [32074] "plot,cfRain,missing-method" #> [32075] "plot,cfScreenObs,missing-method" #> [32076] "plot,cfSunshine,missing-method" #> [32077] "plot,cfTemp,missing-method" #> [32078] "plot,cfWind,missing-method" #> [32079] "plot.cfDataList" #> [32080] "summary,cfUser-method" #> [32081] "summary,cfWind-method" #> [32082] "[[,dataFrame-method" #> [32083] "CliftLRD-package" #> [32084] "liftHurstC" #> [32085] "liftHurstCC" #> [32086] "meanC" #> [32087] "clikcorr" #> [32088] "est" #> [32089] "plot.clikcorr" #> [32090] "splot" #> [32091] "splot2" #> [32092] "sv" #> [32093] "climatol2rclimdex" #> [32094] "dahgrid" #> [32095] "dahstat" #> [32096] "dailies" #> [32097] "daily2climatol" #> [32098] "datcli" #> [32099] "datsubset" #> [32100] "db2dat" #> [32101] "dd2m" #> [32102] "diagwl" #> [32103] "homogen" #> [32104] "homogsplit" #> [32105] "outrename" #> [32106] "pcp_results" #> [32107] "Ptest" #> [32108] "rclimdex" #> [32109] "rclimdex2climatol" #> [32110] "rosavent" #> [32111] "tmax" #> [32112] "Ttest" #> [32113] "windfr" #> [32114] "baseRPlotting" #> [32115] "binForestByDepth" #> [32116] "calculateAMDMS" #> [32117] "countSplitsPerVar" #> [32118] "getAndPlotMetric" #> [32119] "lookForVarsAbsentInForest" #> [32120] "plotAMDMSvsNumSplits" #> [32121] "plotFirstAndSecondOrderMetric" #> [32122] "recursiveDepthBinning" #> [32123] "startRecursiveDepthBinning" #> [32124] "arid" #> [32125] "arid_ind_tables" #> [32126] "as.datcli" #> [32127] "bagn_gau" #> [32128] "clima_81_10" #> [32129] "ClimClass" #> [32130] "coeff_rad" #> [32131] "contin" #> [32132] "continental_ind_tables" #> [32133] "coord_elev" #> [32134] "ExAtRa" #> [32135] "koeppen_geiger" #> [32136] "lista_cli" #> [32137] "oiv_ind" #> [32138] "peguy" #> [32139] "plot.thornthwaite" #> [32140] "quantiles" #> [32141] "RDI" #> [32142] "thornthwaite" #> [32143] "thornt_lst" #> [32144] "Tm" #> [32145] "Tn" #> [32146] "Trent_climate" #> [32147] "Tx" #> [32148] "W_balance" #> [32149] "climdex.cdd" #> [32150] "climdex.csdi" #> [32151] "climdex.cwd" #> [32152] "climdex.dtr" #> [32153] "climdex.fd" #> [32154] "climdex.get.available.indices" #> [32155] "climdex.gsl" #> [32156] "climdex.id" #> [32157] "climdex.pcic" #> [32158] "climdex.prcptot" #> [32159] "climdex.quantile" #> [32160] "climdex.r10mm" #> [32161] "climdex.r20mm" #> [32162] "climdex.r95ptot" #> [32163] "climdex.r99ptot" #> [32164] "climdex.rnnmm" #> [32165] "climdex.rx1day" #> [32166] "climdex.rx5day" #> [32167] "climdex.sdii" #> [32168] "climdex.su" #> [32169] "climdex.tn10p" #> [32170] "climdex.tn90p" #> [32171] "climdex.tnn" #> [32172] "climdex.tnx" #> [32173] "climdex.tr" #> [32174] "climdex.tx10p" #> [32175] "climdex.tx90p" #> [32176] "climdex.txn" #> [32177] "climdex.txx" #> [32178] "climdex.wsdi" #> [32179] "climdexInput" #> [32180] "climdexInput.csv" #> [32181] "climdexInput.raw" #> [32182] "ec.1018935" #> [32183] "get.last.monthday.of.year" #> [32184] "get.outofbase.quantiles" #> [32185] "get.series.lengths.at.ends" #> [32186] "growing.season.length" #> [32187] "nday.consec.prec.max" #> [32188] "number.days.op.threshold" #> [32189] "percent.days.op.threshold" #> [32190] "running.mean" #> [32191] "select.blocks.gt.length" #> [32192] "simple.precipitation.intensity.index" #> [32193] "spell.length.max" #> [32194] "threshold.exceedance.duration.index" #> [32195] "total.precip.op.threshold" #> [32196] "bccaq.netcdf.wrapper" #> [32197] "ca.netcdf.wrapper" #> [32198] "ci.netcdf.wrapper" #> [32199] "ClimDown" #> [32200] "parallelization" #> [32201] "qdm.netcdf.wrapper" #> [32202] "rerank.netcdf.wrapper" #> [32203] "clime" #> [32204] "clime-internal" #> [32205] "cv.clime" #> [32206] "print.clime" #> [32207] "print.cv.clime" #> [32208] "calc_logReturnPeriod_fevd" #> [32209] "calc_logReturnProbDiff_fevd" #> [32210] "calc_logReturnProb_fevd" #> [32211] "calc_returnValueDiff_fevd" #> [32212] "calc_returnValue_fevd" #> [32213] "calc_riskRatio_binom" #> [32214] "calc_riskRatio_gev" #> [32215] "calc_riskRatio_pot" #> [32216] "climextRemes" #> [32217] "fit_gev" #> [32218] "fit_pot" #> [32219] "remove_runs" #> [32220] "screen_within_block" #> [32221] "AnoAgree" #> [32222] "Climdex" #> [32223] "CombineIndices" #> [32224] "DailyAno" #> [32225] "DTRIndicator" #> [32226] "DTRRef" #> [32227] "Extremes" #> [32228] "SeasonSelect" #> [32229] "SelBox" #> [32230] "Subset" #> [32231] "Threshold" #> [32232] "WaveDuration" #> [32233] "WeightedMean" #> [32234] "clinDR-package" #> [32235] "\"Extract.emaxsim\"" #> [32236] "\"Extract.emaxsimB\"" #> [32237] "checkMonoEmax" #> [32238] "coefEmax" #> [32239] "compileStanModels" #> [32240] "DRDensityPlot" #> [32241] "emaxalt" #> [32242] "emaxfun" #> [32243] "emaxsim" #> [32244] "emaxsimB" #> [32245] "examples14" #> [32246] "examples16" #> [32247] "fitEmax" #> [32248] "fitEmaxB" #> [32249] "FixedMean" #> [32250] "mcmc.control" #> [32251] "nllogis" #> [32252] "plot.emaxsim" #> [32253] "plot.emaxsimB" #> [32254] "plot.emaxsimBobj" #> [32255] "plot.emaxsimobj" #> [32256] "plot.fitEmax" #> [32257] "plot.fitEmaxB" #> [32258] "plot.plotB" #> [32259] "plotB" #> [32260] "plotBdensity" #> [32261] "plotD" #> [32262] "predict.emaxalt" #> [32263] "predict.emaxsim" #> [32264] "predict.emaxsimB" #> [32265] "predict.emaxsimBobj" #> [32266] "predict.emaxsimobj" #> [32267] "predict.fitEmax" #> [32268] "predict.fitEmaxB" #> [32269] "print.emaxsim" #> [32270] "print.emaxsimB" #> [32271] "print.emaxsimBobj" #> [32272] "print.emaxsimobj" #> [32273] "print.fitEmax" #> [32274] "print.fitEmaxB" #> [32275] "prior.control" #> [32276] "RandEmax" #> [32277] "SeEmax" #> [32278] "selEstan" #> [32279] "showStanModels" #> [32280] "sigmaEmax" #> [32281] "startEmax" #> [32282] "summary.emaxsim" #> [32283] "summary.emaxsimB" #> [32284] "summary.emaxsimBobj" #> [32285] "summary.emaxsimobj" #> [32286] "summary.fitEmax" #> [32287] "summary.fitEmaxB" #> [32288] "targetBeta" #> [32289] "targetCI" #> [32290] "targetD" #> [32291] "update.emaxsimobj" #> [32292] "vcovEmax" #> [32293] "aucVardiTest" #> [32294] "calogrank" #> [32295] "coxphCPE" #> [32296] "coxphERR" #> [32297] "coxphQuantile" #> [32298] "deltaAUC" #> [32299] "fedesign" #> [32300] "gsdesign" #> [32301] "jonckheere.test" #> [32302] "ktau" #> [32303] "oc.twostage.bdry" #> [32304] "permlogrank" #> [32305] "ph2simon" #> [32306] "ph2single" #> [32307] "power.ladesign" #> [32308] "pselect" #> [32309] "roc.area.test" #> [32310] "roc.curve" #> [32311] "roc.perm.test" #> [32312] "ROCanalysis" #> [32313] "toxbdry" #> [32314] "twostage.inference" #> [32315] "ClinicalTrialSummary-package" #> [32316] "ClinicalTrialSummary-internal" #> [32317] "ggas" #> [32318] "ypsummary" #> [32319] "clinPK-package" #> [32320] "add_ruv" #> [32321] "as.num" #> [32322] "auc2dose" #> [32323] "calc_abw" #> [32324] "calc_amts_for_conc" #> [32325] "calc_bmi" #> [32326] "calc_bsa" #> [32327] "calc_creat" #> [32328] "calc_creat_neo" #> [32329] "calc_egfr" #> [32330] "calc_egfr_cystatin" #> [32331] "calc_ffm" #> [32332] "calc_ibw" #> [32333] "calc_kel_single_tdm" #> [32334] "calc_lbw" #> [32335] "calc_t12" #> [32336] "cm2inch" #> [32337] "conc2mol" #> [32338] "convert_creat_assay" #> [32339] "convert_creat_unit" #> [32340] "dose2auc" #> [32341] "find_nearest_dose" #> [32342] "find_nearest_interval" #> [32343] "inch2cm" #> [32344] "is.nil" #> [32345] "kg2lbs" #> [32346] "lbs2kg" #> [32347] "mol2conc" #> [32348] "nca" #> [32349] "pct_bmi_for_age" #> [32350] "pct_for_age_generic" #> [32351] "pct_height_for_age" #> [32352] "pct_weight_for_age" #> [32353] "pk_1cmt_bolus" #> [32354] "pk_1cmt_bolus_cmax_ss" #> [32355] "pk_1cmt_bolus_cmin_ss" #> [32356] "pk_1cmt_bolus_dose_from_cmax" #> [32357] "pk_1cmt_bolus_dose_from_cmin" #> [32358] "pk_1cmt_bolus_ss" #> [32359] "pk_1cmt_inf" #> [32360] "pk_1cmt_inf_cmax_ss" #> [32361] "pk_1cmt_inf_cmin_ss" #> [32362] "pk_1cmt_inf_dose_from_cmax" #> [32363] "pk_1cmt_inf_dose_from_cmin" #> [32364] "pk_1cmt_inf_ss" #> [32365] "pk_1cmt_oral" #> [32366] "pk_1cmt_t12" #> [32367] "pk_2cmt_bolus" #> [32368] "pk_2cmt_bolus_cmax_ss" #> [32369] "pk_2cmt_bolus_cmin_ss" #> [32370] "pk_2cmt_bolus_dose_from_cmax" #> [32371] "pk_2cmt_bolus_dose_from_cmin" #> [32372] "pk_2cmt_bolus_ss" #> [32373] "pk_2cmt_inf" #> [32374] "pk_2cmt_inf_cmax_ss" #> [32375] "pk_2cmt_inf_cmin_ss" #> [32376] "pk_2cmt_inf_dose_from_cmax" #> [32377] "pk_2cmt_inf_dose_from_cmin" #> [32378] "pk_2cmt_inf_ss" #> [32379] "pk_2cmt_t12" #> [32380] "pk_2cmt_t12_interval" #> [32381] "read_who_table" #> [32382] "weight2kg" #> [32383] "add.stat" #> [32384] "check.x" #> [32385] "ClinReport" #> [32386] "desc" #> [32387] "dimnames.desc" #> [32388] "gg_desc_lsmeans" #> [32389] "gg_desc_quali" #> [32390] "gg_desc_quanti" #> [32391] "is.desc" #> [32392] "plot.desc" #> [32393] "prettyp" #> [32394] "prettyround" #> [32395] "print.desc" #> [32396] "report.doc" #> [32397] "report.lsmeans" #> [32398] "report.quali" #> [32399] "report.quanti" #> [32400] "spacetable" #> [32401] "space_vline" #> [32402] "split.desc" #> [32403] "clinsig" #> [32404] "hist.clinsig" #> [32405] "plot.clinsig" #> [32406] "print.clinsig" #> [32407] "spreadout" #> [32408] "gxe.cc" #> [32409] "gxe.coh" #> [32410] "utility.cc" #> [32411] "utility.coh" #> [32412] "clear_clip" #> [32413] "clipr" #> [32414] "clipr_available" #> [32415] "read_clip" #> [32416] "read_clip_tbl" #> [32417] "write_clip" #> [32418] "write_last_clip" #> [32419] "anClique" #> [32420] "cliqueMS" #> [32421] "computeCliques" #> [32422] "createanClique" #> [32423] "createanClique.XCMSnExp" #> [32424] "createanClique.xcmsSet" #> [32425] "createNetwork" #> [32426] "createNetwork.XCMSnExp" #> [32427] "createNetwork.xcmsSet" #> [32428] "ex.cliqueGroups" #> [32429] "getCliques" #> [32430] "getIsotopes" #> [32431] "negative.adinfo" #> [32432] "positive.adinfo" #> [32433] "CLME-package" #> [32434] "AIC.clme" #> [32435] "BIC.clme" #> [32436] "clme" #> [32437] "clme_em_fixed" #> [32438] "clme_resids" #> [32439] "confint.clme" #> [32440] "create.constraints" #> [32441] "fibroid" #> [32442] "fixef.clme" #> [32443] "formula.clme" #> [32444] "is.clme" #> [32445] "logLik.clme" #> [32446] "lrt.stat" #> [32447] "minque" #> [32448] "model.matrix.clme" #> [32449] "model_terms_clme" #> [32450] "nobs.clme" #> [32451] "plot.clme" #> [32452] "plot.summary.clme" #> [32453] "print.clme" #> [32454] "print.summary.clme" #> [32455] "print.varcorr_clme" #> [32456] "random.effects" #> [32457] "ranef.clme" #> [32458] "rat.blood" #> [32459] "residuals.clme" #> [32460] "resid_boot" #> [32461] "shiny_clme" #> [32462] "sigma.clme" #> [32463] "sigma.summary.clme" #> [32464] "summary.clme" #> [32465] "vcov.clme" #> [32466] "w.stat" #> [32467] "clogitboost" #> [32468] "marginal" #> [32469] "plot.clogitboost" #> [32470] "predict.clogitboost" #> [32471] "summary.clogitboost" #> [32472] "travel" #> [32473] "clogitL1-package" #> [32474] "clogitL1" #> [32475] "cv.clogitL1" #> [32476] "plot.clogitL1" #> [32477] "plot.cv.clogitL1" #> [32478] "print.clogitL1" #> [32479] "summary.clogitL1" #> [32480] "summary.cv.clogitL1" #> [32481] "clogitLasso" #> [32482] "cv.clogitLasso" #> [32483] "plot.clogitLasso" #> [32484] "Seeking" #> [32485] "Clones" #> [32486] "Simplices" #> [32487] "Simulating" #> [32488] "Tumor-class" #> [32489] "WeightVector-class" #> [32490] "CLONETv2-package" #> [32491] "adm_table_toy" #> [32492] "allele_specific_cna_table_toy" #> [32493] "bt_toy" #> [32494] "check_ploidy_and_admixture" #> [32495] "compute_allele_specific_scna_table" #> [32496] "compute_beta_table" #> [32497] "compute_dna_admixture" #> [32498] "compute_ploidy" #> [32499] "compute_scna_clonality_table" #> [32500] "compute_snv_clonality" #> [32501] "error_table" #> [32502] "pileup_normal_toy" #> [32503] "pileup_tumor_toy" #> [32504] "pl_table_toy" #> [32505] "scna_clonality_table_toy" #> [32506] "seg_tb_toy" #> [32507] "snv_clonality_table_toy" #> [32508] "snv_reads_toy" #> [32509] "cl" #> [32510] "cl.rord" #> [32511] "cle.rord" #> [32512] "clic" #> [32513] "cl_l" #> [32514] "sim.rord" #> [32515] "surrogate.residual" #> [32516] "cloudml_deploy" #> [32517] "cloudml_predict" #> [32518] "cloudml_train" #> [32519] "gcloud_init" #> [32520] "gcloud_install" #> [32521] "gcloud_terminal" #> [32522] "gs_copy" #> [32523] "gs_data_dir" #> [32524] "gs_data_dir_local" #> [32525] "gs_rsync" #> [32526] "job_cancel" #> [32527] "job_collect" #> [32528] "job_list" #> [32529] "job_status" #> [32530] "job_stream_logs" #> [32531] "job_trials" #> [32532] "csvToDataframe" #> [32533] "getFileData" #> [32534] "getFilenames" #> [32535] "jsonToDataframe" #> [32536] "setEnvironment" #> [32537] "cloudms2" #> [32538] "cloudUtilPlot" #> [32539] "clpAPI-package" #> [32540] "addColsCLP" #> [32541] "addRowsCLP" #> [32542] "chgColLowerCLP" #> [32543] "chgColUpperCLP" #> [32544] "chgObjCoefsCLP" #> [32545] "chgRowLowerCLP" #> [32546] "chgRowUpperCLP" #> [32547] "clpPtr-class" #> [32548] "copyNamesCLP" #> [32549] "delColsCLP" #> [32550] "delProbCLP" #> [32551] "delRowsCLP" #> [32552] "dropNamesCLP" #> [32553] "dualCLP" #> [32554] "getColDualCLP" #> [32555] "getColLowerCLP" #> [32556] "getColPrimCLP" #> [32557] "getColUpperCLP" #> [32558] "getHitMaximumIterationsCLP" #> [32559] "getIndCLP" #> [32560] "getLogLevelCLP" #> [32561] "getMaximumIterationsCLP" #> [32562] "getMaximumSecondsCLP" #> [32563] "getNnzCLP" #> [32564] "getNumColsCLP" #> [32565] "getNumNnzCLP" #> [32566] "getNumRowsCLP" #> [32567] "getObjCoefsCLP" #> [32568] "getObjDirCLP" #> [32569] "getObjValCLP" #> [32570] "getRowDualCLP" #> [32571] "getRowLowerCLP" #> [32572] "getRowPrimCLP" #> [32573] "getRowUpperCLP" #> [32574] "getScaleFlagCLP" #> [32575] "getSolStatusCLP" #> [32576] "getVecLenCLP" #> [32577] "getVecStartCLP" #> [32578] "idiotCLP" #> [32579] "initProbCLP" #> [32580] "lengthNamesCLP" #> [32581] "loadMatrixCLP" #> [32582] "loadProblemCLP" #> [32583] "primalCLP" #> [32584] "printModelCLP" #> [32585] "probNameCLP" #> [32586] "readMPSCLP" #> [32587] "resizeCLP" #> [32588] "restoreModelCLP" #> [32589] "return_codeCLP" #> [32590] "saveModelCLP" #> [32591] "scaleModelCLP" #> [32592] "setLogLevelCLP" #> [32593] "setMaximumIterationsCLP" #> [32594] "setMaximumSecondsCLP" #> [32595] "setNumberIterationsCLP" #> [32596] "setObjDirCLP" #> [32597] "solveInitialBarrierCLP" #> [32598] "solveInitialBarrierNoCrossCLP" #> [32599] "solveInitialCLP" #> [32600] "solveInitialDualCLP" #> [32601] "solveInitialPrimalCLP" #> [32602] "status_codeCLP" #> [32603] "versionCLP" #> [32604] "clr-package" #> [32605] "clrdata" #> [32606] "clust_test" #> [32607] "clust_train" #> [32608] "gb_load" #> [32609] "predict.clr" #> [32610] "socp" #> [32611] "beta.simu.plot" #> [32612] "binom.simu.plot" #> [32613] "chisq.simu.plot" #> [32614] "coin" #> [32615] "coin.plot" #> [32616] "coin.simu" #> [32617] "coin.simu.plot" #> [32618] "dice" #> [32619] "dice.plot" #> [32620] "dice.simu" #> [32621] "dice.simu.plot" #> [32622] "distr.simu.plot" #> [32623] "expo.simu.plot" #> [32624] "expt" #> [32625] "expt.mse" #> [32626] "expt.plot" #> [32627] "expt.simu" #> [32628] "expt.simu.plot" #> [32629] "gamm.simu.plot" #> [32630] "geom.simu.plot" #> [32631] "hyper.simu.plot" #> [32632] "nbinom.simu.plot" #> [32633] "normal.simu.plot" #> [32634] "pois.simu.plot" #> [32635] "unif.simu.plot" #> [32636] "AchievementAwardsRCT" #> [32637] "coef_test" #> [32638] "conf_int" #> [32639] "dropoutPrevention" #> [32640] "impute_covariance_matrix" #> [32641] "MortalityRates" #> [32642] "SATcoaching" #> [32643] "vcovCR.glm" #> [32644] "vcovCR.gls" #> [32645] "vcovCR.ivreg" #> [32646] "vcovCR.lm" #> [32647] "vcovCR.lme" #> [32648] "vcovCR.mlm" #> [32649] "vcovCR.plm" #> [32650] "vcovCR.rma.mv" #> [32651] "vcovCR.rma.uni" #> [32652] "vcovCR.robu" #> [32653] "Wald_test" #> [32654] "addtree" #> [32655] "Cassini" #> [32656] "CKME" #> [32657] "cl_agreement" #> [32658] "cl_bag" #> [32659] "cl_boot" #> [32660] "cl_classes" #> [32661] "cl_consensus" #> [32662] "cl_dissimilarity" #> [32663] "cl_ensemble" #> [32664] "cl_fuzziness" #> [32665] "cl_margin" #> [32666] "cl_medoid" #> [32667] "cl_membership" #> [32668] "cl_object_names" #> [32669] "cl_pam" #> [32670] "cl_pclust" #> [32671] "cl_predict" #> [32672] "cl_prototypes" #> [32673] "cl_tabulate" #> [32674] "cl_ultrametric" #> [32675] "cl_validity" #> [32676] "fit_ultrametric_target" #> [32677] "GVME" #> [32678] "GVME_Consensus" #> [32679] "Kinship82" #> [32680] "Kinship82_Consensus" #> [32681] "kmedoids" #> [32682] "l1_fit_ultrametric" #> [32683] "lattice" #> [32684] "ls_fit_addtree" #> [32685] "ls_fit_sum_of_ultrametrics" #> [32686] "ls_fit_ultrametric" #> [32687] "n_of_classes" #> [32688] "n_of_objects" #> [32689] "pclust" #> [32690] "Phonemes" #> [32691] "solve_LSAP" #> [32692] "sumt" #> [32693] "ClueR-package" #> [32694] "adipocyte" #> [32695] "clustEnrichment" #> [32696] "clustOptimal" #> [32697] "enrichmentTest" #> [32698] "fuzzPlot" #> [32699] "hES" #> [32700] "Pathways.biocarta" #> [32701] "Pathways.DAVID" #> [32702] "Pathways.KEGG" #> [32703] "Pathways.reactome" #> [32704] "PhosphoELM.human" #> [32705] "PhosphoELM.mouse" #> [32706] "PhosphoSite.human" #> [32707] "PhosphoSite.mouse" #> [32708] "runClue" #> [32709] "temporalSimu" #> [32710] "adjustedRand" #> [32711] "clues" #> [32712] "compClust" #> [32713] "Curve" #> [32714] "get_CH" #> [32715] "get_Silhouette" #> [32716] "Maronna" #> [32717] "plot.clues" #> [32718] "plotAvgCurves" #> [32719] "plotClusters" #> [32720] "print.clues" #> [32721] "Ring" #> [32722] "shrinking" #> [32723] "summary.clues" #> [32724] "Vowel" #> [32725] "CluMP" #> [32726] "CluMP_profiles" #> [32727] "CluMP_view" #> [32728] "GeneratePanel" #> [32729] "OptiNum" #> [32730] "PanelPlot" #> [32731] "ParamCubic" #> [32732] "ParamExpon" #> [32733] "ParamLinear" #> [32734] "ParamQuadrat" #> [32735] "clusrank-package" #> [32736] "amd" #> [32737] "clusWilcox.test" #> [32738] "clust.bin.pair" #> [32739] "nested.to.contingency" #> [32740] "obfuscation" #> [32741] "paired.to.contingency" #> [32742] "psychiatry" #> [32743] "thyroids" #> [32744] "catatis" #> [32745] "change_cata_format" #> [32746] "choc" #> [32747] "cluscata" #> [32748] "cluscata_kmeans" #> [32749] "clustatis" #> [32750] "clustatis_FreeSort" #> [32751] "clustatis_kmeans" #> [32752] "plot.catatis" #> [32753] "plot.cluscata" #> [32754] "plot.clustatis" #> [32755] "plot.statis" #> [32756] "preprocess_FreeSort" #> [32757] "print.catatis" #> [32758] "print.cluscata" #> [32759] "print.clustatis" #> [32760] "print.statis" #> [32761] "smoo" #> [32762] "statis_FreeSort" #> [32763] "straw" #> [32764] "summary.catatis" #> [32765] "summary.cluscata" #> [32766] "summary.clustatis" #> [32767] "summary.statis" #> [32768] "autoplot.clustcurv_surv" #> [32769] "clustcurv" #> [32770] "clustcurv_surv" #> [32771] "kgroups_surv" #> [32772] "clustDRMapp" #> [32773] "clustDRMappSimple" #> [32774] "fitDRM" #> [32775] "generalPatternClustering" #> [32776] "inputDataMaker" #> [32777] "monotonePatternClustering" #> [32778] "plotDoseResponseData" #> [32779] "plotSimulDRM" #> [32780] "simulEvalDRM" #> [32781] "clustEff-package" #> [32782] "clustEff" #> [32783] "distshape" #> [32784] "extract.object" #> [32785] "plot.clustEff" #> [32786] "summary.clustEff" #> [32787] "Juan" #> [32788] "Gonzalez" #> [32789] "Kamil" #> [32790] "Kozlowski" #> [32791] "Erich" #> [32792] "Schubert" #> [32793] "(fastpam" #> [32794] "2019-04-05" #> [32795] "09:00:03" #> [32796] "agnes" #> [32797] "agnes.object" #> [32798] "agriculture" #> [32799] "animals" #> [32800] "bannerplot" #> [32801] "chorSub" #> [32802] "clara" #> [32803] "clara.object" #> [32804] "clusGap" #> [32805] "clusplot" #> [32806] "clusplot.default" #> [32807] "coef.hclust" #> [32808] "daisy" #> [32809] "diana" #> [32810] "dissimilarity.object" #> [32811] "ellipsoidhull" #> [32812] "fanny" #> [32813] "fanny.object" #> [32814] "flower" #> [32815] "lower.to.upper.tri.inds" #> [32816] "mona" #> [32817] "mona.object" #> [32818] "pam" #> [32819] "pam.object" #> [32820] "partition.object" #> [32821] "plot.agnes" #> [32822] "plot.diana" #> [32823] "plot.mona" #> [32824] "plot.partition" #> [32825] "pltree" #> [32826] "pluton" #> [32827] "predict.ellipsoid" #> [32828] "print.agnes" #> [32829] "print.clara" #> [32830] "print.diana" #> [32831] "print.dissimilarity" #> [32832] "print.fanny" #> [32833] "print.mona" #> [32834] "print.pam" #> [32835] "ruspini" #> [32836] "silhouette" #> [32837] "sizeDiss" #> [32838] "summary.agnes" #> [32839] "summary.clara" #> [32840] "summary.diana" #> [32841] "summary.mona" #> [32842] "summary.pam" #> [32843] "twins.object" #> [32844] "volume.ellipsoid" #> [32845] "votes.repub" #> [32846] "xclara" #> [32847] "acidosis.patients" #> [32848] "airline.distances.1966" #> [32849] "all.mammals.milk.1956" #> [32850] "all.us.city.crime.1970" #> [32851] "amino.acid.sequence.1972" #> [32852] "animal.cluster.trees" #> [32853] "birth.death.rates.1966" #> [32854] "british.butterfly.appearance" #> [32855] "cake.ingredients.1961" #> [32856] "candida.oxidation.fermentation" #> [32857] "cerci.tail.presence" #> [32858] "ct.president.vote.1920.1964" #> [32859] "european.foods" #> [32860] "hardware.triads" #> [32861] "hartigan.datasets" #> [32862] "indian.caste.measures" #> [32863] "indo.european.languages" #> [32864] "indochina.combat.deaths" #> [32865] "ivy.league.football.1965" #> [32866] "jigsaw.puzzle.measures" #> [32867] "languages.spoken.europe" #> [32868] "leukemia.youth.mortality.1956.1967" #> [32869] "life.expectancy.1971" #> [32870] "life.expectancy.age.sex.1971" #> [32871] "linguistic.relatedness" #> [32872] "mammal.dentition" #> [32873] "minor.planets.1961" #> [32874] "mutation.distances.1967" #> [32875] "nails.screws" #> [32876] "new.haven.school.scores" #> [32877] "nutrients.meat.fish.fowl.1959" #> [32878] "ohio.croplands.1949" #> [32879] "olympic.track.1896.1964" #> [32880] "physical.measure.correlations" #> [32881] "planet.earth.distances.1970" #> [32882] "planets.moons.1970" #> [32883] "portable.typewriters" #> [32884] "rda.meat.fish.fowl.1959" #> [32885] "sample.mammals.milk.1956" #> [32886] "sample.stock.yields.1959.1969" #> [32887] "sample.us.city.crime.1970" #> [32888] "student.questionnaire" #> [32889] "un.votes.1969.1970" #> [32890] "us.car.repair.1969" #> [32891] "us.civil.war.battles" #> [32892] "us.congressional.bills" #> [32893] "us.food.cost.nutrients.1959" #> [32894] "us.links.between.states" #> [32895] "us.per.capita.income.1964" #> [32896] "us.president.vote.1900.1968" #> [32897] "us.sector.profitability.1959.1968" #> [32898] "us.south.demographics.1965" #> [32899] "vervet.sleeping.groups" #> [32900] "wine.evaluation.1961.1970" #> [32901] "city_data" #> [32902] "cl.analysis" #> [32903] "cl.features" #> [32904] "cl.plot" #> [32905] "cl.summary" #> [32906] "convex.hulls" #> [32907] "ellipses" #> [32908] "nums" #> [32909] "open_spending.cl" #> [32910] "clusbootglm" #> [32911] "clusbootsample" #> [32912] "coef.clusbootglm" #> [32913] "confint.clusbootglm" #> [32914] "medication" #> [32915] "opposites" #> [32916] "summary.clusbootglm" #> [32917] "bestCriterion" #> [32918] "clusterCrit" #> [32919] "concordance" #> [32920] "extCriteria" #> [32921] "getCriteriaNames" #> [32922] "intCriteria" #> [32923] "clusteredinterference" #> [32924] "makeTargetGrid" #> [32925] "policyFX" #> [32926] "print.policyFX" #> [32927] "summary.policyFX" #> [32928] "dissmutmatrix" #> [32929] "features" #> [32930] "imd" #> [32931] "PD4107a" #> [32932] "showers" #> [32933] "addhull" #> [32934] "as.data.frame.clusterfly" #> [32935] "cfly_animate" #> [32936] "cfly_clarify" #> [32937] "cfly_cluster" #> [32938] "cfly_dist" #> [32939] "cfly_fluct" #> [32940] "cfly_pcp" #> [32941] "cfly_show" #> [32942] "clarify" #> [32943] "clusterfly" #> [32944] "cut.hierfly" #> [32945] "ggobi.hierfly" #> [32946] "ggobi.som" #> [32947] "hierarchical" #> [32948] "hierfly" #> [32949] "mefly" #> [32950] "olive_example" #> [32951] "genPositiveDefMat" #> [32952] "genRandomClust" #> [32953] "getSepProj" #> [32954] "nearestNeighborSepVal" #> [32955] "plot1DProjection" #> [32956] "plot2DProjection" #> [32957] "rcorrmatrix" #> [32958] "sepIndex" #> [32959] "simClustDesign" #> [32960] "viewClusters" #> [32961] "exData1" #> [32962] "exData2" #> [32963] "plotColorbarCol" #> [32964] "plotColorbarRow" #> [32965] "plotColorRange" #> [32966] "plotTreeCol" #> [32967] "plotTreeRow" #> [32968] "clusterhap" #> [32969] "rice_qtl" #> [32970] "sim_qtl" #> [32971] "backtracking.sc.dp" #> [32972] "clustering.sc.dp" #> [32973] "findwithinss.sc.dp" #> [32974] "print.clustering.sc.dp" #> [32975] "clusterlab" #> [32976] "clustermq" #> [32977] "Q_rows" #> [32978] "register_dopar_cmq" #> [32979] "workers" #> [32980] "clusterSizes" #> [32981] "coclusteringMatrix" #> [32982] "contextCluster" #> [32983] "empiricalBayesPrior" #> [32984] "generatePrior" #> [32985] "generateTestData_1D" #> [32986] "generateTestData_2D" #> [32987] "numberOfClusters" #> [32988] "FuzzyCMeans" #> [32989] "Hmeans" #> [32990] "KmeansPP" #> [32991] "MiniBatchKmeans" #> [32992] "Skmeans" #> [32993] "test_centroids" #> [32994] "Xmeans" #> [32995] "clusterPower" #> [32996] "crtpwr.2mean" #> [32997] "crtpwr.2prop" #> [32998] "crtpwr.2rate" #> [32999] "fixed.effect" #> [33000] "hayes.power.poisson" #> [33001] "mixed.eff.params" #> [33002] "power.sim.normal" #> [33003] "Lampros" #> [33004] "Mouselimis" #> [33005] "Conrad" #> [33006] "Sanderson" #> [33007] "(Author" #> [33008] "C++" #> [33009] "Armadillo" #> [33010] "Curtin" #> [33011] "Siddharth" #> [33012] "code" #> [33013] "Frey" #> [33014] "matlab" #> [33015] "propagation" #> [33016] "(for" #> [33017] "commercial" #> [33018] "please" #> [33019] "contact" #> [33020] "Delbert" #> [33021] "Dueck" #> [33022] "2019-04-14" #> [33023] "06:42:41" #> [33024] "AP_affinity_propagation" #> [33025] "AP_preferenceRange" #> [33026] "center_scale" #> [33027] "Clara_Medoids" #> [33028] "Cluster_Medoids" #> [33029] "dietary_survey_IBS" #> [33030] "distance_matrix" #> [33031] "external_validation" #> [33032] "GMM" #> [33033] "KMeans_arma" #> [33034] "KMeans_rcpp" #> [33035] "mushroom" #> [33036] "Optimal_Clusters_GMM" #> [33037] "Optimal_Clusters_KMeans" #> [33038] "Optimal_Clusters_Medoids" #> [33039] "predict_GMM" #> [33040] "predict_KMeans" #> [33041] "predict_MBatchKMeans" #> [33042] "predict_Medoids" #> [33043] "Silhouette_Dissimilarity_Plot" #> [33044] "soybean" #> [33045] "ClusterRankTest-package" #> [33046] "clus.rank.sum" #> [33047] "print.Cluster.Test" #> [33048] "clusterRepro" #> [33049] "IGP.clusterRepro" #> [33050] "cluster.bs.glm" #> [33051] "cluster.bs.ivreg" #> [33052] "cluster.bs.mlogit" #> [33053] "cluster.bs.plm" #> [33054] "cluster.im.glm" #> [33055] "cluster.im.ivreg" #> [33056] "cluster.im.mlogit" #> [33057] "cluster.wild.glm" #> [33058] "cluster.wild.ivreg" #> [33059] "cluster.wild.plm" #> [33060] "2018-11-28" #> [33061] "11:20:04" #> [33062] "cluster.Description" #> [33063] "cluster.Gen" #> [33064] "cluster.Sim" #> [33065] "comparing.Partitions" #> [33066] "data.Normalization" #> [33067] "data_binary" #> [33068] "data_interval" #> [33069] "data_mixed" #> [33070] "data_nominal" #> [33071] "data_ordinal" #> [33072] "data_patternGDM1" #> [33073] "data_patternGDM2" #> [33074] "data_ratio" #> [33075] "data_symbolic" #> [33076] "data_symbolic_interval_polish_voivodships" #> [33077] "dist.BC" #> [33078] "dist.GDM" #> [33079] "dist.SM" #> [33080] "dist.Symbolic" #> [33081] "HINoV.Mod" #> [33082] "HINoV.Symbolic" #> [33083] "index.DB" #> [33084] "index.G1" #> [33085] "index.G2" #> [33086] "index.G3" #> [33087] "index.Gap" #> [33088] "index.H" #> [33089] "index.KL" #> [33090] "index.S" #> [33091] "initial.Centers" #> [33092] "interval_normalization" #> [33093] "ordinalToMetric" #> [33094] "pattern.GDM1" #> [33095] "pattern.GDM2" #> [33096] "plotCategorial" #> [33097] "plotCategorial3d" #> [33098] "plotInterval" #> [33099] "replication.Mod" #> [33100] "shapes.blocks3d" #> [33101] "shapes.circles2" #> [33102] "shapes.circles3" #> [33103] "shapes.two.moon" #> [33104] "shapes.worms" #> [33105] "speccl" #> [33106] "ClusterStability-package" #> [33107] "ClusterStability" #> [33108] "ClusterStability_exact" #> [33109] "Kcombination" #> [33110] "Reorder" #> [33111] "Stirling2nd" #> [33112] "Undocumented" #> [33113] "clustertend-package" #> [33114] "hopkins" #> [33115] "boot_stratified_omit" #> [33116] "cluster_similarity" #> [33117] "clusteval" #> [33118] "clustomit" #> [33119] "comembership" #> [33120] "comembership_table" #> [33121] "intraclass_cov" #> [33122] "jaccard_indep" #> [33123] "random_clustering" #> [33124] "rand_indep" #> [33125] "sim_normal" #> [33126] "sim_student" #> [33127] "sim_unif" #> [33128] "choicealpha" #> [33129] "estuary" #> [33130] "hclustgeo" #> [33131] "inert" #> [33132] "inertdiss" #> [33133] "plot.choicealpha" #> [33134] "wardinit" #> [33135] "withindiss" #> [33136] "clustMD-package" #> [33137] "Byar" #> [33138] "clustMD" #> [33139] "clustMDlist" #> [33140] "clustMDparallel" #> [33141] "getOutput_clustMDparallel" #> [33142] "plot.clustMD" #> [33143] "plot.clustMDparallel" #> [33144] "print.clustMD" #> [33145] "print.clustMDparallel" #> [33146] "summary.clustMD" #> [33147] "summary.clustMDparallel" #> [33148] "cindex_kproto" #> [33149] "clprofiles" #> [33150] "dunn_kproto" #> [33151] "gamma_kproto" #> [33152] "gplus_kproto" #> [33153] "kproto" #> [33154] "lambdaest" #> [33155] "mcclain_kproto" #> [33156] "predict.kproto" #> [33157] "ptbiserial_kproto" #> [33158] "silhouette_kproto" #> [33159] "summary.kproto" #> [33160] "tau_kproto" #> [33161] "ClustMMDD-package" #> [33162] "==-methods" #> [33163] "backward.explorer" #> [33164] "cutEachCol" #> [33165] "dataR2C" #> [33166] "dimJump.R" #> [33167] "em.cluster.R" #> [33168] "EmOptions" #> [33169] "exModelKS" #> [33170] "genotype1" #> [33171] "genotype2" #> [33172] "genotype2_ExploredModels" #> [33173] "is.element-methods" #> [33174] "is.modelKS-methods" #> [33175] "isInFile.R" #> [33176] "model-methods" #> [33177] "model.selection.R" #> [33178] "modelKS-class" #> [33179] "Rcpp" #> [33180] "Modules" #> [33181] "read.modelKS-methods" #> [33182] "read.or.compute" #> [33183] "selectK.R" #> [33184] "setEmOptions" #> [33185] "setModelKS-methods" #> [33186] "simulData-methods" #> [33187] "[<–methods" #> [33188] "bootvar" #> [33189] "clusterscore" #> [33190] "clust_diss" #> [33191] "cutreevar" #> [33192] "decathlon" #> [33193] "getnnsvar" #> [33194] "gironde" #> [33195] "hclustvar" #> [33196] "kmeansvar" #> [33197] "mixedVarSim" #> [33198] "plot.clustab" #> [33199] "plot.clustvar" #> [33200] "plot.hclustvar" #> [33201] "predict.clustvar" #> [33202] "summary.clustab" #> [33203] "summary.clustvar" #> [33204] "vnf" #> [33205] "assemble_corpus" #> [33206] "clean_dfm" #> [33207] "cluster" #> [33208] "cluster_text" #> [33209] "compare_plot" #> [33210] "compare_test" #> [33211] "deviationalize" #> [33212] "extract_terms" #> [33213] "inaugural_addresses" #> [33214] "bribery" #> [33215] "clusmca" #> [33216] "cluspca" #> [33217] "cluspcamix" #> [33218] "cmc" #> [33219] "diamond" #> [33220] "global_bootclus" #> [33221] "hsq" #> [33222] "local_bootclus" #> [33223] "macro" #> [33224] "plot.clusmca" #> [33225] "plot.cluspca" #> [33226] "plot.cluspcamix" #> [33227] "tuneclus" #> [33228] "clustree-package" #> [33229] "add_node_labels" #> [33230] "add_node_points" #> [33231] "aggr_metadata" #> [33232] "assert_colour_node_aes" #> [33233] "assert_node_aes" #> [33234] "assert_numeric_node_aes" #> [33235] "build_tree_graph" #> [33236] "calc_sc3_stability" #> [33237] "calc_sc3_stability_cluster" #> [33238] "check_node_aes_list" #> [33239] "clustree" #> [33240] "clustree_overlay" #> [33241] "get_tree_edges" #> [33242] "get_tree_nodes" #> [33243] "iris_clusts" #> [33244] "overlay_node_points" #> [33245] "plot_overlay_side" #> [33246] "sc_example" #> [33247] "store_node_aes" #> [33248] "cluster_plot" #> [33249] "cluster_strings" #> [33250] "quijote_words" #> [33251] "CLUSTShiny" #> [33252] "simprof" #> [33253] "simprof.plot" #> [33254] "apples_sh" #> [33255] "AUPA_psycho" #> [33256] "authen_NMR" #> [33257] "boot_clv" #> [33258] "CLV" #> [33259] "CLV_kmeans" #> [33260] "data_biplot" #> [33261] "get_comp" #> [33262] "get_load" #> [33263] "get_partition" #> [33264] "get_sparseload" #> [33265] "imput_clv" #> [33266] "LCLV" #> [33267] "lm_CLV" #> [33268] "plot.clv" #> [33269] "plot.lclv" #> [33270] "plot_var" #> [33271] "print.clv" #> [33272] "print.lclv" #> [33273] "stand_quali" #> [33274] "summary.clv" #> [33275] "clustvarsel" #> [33276] "ClusVis-package" #> [33277] "clusvis" #> [33278] "clusvisMixmod" #> [33279] "clusvisVarSelLCM" #> [33280] "congress" #> [33281] "plotDensityClusVisu" #> [33282] "cls.attrib" #> [33283] "cls.scatt.data" #> [33284] "cls.set.section" #> [33285] "cls.stab.sim.ind" #> [33286] "cls.stab.sim.ind.usr" #> [33287] "clv.Davies.Bouldin" #> [33288] "clv.Dens_bw" #> [33289] "clv.Dis" #> [33290] "clv.Dunn" #> [33291] "clv.Scatt" #> [33292] "clv.SD," #> [33293] "clv.SDbw" #> [33294] "confusion.matrix" #> [33295] "dot.product" #> [33296] "similarity.index" #> [33297] "std.ext" #> [33298] "wcls/bcls.matrix" #> [33299] "annotationListToMatrix" #> [33300] "BHI" #> [33301] "BSI" #> [33302] "clValid" #> [33303] "clValid-class" #> [33304] "dunn" #> [33305] "getRanksWeights" #> [33306] "plot.sota" #> [33307] "print.sota" #> [33308] "readAnnotationFile" #> [33309] "sota" #> [33310] "bias_function" #> [33311] "cma_es" #> [33312] "extract_population" #> [33313] "f_rand" #> [33314] "f_sphere" #> [33315] "rotate_function" #> [33316] "shift_function" #> [33317] "callMonitor" #> [33318] "cmaes" #> [33319] "getDefaultStoppingConditions" #> [33320] "makeMonitor" #> [33321] "makeSimpleMonitor" #> [33322] "makeStoppingCondition" #> [33323] "makeVisualizingMonitor" #> [33324] "stopOnCondCov" #> [33325] "stopOnMaxEvals" #> [33326] "stopOnMaxIters" #> [33327] "stopOnNoEffectAxis" #> [33328] "stopOnNoEffectCoord" #> [33329] "stopOnOptParam" #> [33330] "stopOnOptValue" #> [33331] "stopOnTimeBudget" #> [33332] "stopOnTolX" #> [33333] "CMatching-package" #> [33334] "CMatch" #> [33335] "CMatchBalance" #> [33336] "MatchPW" #> [33337] "MatchW" #> [33338] "schools" #> [33339] "summary.CMatch" #> [33340] "CMC-package" #> [33341] "alpha.cronbach" #> [33342] "alpha.curve" #> [33343] "cain" #> [33344] "cmce-package" #> [33345] "getranges" #> [33346] "gp.realize" #> [33347] "makedistlist" #> [33348] "scaledesign" #> [33349] "unscalemat" #> [33350] "cmenet" #> [33351] "cv.cmenet" #> [33352] "full.model.mtx" #> [33353] "maize1" #> [33354] "maize2" #> [33355] "predictcme" #> [33356] "CMF-package" #> [33357] "CMF" #> [33358] "getCMFopts" #> [33359] "matrix_to_triplets" #> [33360] "predictCMF" #> [33361] "triplets_to_matrix" #> [33362] "CMLS-package" #> [33363] "cmls" #> [33364] "cv.cmls" #> [33365] "mlsei" #> [33366] "mlsun" #> [33367] "cmm-package" #> [33368] "Antisemitism" #> [33369] "BodySatisfaction" #> [33370] "ClarenceThomas" #> [33371] "ConstraintMatrix" #> [33372] "DesignMatrix" #> [33373] "DirectSum" #> [33374] "DutchConcern" #> [33375] "DutchPolitics" #> [33376] "ErieCounty" #> [33377] "EVS" #> [33378] "GSS93" #> [33379] "JoinModels" #> [33380] "LaborParticipation" #> [33381] "MarginalMatrix" #> [33382] "MarginalModelFit" #> [33383] "MarihuanaAlcohol" #> [33384] "ModelStatistics" #> [33385] "NES" #> [33386] "NKPS" #> [33387] "SampleStatistics" #> [33388] "SpecifyCoefficient" #> [33389] "TestCronbachAlpha" #> [33390] "advanced_batch_search" #> [33391] "batch_search" #> [33392] "create_advanced_batch_body" #> [33393] "create_batch_body" #> [33394] "create_msms_body" #> [33395] "msms_search" #> [33396] "cmna-package" #> [33397] "adaptint" #> [33398] "bisection" #> [33399] "bvp" #> [33400] "choleskymatrix" #> [33401] "cubicspline" #> [33402] "detmatrix" #> [33403] "fibonacci" #> [33404] "findiff" #> [33405] "gaussint" #> [33406] "gdls" #> [33407] "giniquintile" #> [33408] "goldsect" #> [33409] "heat" #> [33410] "hillclimbing" #> [33411] "himmelblau" #> [33412] "horner" #> [33413] "invmatrix" #> [33414] "iterativematrix" #> [33415] "ivp" #> [33416] "ivpsys" #> [33417] "lumatrix" #> [33418] "mcint" #> [33419] "midpt" #> [33420] "nn" #> [33421] "nthroot" #> [33422] "polyinterp" #> [33423] "pwiselinterp" #> [33424] "quadratic" #> [33425] "refmatrix" #> [33426] "resizeImage" #> [33427] "revolution-solid" #> [33428] "romberg" #> [33429] "rowops" #> [33430] "sa" #> [33431] "secant" #> [33432] "simp38" #> [33433] "summation" #> [33434] "trap" #> [33435] "tridiagmatrix" #> [33436] "vecnorm" #> [33437] "wilkinson" #> [33438] "cmocean-package" #> [33439] "cmocean" #> [33440] "CMPControl-package" #> [33441] "ComputeLambdaAndNuHat.shiftCMPest" #> [33442] "computez.lambdaest" #> [33443] "ControlCharts" #> [33444] "nonconformities" #> [33445] "CMplot-package" #> [33446] "cattle50K" #> [33447] "pig60K" #> [33448] "cmpproc" #> [33449] "cmpprocwt" #> [33450] "fetalcount" #> [33451] "fetalwait" #> [33452] "floodcount" #> [33453] "floodwait" #> [33454] "crr" #> [33455] "cuminc" #> [33456] "plot.cuminc" #> [33457] "plot.predict.crr" #> [33458] "predict.crr" #> [33459] "print.crr" #> [33460] "print.cuminc" #> [33461] "summary.crr" #> [33462] "[.cuminc" #> [33463] "crrQR" #> [33464] "plot.crrQR" #> [33465] "plot.predict.crrQR" #> [33466] "predict.crrQR" #> [33467] "summary.crrQR" #> [33468] "makefig" #> [33469] "nan2na" #> [33470] "time365" #> [33471] "cmsaf-package" #> [33472] "box_mergetime" #> [33473] "change_att" #> [33474] "checkfile" #> [33475] "cmsaf.add" #> [33476] "cmsaf.addc" #> [33477] "cmsaf.cat" #> [33478] "cmsaf.div" #> [33479] "cmsaf.divc" #> [33480] "cmsaf.mul" #> [33481] "cmsaf.mulc" #> [33482] "cmsaf.sub" #> [33483] "cmsaf.subc" #> [33484] "dayrange" #> [33485] "divdpm" #> [33486] "extract.level" #> [33487] "extract.period" #> [33488] "fldmax" #> [33489] "fldmean" #> [33490] "fldmin" #> [33491] "get_time" #> [33492] "levbox_mergetime" #> [33493] "mon.anomaly" #> [33494] "monmax" #> [33495] "monmean" #> [33496] "monmin" #> [33497] "monsd" #> [33498] "monsum" #> [33499] "muldpm" #> [33500] "multimonmean" #> [33501] "multimonsum" #> [33502] "ncinfo" #> [33503] "read_ncvar" #> [33504] "remapbil" #> [33505] "seas.anomaly" #> [33506] "seasmean" #> [33507] "seassum" #> [33508] "sellonlatbox" #> [33509] "selmon" #> [33510] "selperiod" #> [33511] "selpoint" #> [33512] "selpoint.multi" #> [33513] "seltime" #> [33514] "selyear" #> [33515] "timmax" #> [33516] "timmean" #> [33517] "timmin" #> [33518] "timpctl" #> [33519] "timsd" #> [33520] "timsum" #> [33521] "trend" #> [33522] "wfldmean" #> [33523] "ydaymean" #> [33524] "year.anomaly" #> [33525] "yearmean" #> [33526] "yearsum" #> [33527] "ymonmax" #> [33528] "ymonmean" #> [33529] "ymonmin" #> [33530] "ymonsd" #> [33531] "ymonsum" #> [33532] "yseasmax" #> [33533] "yseasmean" #> [33534] "yseasmin" #> [33535] "yseassd" #> [33536] "cmvnorm-package" #> [33537] "corr_complex" #> [33538] "isHermitian" #> [33539] "Mvcnorm" #> [33540] "setreal" #> [33541] "cna-package" #> [33542] "allCombs" #> [33543] "condTbl" #> [33544] "cyclic" #> [33545] "d.autonomy" #> [33546] "d.educate" #> [33547] "d.irrigate" #> [33548] "d.jobsecurity" #> [33549] "d.minaret" #> [33550] "d.pacts" #> [33551] "d.pban" #> [33552] "d.performance" #> [33553] "d.volatile" #> [33554] "d.women" #> [33555] "full.tt" #> [33556] "is.inus" #> [33557] "is.submodel" #> [33558] "makeFuzzy" #> [33559] "minimalize" #> [33560] "minimalizeCsf" #> [33561] "randomConds" #> [33562] "redundant" #> [33563] "selectCases" #> [33564] "truthTab" #> [33565] "tt2df" #> [33566] "dcnb" #> [33567] "mu_cnb" #> [33568] "pcnb" #> [33569] "qcnb" #> [33570] "rcnb" #> [33571] "sigma2_cnb" #> [33572] "cncaGUI-package" #> [33573] "cnca" #> [33574] "especies" #> [33575] "CNLTreg-package" #> [33576] "cnlt.reg" #> [33577] "denoisepermC" #> [33578] "denoisepermCh" #> [33579] "fwtnppermC" #> [33580] "mthreshC" #> [33581] "orthpredfilters" #> [33582] "CNLTtsa-package" #> [33583] "Baidu" #> [33584] "cnlt.biv" #> [33585] "cnlt.spec" #> [33586] "cnlt.univ" #> [33587] "cnltspec.plot" #> [33588] "Google" #> [33589] "pre.per" #> [33590] "smooth.over.scale" #> [33591] "smooth.over.time" #> [33592] "cnmlcd" #> [33593] "lcd.object" #> [33594] "log-concave" #> [33595] "logreturn" #> [33596] "logreturn2014" #> [33597] "logvolatility" #> [33598] "new.lcd" #> [33599] "plot.lcd" #> [33600] "plotgradient" #> [33601] "x.weight" #> [33602] "CNOGpro-package" #> [33603] "carsonella" #> [33604] "CNOGpro" #> [33605] "normalizeGC" #> [33606] "plotCNOGpro" #> [33607] "printCNOGpro" #> [33608] "runBootstrap" #> [33609] "runHMM" #> [33610] "store" #> [33611] "summaryCNOGpro" #> [33612] "Wolfgang" #> [33613] "Lenhard" #> [33614] "Alexandra" #> [33615] "Sebastian" #> [33616] "Gary" #> [33617] "12:23:38" #> [33618] "bestModel" #> [33619] "calcPolyInL" #> [33620] "checkConsistency" #> [33621] "cNORM" #> [33622] "cnorm.cv" #> [33623] "cNORM.GUI" #> [33624] "computePowers" #> [33625] "derivationTable" #> [33626] "derive" #> [33627] "elfe" #> [33628] "getNormCurve" #> [33629] "normTable" #> [33630] "plotBoxCox" #> [33631] "plotDerivative" #> [33632] "plotNorm" #> [33633] "plotNormCurves" #> [33634] "plotPercentiles" #> [33635] "plotPercentileSeries" #> [33636] "plotRaw" #> [33637] "plotSubset" #> [33638] "ppvt" #> [33639] "predictNorm" #> [33640] "predictNormBC" #> [33641] "predictRaw" #> [33642] "predictRawBC" #> [33643] "printSubset" #> [33644] "rangeCheck" #> [33645] "rankByGroup" #> [33646] "rankBySlidingWindow" #> [33647] "rawTable" #> [33648] "regressionFunction" #> [33649] "simMean" #> [33650] "simSD" #> [33651] "simulateRasch" #> [33652] "annotexample" #> [33653] "applyCNPmask" #> [33654] "cnpexample" #> [33655] "CNpreprocessing" #> [33656] "makeCNPmask" #> [33657] "normsegs" #> [33658] "ratexample" #> [33659] "segexample" #> [33660] "CNull-package" #> [33661] "individual.based.communities.a" #> [33662] "individual.based.communities.b" #> [33663] "individual.based.moments.a" #> [33664] "individual.based.moments.b" #> [33665] "individual.based.pvalues.a" #> [33666] "individual.based.pvalues.b" #> [33667] "individual.based.random.values.a" #> [33668] "individual.based.random.values.b" #> [33669] "permutation.communities.a" #> [33670] "permutation.communities.b" #> [33671] "permutation.moments.a" #> [33672] "permutation.moments.b" #> [33673] "permutation.pvalues.a" #> [33674] "permutation.pvalues.b" #> [33675] "permutation.random.values.a" #> [33676] "permutation.random.values.b" #> [33677] "averageMatrixEdges" #> [33678] "calcCNVKernelProbDist" #> [33679] "calcVecLMs" #> [33680] "CNVScopeserver" #> [33681] "createChromosomalMatrixSet" #> [33682] "downsample_genomic_matrix" #> [33683] "extractNegLogPval" #> [33684] "formSampleMatrixFromRawGDCData" #> [33685] "freadGDCfile" #> [33686] "getAnnotationMatrix" #> [33687] "getAsymmetricBlockIndices" #> [33688] "getBlockAverageMatrixFromBreakpoints" #> [33689] "getGlobalRescalingStats" #> [33690] "getInterchromosomalInteractivePlot" #> [33691] "GRanges_to_underscored_pos" #> [33692] "importBreakpointBed" #> [33693] "mathead" #> [33694] "nbl_result_matrix_sign_small" #> [33695] "postProcessLinRegMatrix" #> [33696] "rebinGenomicInteractions" #> [33697] "runCNVScopeShiny" #> [33698] "signedRescale" #> [33699] "underscored_pos_to_GRanges" #> [33700] "writeAsymmetricMeltedChromosomalMatrixToDisk" #> [33701] "writeMeltedChromosomalMatrixToDisk" #> [33702] "'simulator_class.R'" #> [33703] "'simulator_ms.R'" #> [33704] "'simulator_scrm.R'" #> [33705] "'simulator_seqgen.R'" #> [33706] "'sumstat_dna.R'" #> [33707] "'sumstat_file.R'" #> [33708] "'sumstat_ihh.R'" #> [33709] "'sumstat_jsfs.R'" #> [33710] "'sumstat_nucleotide_div.R'" #> [33711] "'sumstat_seg_sites.R'" #> [33712] "'sumstat_sfs.R'" #> [33713] "'sumstat_trees.R'" #> [33714] "Staab" #> [33715] "Metzler" #> [33716] "Amaya" #> [33717] "Romero" #> [33718] "2017-10-30" #> [33719] "15:56:43" #> [33720] "coala-package" #> [33721] "as.segsites" #> [33722] "as.segsites.GENOME" #> [33723] "calc_sumstats_from_data" #> [33724] "check_model" #> [33725] "coal_model" #> [33726] "create_abc_param" #> [33727] "create_abc_sumstat" #> [33728] "create_segsites" #> [33729] "feat_growth" #> [33730] "feat_ignore_singletons" #> [33731] "feat_migration" #> [33732] "feat_mutation" #> [33733] "feat_outgroup" #> [33734] "feat_pop_merge" #> [33735] "feat_recombination" #> [33736] "feat_sample" #> [33737] "feat_selection" #> [33738] "feat_size_change" #> [33739] "feat_unphased" #> [33740] "list_simulators" #> [33741] "locus_trio" #> [33742] "parameter" #> [33743] "par_variation" #> [33744] "par_zero_inflation" #> [33745] "scale_model" #> [33746] "simulate.coalmodel" #> [33747] "simulator_ms" #> [33748] "simulator_msms" #> [33749] "simulator_scrm" #> [33750] "simulator_seqgen" #> [33751] "sumstat_dna" #> [33752] "sumstat_file" #> [33753] "sumstat_four_gamete" #> [33754] "sumstat_ihh" #> [33755] "sumstat_jsfs" #> [33756] "sumstat_mcmf" #> [33757] "sumstat_nucleotide_div" #> [33758] "sumstat_omega" #> [33759] "sumstat_seg_sites" #> [33760] "sumstat_sfs" #> [33761] "sumstat_tajimas_d" #> [33762] "sumstat_trees" #> [33763] "coalescentMCMC" #> [33764] "dcoal" #> [33765] "sim.coalescent" #> [33766] "treeOperators" #> [33767] "calculate_prob" #> [33768] "calculate_probs" #> [33769] "collapse_parties" #> [33770] "dHondt" #> [33771] "draw_from_posterior" #> [33772] "get_seats" #> [33773] "get_surveys" #> [33774] "hare_niemeyer" #> [33775] "have_majority" #> [33776] "party_colors_de" #> [33777] "pool_surveys" #> [33778] "redistribute" #> [33779] "scrape_austria" #> [33780] "scrape_wahlrecht" #> [33781] "sls" #> [33782] "surveys_sample" #> [33783] "cd.fit" #> [33784] "cd.fit.mcmc" #> [33785] "dic.fit" #> [33786] "dic.fit.mcmc" #> [33787] "EMforCFR" #> [33788] "exp.win.lengths" #> [33789] "fluA.inc.per" #> [33790] "get.obs.type" #> [33791] "loglikhd" #> [33792] "mcmc.erlang" #> [33793] "mcmcpack.ll" #> [33794] "nycH1N1" #> [33795] "precision.simulation" #> [33796] "simulated.outbreak.deaths" #> [33797] "bal.plot" #> [33798] "bal.tab" #> [33799] "bal.tab.CBPS" #> [33800] "bal.tab.default" #> [33801] "bal.tab.df.formula" #> [33802] "bal.tab.df.formula.list" #> [33803] "bal.tab.Match" #> [33804] "bal.tab.matchit" #> [33805] "bal.tab.ps" #> [33806] "bal.tab.weightit" #> [33807] "class-bal.tab.cluster" #> [33808] "class-bal.tab.imp" #> [33809] "class-bal.tab.msm" #> [33810] "class-bal.tab.multi" #> [33811] "class-bal.tab.subclass" #> [33812] "f.build" #> [33813] "get.w" #> [33814] "love.plot" #> [33815] "options-display" #> [33816] "print.bal.tab" #> [33817] "set.cobalt.options" #> [33818] "splitfactor" #> [33819] "var.names" #> [33820] "cobiclust" #> [33821] "selection_criteria" #> [33822] "COBRA-package" #> [33823] "COBRA" #> [33824] "cobs" #> [33825] "cobs-methods" #> [33826] "conreg" #> [33827] "conreg-methods" #> [33828] "drqssbc2" #> [33829] "DublinWind" #> [33830] "exHe" #> [33831] "interpSplineCon" #> [33832] "mk.pt.constr" #> [33833] "plot.cobs" #> [33834] "predict.cobs" #> [33835] "qbsks2" #> [33836] "USArmyRoofs" #> [33837] "cocktailApp-package" #> [33838] "cocktailApp" #> [33839] "cocktailApp-NEWS" #> [33840] "cocktails" #> [33841] "CoClust" #> [33842] "CoClust-class" #> [33843] "COCONUT-package" #> [33844] "COCONUT" #> [33845] "combineCOCOoutput" #> [33846] "GSEs.test" #> [33847] "cocor-package" #> [33848] "aptitude" #> [33849] "as.htest" #> [33850] "cocor" #> [33851] "cocor.dep.groups.nonoverlap" #> [33852] "cocor.dep.groups.overlap" #> [33853] "cocor.indep.groups" #> [33854] "get.cocor.input" #> [33855] "get.cocor.results" #> [33856] "add_notches" #> [33857] "apply_dc_meta" #> [33858] "average_R2_dflst" #> [33859] "BGFA_cocoreg_interface" #> [33860] "BGFA_joint_info" #> [33861] "cocoreg" #> [33862] "cocoreg_by_path" #> [33863] "compose" #> [33864] "compose_all" #> [33865] "create_mappings" #> [33866] "create_syndata_mv" #> [33867] "create_syndata_pwl" #> [33868] "create_syn_data_puvar" #> [33869] "create_syn_data_toy" #> [33870] "create_syn_data_uds" #> [33871] "create_syn_data_uvar" #> [33872] "create_Z_linear" #> [33873] "cshift" #> [33874] "data_collections2ggdf" #> [33875] "data_matrix_rmse" #> [33876] "dc_variability" #> [33877] "dflst2array" #> [33878] "dflst2df" #> [33879] "dflst2dfmelt" #> [33880] "dflst_add_ds" #> [33881] "dflst_dsnames2varnames" #> [33882] "dflst_pca" #> [33883] "df_ggplot_melt" #> [33884] "df_scale" #> [33885] "df_scale_ols" #> [33886] "dl_remove_NA" #> [33887] "dl_scale" #> [33888] "ds_variability" #> [33889] "generate_mapping_function" #> [33890] "generate_paths" #> [33891] "generate_paths_cyclic" #> [33892] "generate_paths_noncyclic" #> [33893] "get_dc_meta" #> [33894] "get_range_datalist" #> [33895] "get_starting_dataset" #> [33896] "ggcompare_dclst" #> [33897] "ggplot_dclst" #> [33898] "ggplot_df" #> [33899] "ggplot_dflst" #> [33900] "make_data_gauss_2d" #> [33901] "mappings_R2_matrix" #> [33902] "mapping_glmnet" #> [33903] "mapping_lm" #> [33904] "mapping_lmridge" #> [33905] "mapping_pcr" #> [33906] "mapping_rf" #> [33907] "mapping_rlm" #> [33908] "mapping_svm" #> [33909] "mapping_svm_sigmoid" #> [33910] "matrix_variability" #> [33911] "nplst_reorder_grid" #> [33912] "PCA_cocoreg_interface" #> [33913] "rename_variables" #> [33914] "RGCCA_cocoreg_interface" #> [33915] "rotation_matrix" #> [33916] "row_suffle_variability" #> [33917] "SCA_cocoreg_interface" #> [33918] "svm_sigmoid" #> [33919] "to_unit_vec" #> [33920] "traverse_nested_list" #> [33921] "validate_data" #> [33922] "variability_components" #> [33923] "variation_shared_by" #> [33924] "var_explained" #> [33925] "vector_variability" #> [33926] "wrapper_BGFA" #> [33927] "cocorresp-package" #> [33928] "beetles" #> [33929] "bryophyte" #> [33930] "coca" #> [33931] "coinertiaI" #> [33932] "corAxis" #> [33933] "envfit.coca" #> [33934] "fitCoinertia" #> [33935] "fitted.symcoca" #> [33936] "mcChi" #> [33937] "permutest.coca" #> [33938] "plot.predcoca" #> [33939] "plot.symcoca" #> [33940] "points.coca" #> [33941] "resid.symcoca" #> [33942] "scaleChi" #> [33943] "scores.predcoca" #> [33944] "screeplot.symcoca" #> [33945] "simpls" #> [33946] "summary.predcoca" #> [33947] "weights.symcoca" #> [33948] "cocron-package" #> [33949] "cocron" #> [33950] "cocron.n.coefficients" #> [33951] "cocron.two.coefficients" #> [33952] "cronbach.alpha" #> [33953] "cronbach.alpha.CI" #> [33954] "knowledge" #> [33955] "as.ts.mcmc" #> [33956] "autocorr.diag" #> [33957] "autocorr.plot" #> [33958] "batchSE" #> [33959] "bugs2jags" #> [33960] "coda.options" #> [33961] "codamenu" #> [33962] "Cramer" #> [33963] "crosscorr" #> [33964] "crosscorr.plot" #> [33965] "cumuplot" #> [33966] "densplot" #> [33967] "effectiveSize" #> [33968] "gelman.diag" #> [33969] "gelman.plot" #> [33970] "geweke.diag" #> [33971] "geweke.plot" #> [33972] "heidel.diag" #> [33973] "HPDinterval" #> [33974] "mcmc" #> [33975] "mcmc.convert" #> [33976] "mcmc.list" #> [33977] "mcmc.subset" #> [33978] "mcmcUpgrade" #> [33979] "mcpar" #> [33980] "multi.menu" #> [33981] "nchain" #> [33982] "plot.mcmc" #> [33983] "raftery.diag" #> [33984] "read.and.check" #> [33985] "read.coda" #> [33986] "read.coda.interactive" #> [33987] "read.openbugs" #> [33988] "rejectionRate" #> [33989] "spectrum0" #> [33990] "spectrum0.ar" #> [33991] "summary.mcmc" #> [33992] "time.mcmc" #> [33993] "trellisplots" #> [33994] "varnames" #> [33995] "window.mcmc" #> [33996] "alr_basis" #> [33997] "cdp_partition" #> [33998] "clr_basis" #> [33999] "composition" #> [34000] "ilr_basis" #> [34001] "parliament2017" #> [34002] "pb_basis" #> [34003] "pc_basis" #> [34004] "print.coda" #> [34005] "sbp_basis" #> [34006] "variation_array" #> [34007] "codadiags-package" #> [34008] "ad.cdf" #> [34009] "add.transient" #> [34010] "AR1" #> [34011] "autocorr1" #> [34012] "bay.cdf" #> [34013] "bridgestat.diag" #> [34014] "brownianbridge" #> [34015] "cvm.cdf" #> [34016] "ks.cdf" #> [34017] "loglikbridge" #> [34018] "maxinv.bay.cdf" #> [34019] "null.lim.cdf" #> [34020] "null.param.cdf" #> [34021] "studentbridge" #> [34022] "transient.test" #> [34023] "adjointSymb" #> [34024] "bvptwpC" #> [34025] "compileAndLoad" #> [34026] "forcData" #> [34027] "funC" #> [34028] "getSymbols" #> [34029] "jacobianSymb" #> [34030] "odeC" #> [34031] "oxygenData" #> [34032] "prodSymb" #> [34033] "reduceSensitivities" #> [34034] "replaceNumbers" #> [34035] "replaceOperation" #> [34036] "replaceSymbols" #> [34037] "sensitivitiesSymb" #> [34038] "setForcings" #> [34039] "sumSymb" #> [34040] "Ruben" #> [34041] "Arslan" #> [34042] "2019-02-21" #> [34043] "15:20:07" #> [34044] "add_R" #> [34045] "aggregate_and_document_scale" #> [34046] "asis_knit_child" #> [34047] "bfi" #> [34048] "codebook" #> [34049] "codebook_browser" #> [34050] "codebook_component_scale" #> [34051] "codebook_component_single_item" #> [34052] "codebook_data_info" #> [34053] "codebook_items" #> [34054] "codebook_missingness" #> [34055] "codebook_survey_overview" #> [34056] "codebook_table" #> [34057] "compact_codebook" #> [34058] "compute_reliabilities" #> [34059] "data_description_default" #> [34060] "detect_missing" #> [34061] "detect_scales" #> [34062] "ended" #> [34063] "expired" #> [34064] "has_label" #> [34065] "has_labels" #> [34066] "knit_print.alpha" #> [34067] "knit_print.htest" #> [34068] "knit_print.multilevel" #> [34069] "knit_print.scaleDiagnosis" #> [34070] "label_browser" #> [34071] "label_browser_static" #> [34072] "likert_from_items" #> [34073] "list_to_dict" #> [34074] "load_data_and_render_codebook" #> [34075] "md_pattern" #> [34076] "metadata_jsonld" #> [34077] "metadata_list" #> [34078] "new_codebook_rmd" #> [34079] "paste.knit_asis" #> [34080] "plot_labelled" #> [34081] "print.knit_asis" #> [34082] "rescue_attributes" #> [34083] "reverse_labelled_values" #> [34084] "summary.labelled" #> [34085] "summary.labelled_spss" #> [34086] "zap_attributes" #> [34087] "zap_labelled" #> [34088] "asVarName" #> [34089] "findWhenUnneeded" #> [34090] "funchandlers" #> [34091] "getDependsThread" #> [34092] "getDetailedTimelines" #> [34093] "getExpressionThread" #> [34094] "getInputs" #> [34095] "getPropagateChanges" #> [34096] "getVariableDepends" #> [34097] "getVariables" #> [34098] "guessTaskType" #> [34099] "highlightCode" #> [34100] "historyAsScript" #> [34101] "inputCollector" #> [34102] "makeCallGraph" #> [34103] "makeTaskGraph" #> [34104] "makeVariableGraph" #> [34105] "readScript" #> [34106] "runUpToSection" #> [34107] "Script-class" #> [34108] "separateExpressionBlocks" #> [34109] "sourceVariable" #> [34110] "splitRedefinitions" #> [34111] "updatingScript" #> [34112] "codemetar-package" #> [34113] "add_context" #> [34114] "codemeta_validate" #> [34115] "create_codemeta" #> [34116] "crosswalk" #> [34117] "crosswalk_table" #> [34118] "drop_context" #> [34119] "extract_badges" #> [34120] "give_opinions" #> [34121] "write_codemeta" #> [34122] "codep-package" #> [34123] "cdp-class" #> [34124] "cthreshold" #> [34125] "Doubs" #> [34126] "eigenmap" #> [34127] "eigenmap-class" #> [34128] "gcd" #> [34129] "MCA" #> [34130] "minpermute" #> [34131] "Mite" #> [34132] "Product-distribution" #> [34133] "Salmon" #> [34134] "checkUsage" #> [34135] "codetools" #> [34136] "findGlobals" #> [34137] "showTree" #> [34138] "table_nih_enrollment" #> [34139] ".Random.seed" #> [34140] "as.igraph" #> [34141] "ClusterNodes" #> [34142] "CTR" #> [34143] "GLI" #> [34144] "MakeDiffNet" #> [34145] "OLI" #> [34146] "OrderNames" #> [34147] "plot.CoDiNA" #> [34148] "print.CoDiNA" #> [34149] "summary.CoDiNA" #> [34150] "Codings" #> [34151] "mean_contrasts" #> [34152] "Sydney" #> [34153] "K." #> [34154] "M." #> [34155] "MacDonald" #> [34156] "Dan" #> [34157] "F." #> [34158] "Flynn" #> [34159] "Slaughter" #> [34160] "Julie" #> [34161] "Ripplinger" #> [34162] "Scott" #> [34163] "Collins" #> [34164] "Corinna" #> [34165] "Gries" #> [34166] "2019-04-09" #> [34167] "05:02:42" #> [34168] "codyn-package" #> [34169] "abundance_change" #> [34170] "abundance_difference" #> [34171] "collins08" #> [34172] "community_diversity" #> [34173] "community_stability" #> [34174] "community_structure" #> [34175] "confint.cyclic_shift" #> [34176] "curve_change" #> [34177] "curve_difference" #> [34178] "cyclic_shift" #> [34179] "knz_001d" #> [34180] "mean_rank_shift" #> [34181] "multivariate_change" #> [34182] "multivariate_difference" #> [34183] "pplots" #> [34184] "RAC_change" #> [34185] "RAC_difference" #> [34186] "rank_shift" #> [34187] "rate_change" #> [34188] "rate_change_interval" #> [34189] "synchrony" #> [34190] "turnover" #> [34191] "variance_ratio" #> [34192] "coefficientalpha-package" #> [34193] "plot.alpha" #> [34194] "summary.alpha" #> [34195] "tau.test" #> [34196] "annotateSeries" #> [34197] "buildModelCI" #> [34198] "buildModelCI.default" #> [34199] "buildPlotting.default" #> [34200] "coefpath" #> [34201] "coefplot.data.frame" #> [34202] "coefplot.default" #> [34203] "coefplot.glm" #> [34204] "coefplot.lm" #> [34205] "coefplot.rxGlm" #> [34206] "coefplot.rxLinMod" #> [34207] "coefplot.rxLogit" #> [34208] "doRegex" #> [34209] "extract.coef" #> [34210] "extract.coef.cv.glmnet" #> [34211] "extract.coef.default" #> [34212] "extract.coef.glm" #> [34213] "extract.coef.glmnet" #> [34214] "extract.coef.lm" #> [34215] "extract.coef.maxLik" #> [34216] "extract.coef.rxGlm" #> [34217] "extract.coef.rxLinMod" #> [34218] "extract.coef.rxLogit" #> [34219] "extract.coef.xgb.Booster" #> [34220] "extractPath" #> [34221] "get.assign" #> [34222] "get.assign.glm" #> [34223] "get.assign.lm" #> [34224] "getCoefsFromPredictors" #> [34225] "getCoefsFromPredictors.default" #> [34226] "getCoefsFromPredictors.rxGlm" #> [34227] "getCoefsFromPredictors.rxLinMod" #> [34228] "getCoefsFromPredictors.rxLogit" #> [34229] "getCoefsFromPredictorsRevo" #> [34230] "matchCoefs" #> [34231] "matchCoefs.default" #> [34232] "position_dodgev" #> [34233] "coenocline" #> [34234] "coenocliner" #> [34235] "persp.coenocline" #> [34236] "plot.coenocline" #> [34237] "showParams" #> [34238] "simJamil" #> [34239] "species-response" #> [34240] "stack.coenocline" #> [34241] "coenoflex" #> [34242] "plot.coenoflex" #> [34243] "coexist-package" #> [34244] "batch.coexistence" #> [34245] "batch.mcoexistence" #> [34246] "batch.monepar" #> [34247] "batch.mpaircomp" #> [34248] "batch.n2n" #> [34249] "batch.onepar" #> [34250] "batch.paircomp" #> [34251] "batch.pdf.onepar" #> [34252] "batch.pdf.pairpar" #> [34253] "batch.read" #> [34254] "comblist" #> [34255] "comblist2" #> [34256] "competition" #> [34257] "compvar" #> [34258] "convert.filenames" #> [34259] "dispersal" #> [34260] "dispvar" #> [34261] "fast.flexsim" #> [34262] "filename.check" #> [34263] "flex.competition" #> [34264] "flex.dispersal" #> [34265] "flexsim" #> [34266] "make.heatmap" #> [34267] "make.parcomb" #> [34268] "parsetting" #> [34269] "plot_n2n" #> [34270] "read.patchdata" #> [34271] "sim.coarse" #> [34272] "spabundance" #> [34273] "sta.coexistence" #> [34274] "sta.comparison" #> [34275] "sta.fitness" #> [34276] "sta.mcoexistence" #> [34277] "sta.mcomparison" #> [34278] "sta.mpaircomparison" #> [34279] "sta.paircomparison" #> [34280] "add_tiles" #> [34281] "cofeatureR" #> [34282] "plot_cofeature_mat" #> [34283] "completeFunctionalRegulationAnalysis" #> [34284] "filterData" #> [34285] "getFunctionalCategories" #> [34286] "HeatMapEnrichment" #> [34287] "iBAQ" #> [34288] "plot.CompleteEnrichment" #> [34289] "summary.CompleteEnrichment" #> [34290] "coga" #> [34291] "dcoga" #> [34292] "dcoga2dim" #> [34293] "dcoga_approx" #> [34294] "pcoga2dim_diff_shape" #> [34295] "ConceptCentrality" #> [34296] "ConceptCentralityIndiv" #> [34297] "ConceptIndegree" #> [34298] "ConceptIndegreeIndiv" #> [34299] "ConceptIndicators" #> [34300] "ConceptIndicatorsICM" #> [34301] "ConceptIndicIndiv" #> [34302] "ConceptIndicSummary" #> [34303] "ConceptOutdegree" #> [34304] "ConceptOutdegreeIndiv" #> [34305] "ConceptTest" #> [34306] "ConceptTestSummary" #> [34307] "coordCMap" #> [34308] "data.ggCMap" #> [34309] "df.quotes.scm.concept" #> [34310] "df.quotes.scm.edge" #> [34311] "EdgCMap" #> [34312] "EdgSocCMap" #> [34313] "ggCMap" #> [34314] "ggCMap.bg" #> [34315] "ggCMap.hl" #> [34316] "GraphIndicators" #> [34317] "GraphIndicatorsICM" #> [34318] "GraphIndicatorsTable" #> [34319] "IndCMap" #> [34320] "plotIndCMap" #> [34321] "plotSocCMap" #> [34322] "ProjectCMap" #> [34323] "QuotesCMap" #> [34324] "QuotesIndCMap" #> [34325] "QuotesSocCMap" #> [34326] "RelationshipTest" #> [34327] "RelationshipTestSummary" #> [34328] "RemoveCodings" #> [34329] "SocCMap" #> [34330] "CoImp" #> [34331] "CoImp-class" #> [34332] "MAR-class" #> [34333] "MCAR" #> [34334] "MCAR-class" #> [34335] "PerfMeasure" #> [34336] "PerfMeasure-class" #> [34337] "coin-package" #> [34338] "alzheimer" #> [34339] "asat" #> [34340] "ContingencyTests" #> [34341] "CorrelationTests" #> [34342] "CWD" #> [34343] "expectation-methods" #> [34344] "glioma" #> [34345] "GTSG" #> [34346] "hohnloser" #> [34347] "IndependenceLinearStatistic-class" #> [34348] "IndependenceProblem-class" #> [34349] "IndependenceTest" #> [34350] "IndependenceTest-class" #> [34351] "IndependenceTestProblem-class" #> [34352] "IndependenceTestStatistic-class" #> [34353] "jobsatisfaction" #> [34354] "LocationTests" #> [34355] "malformations" #> [34356] "MarginalHomogeneityTests" #> [34357] "MaximallySelectedStatisticsTests" #> [34358] "mercuryfish" #> [34359] "neuropathy" #> [34360] "NullDistribution" #> [34361] "NullDistribution-class" #> [34362] "NullDistribution-methods" #> [34363] "ocarcinoma" #> [34364] "PermutationDistribution-methods" #> [34365] "photocar" #> [34366] "PValue-class" #> [34367] "pvalue-methods" #> [34368] "rotarod" #> [34369] "ScaleTests" #> [34370] "statistic-methods" #> [34371] "SurvivalTests" #> [34372] "SymmetryProblem-class" #> [34373] "SymmetryTest" #> [34374] "SymmetryTests" #> [34375] "Transformations" #> [34376] "treepipit" #> [34377] "VarCovar-class" #> [34378] "vision" #> [34379] "get_currency_list" #> [34380] "get_current_price" #> [34381] "get_historic_price" #> [34382] "get_last31days_price" #> [34383] "get_global_marketcap" #> [34384] "get_marketcap_ticker_all" #> [34385] "plot_top_5_currencies" #> [34386] "CoinMinD-package" #> [34387] "BMDE" #> [34388] "BMDU" #> [34389] "FS" #> [34390] "GM" #> [34391] "QH" #> [34392] "SG" #> [34393] "WALD" #> [34394] "WALDCC" #> [34395] "WS" #> [34396] "cointmonitoR-package" #> [34397] "monitorCointegration" #> [34398] "monitorStationarity" #> [34399] "plot.cointmonitoR" #> [34400] "print.cointmonitoR" #> [34401] "cointReg-package" #> [34402] "checkDoptions" #> [34403] "checkObject" #> [34404] "checkVars" #> [34405] "cointReg" #> [34406] "cointRegD" #> [34407] "cointRegFM" #> [34408] "cointRegIM" #> [34409] "getBandwidth" #> [34410] "getLeadLag" #> [34411] "getLongRunVar" #> [34412] "getLongRunWeights" #> [34413] "getModD" #> [34414] "makeLeadLagMatrix" #> [34415] "plot.cointReg" #> [34416] "print.cointReg" #> [34417] "coef.colf_nlxb" #> [34418] "colf_nls" #> [34419] "colf_nlxb" #> [34420] "construct_formula" #> [34421] "fitted.colf_nlxb" #> [34422] "predict.colf_nls" #> [34423] "predict.colf_nlxb" #> [34424] "print.colf_nlxb" #> [34425] "residuals.colf_nlxb" #> [34426] "summary.colf_nlxb" #> [34427] "alphaNumeric" #> [34428] "asBigMatrix" #> [34429] "assocFilter" #> [34430] "baseName" #> [34431] "bedcollr" #> [34432] "bedSizeCorrect" #> [34433] "bimCorrectTypes" #> [34434] "bin2DescFilename" #> [34435] "binPhe" #> [34436] "bmAddCol" #> [34437] "bmAttachBin" #> [34438] "bmConvertFun" #> [34439] "bmFilename" #> [34440] "bmFilepath" #> [34441] "bytesSnp" #> [34442] "changeByMap" #> [34443] "charify" #> [34444] "checkFileExist" #> [34445] "chExt" #> [34446] "cmh" #> [34447] "colClasses" #> [34448] "colCors" #> [34449] "CollapsABEL" #> [34450] "collapseMat" #> [34451] "collClear" #> [34452] "collenv" #> [34453] "connectSnpPair" #> [34454] "contrastData" #> [34455] "contrastPlot" #> [34456] "correctDesc" #> [34457] "correctTypes_methods" #> [34458] "covarNames" #> [34459] "cytoband" #> [34460] "datToVec" #> [34461] "desc2BinFilename" #> [34462] "dir.create2" #> [34463] "dirName" #> [34464] "eprint" #> [34465] "evalFile" #> [34466] "famCorrectTypes" #> [34467] "fidIid" #> [34468] "file.create2" #> [34469] "filePath" #> [34470] "FilePath-class" #> [34471] "fileSize" #> [34472] "gcdhBmCreate" #> [34473] "gcdhDir" #> [34474] "gcdhPower" #> [34475] "gcdhRegion" #> [34476] "gcdhReport" #> [34477] "getHaplo" #> [34478] "getHaplos" #> [34479] "getOrElse-operator" #> [34480] "getQuery" #> [34481] "getr2" #> [34482] "glm2" #> [34483] "glmIter" #> [34484] "gwasDat" #> [34485] "gwasDir" #> [34486] "gwasLog" #> [34487] "gwasOut" #> [34488] "gwasOutStem" #> [34489] "gwasR" #> [34490] "gwasRDS" #> [34491] "head2" #> [34492] "headPhe" #> [34493] "isS4Class" #> [34494] "isSetup" #> [34495] "isSetupRbed" #> [34496] "isSQLite3" #> [34497] "lagDistance" #> [34498] "lenCheck" #> [34499] "listEqual" #> [34500] "listGwasTags" #> [34501] "loadGwas" #> [34502] "makePhe" #> [34503] "manhattanData" #> [34504] "manhattanPlot" #> [34505] "nIndivApprPl" #> [34506] "nIndivPl" #> [34507] "nonExistentFiles" #> [34508] "nSnpPl" #> [34509] "numVectorSQLRepr" #> [34510] "permutePhe" #> [34511] "plGwas" #> [34512] "PlGwasC-class" #> [34513] "plInfo" #> [34514] "PlInfoC-class" #> [34515] "plinkr" #> [34516] "plTrim" #> [34517] "qq" #> [34518] "qq2" #> [34519] "qqmulti" #> [34520] "randNormDat" #> [34521] "randomString" #> [34522] "randomStrings" #> [34523] "rbedInfo" #> [34524] "RbedInfoC-class" #> [34525] "read.phe.table" #> [34526] "readAssoc" #> [34527] "readBed" #> [34528] "readBim" #> [34529] "readBmBin" #> [34530] "readDesc" #> [34531] "readFam" #> [34532] "readFunFactory" #> [34533] "readGwasOut" #> [34534] "readInfo" #> [34535] "ReadInfo-class" #> [34536] "readLiteral" #> [34537] "readLogistic" #> [34538] "readPhe" #> [34539] "readPlinkOut" #> [34540] "readQassoc" #> [34541] "realBedSize" #> [34542] "removeTag" #> [34543] "reprClasses" #> [34544] "rmFilesByStem" #> [34545] "runGcdh" #> [34546] "runGwas" #> [34547] "runTypeI" #> [34548] "saveDesc" #> [34549] "sendQuery" #> [34550] "setOptModel" #> [34551] "setupRbed" #> [34552] "shiftBed" #> [34553] "shiftedStem" #> [34554] "slurp" #> [34555] "snpPos" #> [34556] "snpRowId" #> [34557] "spit" #> [34558] "sqliteFilePl" #> [34559] "stopFormat" #> [34560] "strConcat" #> [34561] "strVectorRepr" #> [34562] "strVectorSQLRepr" #> [34563] "systemFormat" #> [34564] "theoBedSize" #> [34565] "validPhe" #> [34566] "write.phe.table" #> [34567] "displayIV" #> [34568] "displayResponseRatebyLevels" #> [34569] "displayWOE" #> [34570] "German_Credit" #> [34571] "IVCalc" #> [34572] "IVCalc2" #> [34573] "levelsCollapser" #> [34574] "numericToCategorical" #> [34575] "collapsibleTree" #> [34576] "collapsibleTree-shiny" #> [34577] "collapsibleTreeNetwork" #> [34578] "collapsibleTreeSummary" #> [34579] "collateral_mappers" #> [34580] "tally" #> [34581] "collectArgs-and-iterateWithArgs" #> [34582] "collections-package" #> [34583] "Deque" #> [34584] "DequeL" #> [34585] "Dict" #> [34586] "OrderedDict" #> [34587] "OrderedDictL" #> [34588] "PriorityQueue" #> [34589] "Queue" #> [34590] "QueueL" #> [34591] "Stack" #> [34592] "StackL" #> [34593] "calibration_questions" #> [34594] "check_readability" #> [34595] "clean_answers" #> [34596] "collector" #> [34597] "combine_capability_parameters" #> [34598] "combine_lognorm" #> [34599] "combine_lognorm_trunc" #> [34600] "combine_norm" #> [34601] "combine_scenario_parameters" #> [34602] "derive_controls" #> [34603] "enforce_tidyrisk_question_set" #> [34604] "enforce_tidyrisk_response_set" #> [34605] "fit_capabilities" #> [34606] "fit_capabilities_geomean" #> [34607] "fit_lognorm" #> [34608] "fit_lognorm_trunc" #> [34609] "fit_norm_trunc" #> [34610] "fit_pois" #> [34611] "fit_scenarios" #> [34612] "fit_scenarios_geomean" #> [34613] "fit_threat_communities" #> [34614] "generate_cost_function" #> [34615] "generate_weights" #> [34616] "get_smes_domains" #> [34617] "is_tidyrisk_question_set" #> [34618] "is_tidyrisk_response_set" #> [34619] "lognormal_to_normal" #> [34620] "make_handouts" #> [34621] "make_scorecard" #> [34622] "make_slides" #> [34623] "mc_calibration_answers" #> [34624] "mc_capabilities" #> [34625] "mc_capability_answers" #> [34626] "mc_capability_parameters_fitted" #> [34627] "mc_domains" #> [34628] "mc_scenarios" #> [34629] "mc_scenario_answers" #> [34630] "mc_scenario_parameters_fitted" #> [34631] "mc_sme_top_domains" #> [34632] "mc_threat_communities" #> [34633] "mc_threat_parameters_fitted" #> [34634] "normal_to_lognormal" #> [34635] "read_questions" #> [34636] "read_responses" #> [34637] "tidyrisk_question_set" #> [34638] "tidyrisk_response_set" #> [34639] "CollessLike-package" #> [34640] "a.g.model" #> [34641] "balance.indices" #> [34642] "colless.like.index" #> [34643] "cophen.index" #> [34644] "indices.simulation" #> [34645] "sackin.index" #> [34646] "CollocInfer-package" #> [34647] "ChemoData" #> [34648] "ChemoRMData" #> [34649] "CollocInferPlots" #> [34650] "FhNdata" #> [34651] "FhNest" #> [34652] "FitMatch" #> [34653] "forward.prediction.error" #> [34654] "inneropt" #> [34655] "IntegrateForward" #> [34656] "make.findif" #> [34657] "make.lik" #> [34658] "make.logtrans" #> [34659] "make.proc" #> [34660] "make.transfer" #> [34661] "make.variance" #> [34662] "NSdata" #> [34663] "outeropt" #> [34664] "ParsMatch" #> [34665] "Profile.covariance" #> [34666] "ProfileObjective" #> [34667] "Profiling" #> [34668] "Routines" #> [34669] "SEIRdata" #> [34670] "Smooth.LS" #> [34671] "SplineEst" #> [34672] "collpcm.control" #> [34673] "collpcm.fit" #> [34674] "collpcm.summaryplot" #> [34675] "collpcm.undo.label.switching" #> [34676] "Karate" #> [34677] "Monks" #> [34678] "plot.collpcm" #> [34679] "print.collpcm" #> [34680] "summary.collpcm" #> [34681] "collUtils-package" #> [34682] "countlines" #> [34683] "getJArray" #> [34684] "ncols" #> [34685] "rBed" #> [34686] "readcol" #> [34687] "readcols" #> [34688] "truncateEndOfFile" #> [34689] "colmozzie" #> [34690] "coloc-package" #> [34691] "approx.bf.estimates" #> [34692] "approx.bf.p" #> [34693] "coloc-class" #> [34694] "coloc.abf" #> [34695] "coloc.abf.datasets" #> [34696] "coloc.abf.snpStats" #> [34697] "coloc.bma" #> [34698] "coloc.test" #> [34699] "coloc.test.summary" #> [34700] "colocABF-class" #> [34701] "colocPCs-class" #> [34702] "combine.abf" #> [34703] "fillin" #> [34704] "finemap.abf" #> [34705] "logdiff" #> [34706] "pcs.model" #> [34707] "pcs.prepare" #> [34708] "process.dataset" #> [34709] "sdY.est" #> [34710] "Var.data" #> [34711] "Var.data.cc" #> [34712] "nsinc.d" #> [34713] "nsinc.z" #> [34714] "plot.colocal" #> [34715] "summary.colocal" #> [34716] "twolines" #> [34717] "chisqDistance" #> [34718] "colorDistance" #> [34719] "combineClusters" #> [34720] "combineList" #> [34721] "convertColorSpace" #> [34722] "EMDistance" #> [34723] "exportTree" #> [34724] "extractClusters" #> [34725] "getColorDistanceMatrix" #> [34726] "getHistColors" #> [34727] "getHistList" #> [34728] "getImageHist" #> [34729] "getImagePaths" #> [34730] "getKMeanColors" #> [34731] "getKMeansList" #> [34732] "getLabHist" #> [34733] "getLabHistList" #> [34734] "heatmapColorDistance" #> [34735] "imageClusterPipeline" #> [34736] "loadImage" #> [34737] "normalizeRGB" #> [34738] "orderClusters" #> [34739] "plotClustersMulti" #> [34740] "plotHist" #> [34741] "plotImage" #> [34742] "plotPixels" #> [34743] "scatter3dclusters" #> [34744] "weightedPairsDistance" #> [34745] "amari_distance" #> [34746] "cICA" #> [34747] "grad" #> [34748] "hess" #> [34749] "locmulti" #> [34750] "rerow" #> [34751] "scICA" #> [34752] "autocorrelation" #> [34753] "autocorr_sim" #> [34754] "colorednoise" #> [34755] "colored_multi_rnorm" #> [34756] "colored_noise" #> [34757] "matrix_model" #> [34758] "multi_rnorm" #> [34759] "unstructured_pop" #> [34760] "make_palette" #> [34761] "plot_colors" #> [34762] "plot_colors_3d" #> [34763] "colorfulVennPlot-package" #> [34764] "createVennData" #> [34765] "plotVenn" #> [34766] "plotVenn2d" #> [34767] "plotVenn3d" #> [34768] "plotVenn4d" #> [34769] "resizeCircles" #> [34770] "colorhcplot-package" #> [34771] "colorhcplot" #> [34772] "geneData" #> [34773] "colormap" #> [34774] "colormaps" #> [34775] "colormap_pal" #> [34776] "scale_color_colormap" #> [34777] "complementColors" #> [34778] "generateMonochromaticColors" #> [34779] "hsv2rgb" #> [34780] "pentadic" #> [34781] "tetradic" #> [34782] "tetradicColors" #> [34783] "triadic" #> [34784] "triadicColors" #> [34785] "colorpatch-package" #> [34786] "append,color-method" #> [34787] "apply.color" #> [34788] "as.list" #> [34789] "ColorDistance" #> [34790] "ColorPatchColorFun" #> [34791] "ColorPatchSizeFun" #> [34792] "ColorRgbFun" #> [34793] "ComputeSymmetry" #> [34794] "CreateClusteredData" #> [34795] "CreateExampleData" #> [34796] "DistColor" #> [34797] "DistColorFun" #> [34798] "FindUniformSequence" #> [34799] "GeneratePalettes" #> [34800] "GreenRedRGB" #> [34801] "HsvColorFun" #> [34802] "HsvSizeFun" #> [34803] "InterpolateColorFun" #> [34804] "length,color-method" #> [34805] "LinColorSpace" #> [34806] "OptimBlueYellowLAB" #> [34807] "OptimGreenRedLAB" #> [34808] "OptimizeBiColor" #> [34809] "OrderData" #> [34810] "OrderDataHclust" #> [34811] "OrderDataTSP" #> [34812] "OrderWithTSP" #> [34813] "PlotSymmetry" #> [34814] "PlotUniformity" #> [34815] "ReadArraySRGB" #> [34816] "StatColorPatch" #> [34817] "stat_bicolor" #> [34818] "stat_colorpatch" #> [34819] "theme_colorpatch" #> [34820] "ToDataFrame" #> [34821] "epl.colors" #> [34822] "mlb.colors" #> [34823] "nba.colors" #> [34824] "nfl.colors" #> [34825] "nhl.colors" #> [34826] "colorRamps-package" #> [34827] "blue2red" #> [34828] "blue2yellow" #> [34829] "matlab.like" #> [34830] "primary.colors" #> [34831] "rgb.tables" #> [34832] "ygobb" #> [34833] "ASTM.D1925.YellownessIndex" #> [34834] "ASTM.E313.Whiteness" #> [34835] "ASTM.E313.YellownessIndex" #> [34836] "Berger59.Whiteness" #> [34837] "BVR2XYZ" #> [34838] "cccie31" #> [34839] "cccie64" #> [34840] "CCT2XYZ" #> [34841] "CentralsISCCNBS" #> [34842] "CheckColorLookup" #> [34843] "ChromaticAdaptation" #> [34844] "chromaticity.diagram" #> [34845] "chromaticity.diagram.color" #> [34846] "CIE.Whiteness" #> [34847] "CIE1931xy2CIE1960uv" #> [34848] "CIE1931xy2CIE1976uv" #> [34849] "CIE1931XYZ2CIE1931xyz" #> [34850] "CIE1931XYZ2CIE1960uv" #> [34851] "CIE1931XYZ2CIE1976uv" #> [34852] "CIE1960UCS2CIE1964" #> [34853] "CIE1960UCS2xy" #> [34854] "CIE1976chroma" #> [34855] "CIE1976hueangle" #> [34856] "CIE1976uv2CIE1931xy" #> [34857] "CIE1976uv2CIE1960uv" #> [34858] "CIE1976uvSaturation" #> [34859] "CIELabtoDIN99" #> [34860] "CIEluminanceY2NCSblackness" #> [34861] "CIETint" #> [34862] "ciexyz31" #> [34863] "ciexyz64" #> [34864] "CMY2CMYK" #> [34865] "CMY2RGB" #> [34866] "CMYK2CMY" #> [34867] "ColorBlockFromMunsell" #> [34868] "compuphaseDifferenceRGB" #> [34869] "conversionIlluminance" #> [34870] "conversionLuminance" #> [34871] "createIsoTempLinesTable" #> [34872] "daylightcomponents" #> [34873] "deltaE1976" #> [34874] "deltaE1994" #> [34875] "deltaE2000" #> [34876] "deltaECMC" #> [34877] "DeMarcoPokornySmith2degConeFundamentals1992" #> [34878] "DIN6167.YellownessIndex" #> [34879] "DIN99toCIELab" #> [34880] "dkl2dklCart" #> [34881] "dkl2rgb" #> [34882] "DominantWavelength" #> [34883] "emittanceblackbodyPlanck" #> [34884] "footcandle2candela.steradian.sqmeter" #> [34885] "footcandle2lux" #> [34886] "footcandle2watt.sqcentimeter" #> [34887] "GanzGrieser.Tint" #> [34888] "GanzGrieser.Whiteness" #> [34889] "heuristic.wlnm2RGB" #> [34890] "HSL2RGB" #> [34891] "HSV2RGB" #> [34892] "Hue.2.RGB" #> [34893] "huedegree" #> [34894] "huedegreemunsell" #> [34895] "Hunter60.WhitenessIndex" #> [34896] "HunterLab2XYZ" #> [34897] "illuminantA" #> [34898] "illuminantD65" #> [34899] "illuminants" #> [34900] "ISObrightnessReflectometerRSD" #> [34901] "kelvin2xy" #> [34902] "Lab2LCHab" #> [34903] "LAB2LUV" #> [34904] "Lab2XYZ" #> [34905] "LCHab2Lab" #> [34906] "LCHuv2Luv" #> [34907] "LEF2RGB" #> [34908] "LMS2DKL" #> [34909] "LMS2RGB" #> [34910] "LMS2XYZ" #> [34911] "LSLM2RGB" #> [34912] "LUV2LAB" #> [34913] "Luv2LCHuv" #> [34914] "Luv2XYZ" #> [34915] "Luv2Yuv" #> [34916] "makeChromaticAdaptationMatrix" #> [34917] "MaterialReferenceData" #> [34918] "MaxChromaFromExtrapRenotationData" #> [34919] "MaxChromasForStandardMunsellHuesAndValues" #> [34920] "Maxwell.triangle" #> [34921] "Munsell100hues55" #> [34922] "Munsell100hues55FM100" #> [34923] "MunsellHues" #> [34924] "MunsellNeutrals2sRGB" #> [34925] "MunsellSpecToHVC" #> [34926] "MunsellSpectral" #> [34927] "MunsellV2relativeLuminanceY" #> [34928] "MunsellV2Y" #> [34929] "NickersonColorDifference" #> [34930] "PhotoYCC2RGB" #> [34931] "PreucilAngle" #> [34932] "PreucilPercentGreyness" #> [34933] "PreucilPercentHueError" #> [34934] "RGB2CMY" #> [34935] "rgb2dklV" #> [34936] "RGB2HSL" #> [34937] "RGB2HSV" #> [34938] "RGB2hue" #> [34939] "RGB2LEF" #> [34940] "RGB2LMS" #> [34941] "RGB2LSLM" #> [34942] "RGB2PhotoYCC" #> [34943] "RGB2XYZ" #> [34944] "RGB2YCbCr" #> [34945] "RGB2YIQ" #> [34946] "RGB2YPbPr" #> [34947] "RGB2YUV" #> [34948] "RxRyRz2XYZ" #> [34949] "saturationCIECAM02" #> [34950] "saturationCIELABEvaLubbe" #> [34951] "saturationCIELUV" #> [34952] "SmithPokorny2degConeFundamentals1975" #> [34953] "spectra2CCT" #> [34954] "spectra2CRIGAIFSCI" #> [34955] "spectra2ISObrightness" #> [34956] "spectra2lux" #> [34957] "spectra2XYZ" #> [34958] "sprague" #> [34959] "StearnsStearnscorrection" #> [34960] "Stensby68.Whiteness" #> [34961] "StockmanMacLeodJohnson10degConeFundamentals1993" #> [34962] "StockmanMacLeodJohnson2degCIEadjConeFundamentals1993" #> [34963] "StockmanMacLeodJohnson2degStilesBurchConeFundamentals1993" #> [34964] "StockmanSharpe10degCMFS2000" #> [34965] "StockmanSharpe2degCMFadj2000" #> [34966] "SystemISCCNBS" #> [34967] "Taube60.Whiteness" #> [34968] "TCSdata" #> [34969] "tristimulusMunsell" #> [34970] "VosEstevezWalraven2degConeFundamentals1990" #> [34971] "VosWalraven2degConeFundamentals1971" #> [34972] "WestlandBlacknessIndex" #> [34973] "whitepointsilluminants" #> [34974] "whitepointsRGB" #> [34975] "wlnm2XYZ" #> [34976] "xFit_1931" #> [34977] "xy2CCT.HernandezAndres" #> [34978] "xy2CCT.McCamy" #> [34979] "xyChromaticitiesVos1978" #> [34980] "xyY2XYZ" #> [34981] "XYZ2BVR" #> [34982] "XYZ2CCT.Robertson" #> [34983] "XYZ2HunterLab" #> [34984] "XYZ2Lab" #> [34985] "XYZ2LMS" #> [34986] "XYZ2Luv" #> [34987] "XYZ2RGB" #> [34988] "XYZ2RxRyRz" #> [34989] "XYZ2xyY" #> [34990] "XYZ2Yuv" #> [34991] "XYZMoonSpencer1945" #> [34992] "XYZperfectreflectingdiffuser" #> [34993] "XYZTannenbaum1974" #> [34994] "XYZtoRGB" #> [34995] "Y2MunsellV" #> [34996] "Y2MunsellVtable1D1535" #> [34997] "YCbCr2RGB" #> [34998] "YIQ2RGB" #> [34999] "YPbPr2RGB" #> [35000] "Yuv2Luv" #> [35001] "YUV2RGB" #> [35002] "Yuv2xy" #> [35003] "Yuv2XYZ" #> [35004] "Yxy2CIE1960UCS" #> [35005] "Yxy2Yuv" #> [35006] "Reto" #> [35007] "Stauffer" #> [35008] "Claus" #> [35009] "O." #> [35010] "Wilke" #> [35011] "Claire" #> [35012] "D." #> [35013] "McWhite" #> [35014] "14:43:29" #> [35015] "choose_palette" #> [35016] "color-class" #> [35017] "cvd" #> [35018] "cvd_emulator" #> [35019] "cvd_image" #> [35020] "demoplot" #> [35021] "desaturate" #> [35022] "divergingx_hcl" #> [35023] "hclplot" #> [35024] "hcl_color_picker" #> [35025] "hcl_palettes" #> [35026] "hex" #> [35027] "hex2RGB" #> [35028] "HLS" #> [35029] "HSV" #> [35030] "LAB" #> [35031] "lighten" #> [35032] "LUV" #> [35033] "max_chroma" #> [35034] "mixcolor" #> [35035] "polarLAB" #> [35036] "polarLUV" #> [35037] "rainbow_hcl" #> [35038] "readhex" #> [35039] "readRGB" #> [35040] "RGB" #> [35041] "scale_colour_continuous_diverging" #> [35042] "scale_colour_continuous_divergingx" #> [35043] "scale_colour_continuous_qualitative" #> [35044] "scale_colour_continuous_sequential" #> [35045] "scale_colour_discrete_diverging" #> [35046] "scale_colour_discrete_divergingx" #> [35047] "scale_colour_discrete_qualitative" #> [35048] "scale_colour_discrete_sequential" #> [35049] "simulate_cvd" #> [35050] "specplot" #> [35051] "sRGB" #> [35052] "swatchplot" #> [35053] "USSouthPolygon" #> [35054] "whitepoint" #> [35055] "writehex" #> [35056] "XYZ" #> [35057] "colorSpec-package" #> [35058] "actinometric" #> [35059] "applyspec" #> [35060] "as.data.frame" #> [35061] "atmosphere" #> [35062] "bind" #> [35063] "colorSpec" #> [35064] "computeADL" #> [35065] "computeCCT" #> [35066] "computeCRI" #> [35067] "computeSSI" #> [35068] "convolvewith" #> [35069] "coredata" #> [35070] "cs.options" #> [35071] "D50" #> [35072] "D65" #> [35073] "daylight" #> [35074] "DisplayRGB" #> [35075] "emulate" #> [35076] "extradata" #> [35077] "F96T12" #> [35078] "Flea2.RGB" #> [35079] "Fluorescents" #> [35080] "HigherPasserines" #> [35081] "Hoya" #> [35082] "interpolate" #> [35083] "invert" #> [35084] "lightResponsivitySpectra" #> [35085] "LightSpectra" #> [35086] "linearize" #> [35087] "lms1971" #> [35088] "lms2000" #> [35089] "luminsivity" #> [35090] "materialSpectra" #> [35091] "mean" #> [35092] "multiply" #> [35093] "officialXYZ" #> [35094] "organization" #> [35095] "photometric" #> [35096] "plotOptimals" #> [35097] "probeOptimalColors" #> [35098] "ptransform" #> [35099] "quantity" #> [35100] "radiometric" #> [35101] "readCGATS" #> [35102] "readSpectra" #> [35103] "scanner" #> [35104] "sectionOptimalColors" #> [35105] "solar.irradiance" #> [35106] "specnames" #> [35107] "standardRGB" #> [35108] "theoreticalRGB" #> [35109] "wavelength" #> [35110] "xyz1931" #> [35111] "xyz1964" #> [35112] "adjacent" #> [35113] "anagrams" #> [35114] "col2HSV" #> [35115] "complementary" #> [35116] "pals" #> [35117] "pizza" #> [35118] "sequential" #> [35119] "setColors" #> [35120] "splitComp" #> [35121] "square" #> [35122] "wheel" #> [35123] "colourlovers-package" #> [35124] "clcolors" #> [35125] "cllovers" #> [35126] "clpalettes" #> [35127] "clpatterns" #> [35128] "clpng" #> [35129] "clquery" #> [35130] "clstats" #> [35131] "swatch" #> [35132] "colourInput" #> [35133] "colourPicker" #> [35134] "colourWidget" #> [35135] "plotHelper" #> [35136] "updateColourInput" #> [35137] "blue2green" #> [35138] "blues" #> [35139] "brbg" #> [35140] "bugn" #> [35141] "bupu" #> [35142] "cividis" #> [35143] "colour_palettes" #> [35144] "colour_values" #> [35145] "colour_values_rgb" #> [35146] "convert_colour" #> [35147] "cyan2yellow" #> [35148] "diverge_hcl" #> [35149] "diverge_hsv" #> [35150] "gnbu" #> [35151] "green2red" #> [35152] "greens" #> [35153] "greys" #> [35154] "heat_hcl" #> [35155] "inferno" #> [35156] "magenta2green" #> [35157] "magma" #> [35158] "matlab_like" #> [35159] "matlab_like2" #> [35160] "oranges" #> [35161] "orrd" #> [35162] "piyg" #> [35163] "prgn" #> [35164] "pubu" #> [35165] "pubugn" #> [35166] "puor" #> [35167] "purd" #> [35168] "purples" #> [35169] "rainbow" #> [35170] "rdbu" #> [35171] "rdgy" #> [35172] "rdpu" #> [35173] "rdylbu" #> [35174] "rdylgn" #> [35175] "reds" #> [35176] "sequential_hcl" #> [35177] "show_colours" #> [35178] "spectral" #> [35179] "terrain" #> [35180] "terrain_hcl" #> [35181] "topo" #> [35182] "viridis" #> [35183] "ylgn" #> [35184] "ylgnbu" #> [35185] "ylorbr" #> [35186] "ylorrd" #> [35187] "colourvision-package" #> [35188] "bee" #> [35189] "colour_space" #> [35190] "CTTKhexagon" #> [35191] "CTTKhexagon3D" #> [35192] "CTTKmodel" #> [35193] "deltaS" #> [35194] "EMline" #> [35195] "EMmodel" #> [35196] "EMtetrahedron" #> [35197] "EMtriangle" #> [35198] "energytoflux" #> [35199] "GENmodel" #> [35200] "GENplot" #> [35201] "GENplot3d" #> [35202] "noise_e" #> [35203] "photor" #> [35204] "plot.colourvision" #> [35205] "plot3d.colourvision" #> [35206] "Qr" #> [35207] "radarplot" #> [35208] "Rb" #> [35209] "RNLmodel" #> [35210] "RNLplot" #> [35211] "RNLplot3d" #> [35212] "RNLthres" #> [35213] "spec.denoise" #> [35214] "cgrep" #> [35215] "colrdata" #> [35216] "csub" #> [35217] "clt_theme_dark" #> [35218] "clt_theme_light" #> [35219] "colt_styles" #> [35220] "colt_theme" #> [35221] "print.colt_theme" #> [35222] "analyze.graph.measures" #> [35223] "analyze.graph.measures.conceptmap" #> [35224] "analyze.graph.measures.igraph" #> [35225] "analyze.similarity" #> [35226] "analyze.subgraphs" #> [35227] "as.matrix.conceptmap" #> [35228] "as.matrix.conceptmaps" #> [35229] "concept.vector" #> [35230] "conceptmap" #> [35231] "conceptmap.default" #> [35232] "conceptmap.igraph" #> [35233] "conceptmap.matrix" #> [35234] "conceptmaps" #> [35235] "conceptmaps.default" #> [35236] "conceptmaps.list" #> [35237] "conceptmaps.matrix" #> [35238] "edge.vector" #> [35239] "get.unified.concepts" #> [35240] "Hopkins.index" #> [35241] "landscape" #> [35242] "MBM.cluster" #> [35243] "merge.conceptmaps" #> [35244] "modify.concepts" #> [35245] "modify.concepts.conceptmap" #> [35246] "modify.concepts.conceptmaps" #> [35247] "PAM.cluster" #> [35248] "pathfinder" #> [35249] "pathfinder.conceptmaps" #> [35250] "pathfinder.igraph" #> [35251] "pathfinder.matrix" #> [35252] "plot.conceptmap" #> [35253] "plot.conceptmaps" #> [35254] "print.conceptmap" #> [35255] "print.conceptmaps" #> [35256] "read.folder.tgf" #> [35257] "read.folder.yEd" #> [35258] "read.tgf" #> [35259] "read.yEd" #> [35260] "splice" #> [35261] "summary.conceptmap" #> [35262] "summary.conceptmaps" #> [35263] "unify.concepts" #> [35264] "write.tgf" #> [35265] "write.tgf.folder" #> [35266] "COMBAT" #> [35267] "ext_simes" #> [35268] "gates" #> [35269] "ld.Rsquare" #> [35270] "analyzeCOMBO" #> [35271] "applyBliss" #> [35272] "applyLoewe" #> [35273] "calculateSi" #> [35274] "combineDataFromMultipleFiles" #> [35275] "createUniquePertbs" #> [35276] "cVCal" #> [35277] "extractKey" #> [35278] "extractReplicateValues" #> [35279] "extractValuesFromRange" #> [35280] "loeweModel" #> [35281] "readFile" #> [35282] "readFluostarPlates" #> [35283] "readFMCAValues" #> [35284] "readMacSynergyValues" #> [35285] "readOtherValues" #> [35286] "removeOutliers" #> [35287] "selectPlate" #> [35288] "synAntPlot" #> [35289] "synergySignificant" #> [35290] "combn" #> [35291] "dmnom" #> [35292] "hcube" #> [35293] "nsimplex" #> [35294] "permn" #> [35295] "rmultinomial" #> [35296] "x2u" #> [35297] "xsimplex" #> [35298] "CombinePortfolio-package" #> [35299] "combination.rule" #> [35300] "combination.rule.restriction" #> [35301] "CombinePValue-package" #> [35302] "competitive.test" #> [35303] "selfcontained.test" #> [35304] "CombS" #> [35305] "GPBIB4A" #> [35306] "GPBIB4B" #> [35307] "GPBIB5" #> [35308] "GPBIB7A" #> [35309] "GPBIB7B" #> [35310] "UType" #> [35311] "getLast" #> [35312] "hasPrev" #> [35313] "icartes" #> [35314] "icomb" #> [35315] "iperm" #> [35316] "isubset" #> [35317] "prevElem" #> [35318] "recursiveiter" #> [35319] "CombMSC-package" #> [35320] "Adj.Rsq" #> [35321] "AIC.fmo" #> [35322] "Cp" #> [35323] "fit.Models" #> [35324] "gen.Data" #> [35325] "gen.Params" #> [35326] "holdout.SS" #> [35327] "make.Model.List.Reg" #> [35328] "num.Terms" #> [35329] "plot.msc" #> [35330] "PRESS" #> [35331] "print.msc" #> [35332] "print.summary.msc" #> [35333] "print.tsm" #> [35334] "sarima.Sim" #> [35335] "sgnf" #> [35336] "splitTrainTest" #> [35337] "TMC" #> [35338] "weight.Only.N" #> [35339] "weightsGivenSize" #> [35340] "comclim-package" #> [35341] "climatedeviations" #> [35342] "climatestatistics" #> [35343] "communityclimate" #> [35344] "CommunityClimateInput-class" #> [35345] "CommunityClimateStatistics-class" #> [35346] "generatedemodata" #> [35347] "inputcommunitydata" #> [35348] "plot.CommunityClimateInput" #> [35349] "plot.CommunityClimateStatistics" #> [35350] "summary.CommunityClimateInput" #> [35351] "summary.CommunityClimateStatistics" #> [35352] "comet_exact_test" #> [35353] "comf-package" #> [35354] "calc2Node" #> [35355] "calcATHB" #> [35356] "calcAvgAcc" #> [35357] "calcBias" #> [35358] "calcCOEFF" #> [35359] "calcComfInd" #> [35360] "calcdTNZ" #> [35361] "calcHbExSteady" #> [35362] "calcHbExUnsteady" #> [35363] "calcHumidity" #> [35364] "calcIso7933" #> [35365] "calcMRT" #> [35366] "calcpmvadj" #> [35367] "calcPMVPPD" #> [35368] "calcPtsadj" #> [35369] "calctadapt" #> [35370] "calcTNZPDF" #> [35371] "calcTPRTSV" #> [35372] "calcTroin" #> [35373] "createCond" #> [35374] "cutTSV" #> [35375] "dfASHRAETableG11" #> [35376] "dfField" #> [35377] "dfISO7730AppE" #> [35378] "dfISO7730TableD1" #> [35379] "dfISO7933AppF" #> [35380] "ComICS" #> [35381] "commons" #> [35382] "dcq" #> [35383] "dcqEx" #> [35384] "vocal" #> [35385] "vocalEx" #> [35386] "Command-class" #> [35387] "Operation-class" #> [35388] "Pipeline-class" #> [35389] "PipelineData-class" #> [35390] "Protocol-class" #> [35391] "setProtocol" #> [35392] "setStage" #> [35393] "Stage-class" #> [35394] "CommEcol-package" #> [35395] "autosimi" #> [35396] "compas" #> [35397] "dis.chao" #> [35398] "dis.goodall" #> [35399] "dis.nness" #> [35400] "japi" #> [35401] "part.m.tree" #> [35402] "part.p.tree" #> [35403] "select.window" #> [35404] "sites4.6" #> [35405] "sites5.6" #> [35406] "sites6.6" #> [35407] "stairs6" #> [35408] "standExtent" #> [35409] "tree6" #> [35410] "treeNodf" #> [35411] "block_comment" #> [35412] "comment_width" #> [35413] "CommonJavaJars-package" #> [35414] "loadJars" #> [35415] "showGuideForJavaGUIs" #> [35416] "commonmark" #> [35417] "extensions" #> [35418] "commonsMath-package" #> [35419] "ComT-class" #> [35420] "GG.ComT" #> [35421] "Kasa.ComT" #> [35422] "optimlag" #> [35423] "optimlag-class" #> [35424] "p.Johansen" #> [35425] "plotComT" #> [35426] "q.Johansen" #> [35427] "CommT-package" #> [35428] "CommT.anova" #> [35429] "CommT.kfdist" #> [35430] "CommT.legendpos" #> [35431] "CommT.viz" #> [35432] "post_gt_distrs_BEAST" #> [35433] "post_gt_distrs_starBEAST" #> [35434] "CommunityCorrelogram-package" #> [35435] "commcorrelogram" #> [35436] "commcorrelogram-class" #> [35437] "lagSelect" #> [35438] "mod.commcorrelogram" #> [35439] "comorbidity-package" #> [35440] "australia10" #> [35441] "comorbidity" #> [35442] "icd10cm_2017" #> [35443] "icd10cm_2018" #> [35444] "icd10_2009" #> [35445] "icd10_2011" #> [35446] "icd9_2015" #> [35447] "nhds2010" #> [35448] "sample_diag" #> [35449] "Comp2ROC-package" #> [35450] "areatriangles" #> [35451] "cas2015" #> [35452] "comp.roc.curves" #> [35453] "comp.roc.delong" #> [35454] "curvesegslope" #> [35455] "curvesegsloperef" #> [35456] "diffareatriangles" #> [35457] "linedistance" #> [35458] "lineslope" #> [35459] "read.file" #> [35460] "read.manually.introduced" #> [35461] "roc.curves.boot" #> [35462] "roc.curves.plot" #> [35463] "rocboot.summary" #> [35464] "rocsampling" #> [35465] "rocsampling.summary" #> [35466] "save.file.summary" #> [35467] "zhang" #> [35468] "compactr-package" #> [35469] "addxaxis" #> [35470] "eplot" #> [35471] "commentQuestions" #> [35472] "compareCoerce" #> [35473] "compareEqual" #> [35474] "compareFile" #> [35475] "compareIdentical" #> [35476] "compareIgnoreAttrs" #> [35477] "compareIgnoreNameCase" #> [35478] "compareIgnoreOrder" #> [35479] "compareShorten" #> [35480] "comparison-class" #> [35481] "markQuestions" #> [35482] "questionComments" #> [35483] "questionMarks" #> [35484] "sourceFile" #> [35485] "compareC" #> [35486] "estC" #> [35487] "vardiffC" #> [35488] "CompareCausalNetworks-package" #> [35489] "getParents" #> [35490] "getParentsStable" #> [35491] "getRanking" #> [35492] "simDataInv" #> [35493] "compare_df" #> [35494] "results_2010" #> [35495] "results_2011" #> [35496] "view_html" #> [35497] "compareGroups-package" #> [35498] "cGroupsGUI" #> [35499] "cGroupsWUI" #> [35500] "compareGroups" #> [35501] "compareSNPs" #> [35502] "createTable" #> [35503] "descrTable" #> [35504] "export2csv" #> [35505] "export2html" #> [35506] "export2latex" #> [35507] "export2md" #> [35508] "export2pdf" #> [35509] "export2word" #> [35510] "export2xls" #> [35511] "missingTable" #> [35512] "predimed" #> [35513] "printTable" #> [35514] "radiograph" #> [35515] "regicor" #> [35516] "strataTable" #> [35517] "varinfo" #> [35518] "compareODM-package" #> [35519] "compareODM" #> [35520] "mbc" #> [35521] "plot.mbc" #> [35522] "print.mbc" #> [35523] "CompareTests-package" #> [35524] "CompareTests" #> [35525] "fulltable" #> [35526] "specimens" #> [35527] "comparison-package" #> [35528] "calc.ece" #> [35529] "calibrate.set" #> [35530] "compcovar-class" #> [35531] "compitem-class" #> [35532] "ece-class" #> [35533] "plot-method" #> [35534] "two.level.comparison.items" #> [35535] "two.level.components" #> [35536] "two.level.density.LR" #> [35537] "two.level.lindley.LR" #> [35538] "two.level.normal.LR" #> [35539] "atomdeps" #> [35540] "atomtype" #> [35541] "calCo" #> [35542] "calscco" #> [35543] "dfireE" #> [35544] "nat879" #> [35545] "pdbrmsd" #> [35546] "pred879" #> [35547] "torsion" #> [35548] "BaselearnerCustom" #> [35549] "BaselearnerCustomCpp" #> [35550] "BaselearnerPolynomial" #> [35551] "BaselearnerPSpline" #> [35552] "BlearnerFactoryList" #> [35553] "boostLinear" #> [35554] "boostSplines" #> [35555] "Compboost" #> [35556] "Compboost_internal" #> [35557] "getCustomCppExample" #> [35558] "InMemoryData" #> [35559] "LoggerInbagRisk" #> [35560] "LoggerIteration" #> [35561] "LoggerList" #> [35562] "LoggerOobRisk" #> [35563] "LoggerTime" #> [35564] "LossAbsolute" #> [35565] "LossBinomial" #> [35566] "LossCustom" #> [35567] "LossCustomCpp" #> [35568] "LossQuadratic" #> [35569] "OptimizerCoordinateDescent" #> [35570] "dcomp" #> [35571] "par.fit" #> [35572] "pcomp" #> [35573] "qcomp" #> [35574] "rcomp" #> [35575] "compeir-package" #> [35576] "cif" #> [35577] "CIFplot" #> [35578] "data.reshape" #> [35579] "iprop" #> [35580] "irates" #> [35581] "irates.ratio" #> [35582] "okiss" #> [35583] "plot.irates" #> [35584] "print.iprop" #> [35585] "print.irates" #> [35586] "print.irates.ratio" #> [35587] "sir.adm" #> [35588] "summary.irates" #> [35589] "compendiumdb-package" #> [35590] "checkUpdates" #> [35591] "connectDatabase" #> [35592] "createESET" #> [35593] "downloadGEOdata" #> [35594] "GDSforGSE" #> [35595] "GSEforGPL" #> [35596] "GSEinDB" #> [35597] "GSMdescriptions" #> [35598] "loadDatabaseSchema" #> [35599] "loadDataToCompendium" #> [35600] "removeGSE" #> [35601] "tagExperiment" #> [35602] "updatePhenoData" #> [35603] "comperank-package" #> [35604] "colley" #> [35605] "elo" #> [35606] "iterative" #> [35607] "keener" #> [35608] "markov" #> [35609] "massey" #> [35610] "offense-defense" #> [35611] "rating-ranking" #> [35612] "round_rank" #> [35613] "snooker_events" #> [35614] "snooker_matches" #> [35615] "snooker_players" #> [35616] "stoch-modifiers" #> [35617] "comperes-package" #> [35618] "convert-pair-value" #> [35619] "get_matchups" #> [35620] "h2h_funs" #> [35621] "h2h_long" #> [35622] "h2h_mat" #> [35623] "hp_survey" #> [35624] "item-summary" #> [35625] "item-summary-join" #> [35626] "levels2" #> [35627] "longcr" #> [35628] "ncaa2005" #> [35629] "pairgames" #> [35630] "summary_funs" #> [35631] "widecr" #> [35632] "glm.comp" #> [35633] "compHclust" #> [35634] "compHclust.heatmap" #> [35635] "Compind-package" #> [35636] "bandwidth_CI" #> [35637] "bandwidth_CI_bad" #> [35638] "ci_ampi" #> [35639] "ci_bod" #> [35640] "ci_bod_constr" #> [35641] "ci_bod_constr_bad" #> [35642] "ci_bod_constr_mpi" #> [35643] "ci_bod_dir" #> [35644] "ci_bod_var_w" #> [35645] "ci_factor" #> [35646] "ci_generalized_mean" #> [35647] "ci_geom_bod_intertemp" #> [35648] "ci_geom_gen" #> [35649] "ci_mean_min" #> [35650] "ci_mpi" #> [35651] "ci_rbod" #> [35652] "ci_rbod_constr_bad" #> [35653] "ci_rbod_constr_bad_Q" #> [35654] "ci_rbod_constr_Q" #> [35655] "ci_rbod_dir" #> [35656] "ci_rbod_spatial" #> [35657] "ci_smaa_constr" #> [35658] "ci_wroclaw" #> [35659] "EU_2020" #> [35660] "EU_NUTS1" #> [35661] "normalise_ci" #> [35662] "complexity" #> [35663] "Det" #> [35664] "Imzap" #> [35665] "matclass" #> [35666] "matexp" #> [35667] "matlog" #> [35668] "bootcoefs" #> [35669] "bootStat-methods" #> [35670] "complmrob" #> [35671] "confint.bccomplmrob" #> [35672] "format.perc" #> [35673] "isomLR" #> [35674] "plot.bootcoefs" #> [35675] "plot.complmrob" #> [35676] "print.summary.complmrob" #> [35677] "CompLognormal-package" #> [35678] "dcomplnorm" #> [35679] "pcomplnorm" #> [35680] "qcomplnorm" #> [35681] "rcomplnorm" #> [35682] "compoisson-package" #> [35683] "com.compute.z" #> [35684] "com.confint" #> [35685] "com.expectation" #> [35686] "com.fit" #> [35687] "com.log.density" #> [35688] "com.loglikelihood" #> [35689] "com.logspace" #> [35690] "com.mean" #> [35691] "com.var" #> [35692] "compoisson-data" #> [35693] "dcom" #> [35694] "COMPoissonReg-package" #> [35695] "CMP" #> [35696] "COMPoissonReg-options" #> [35697] "couple.rda" #> [35698] "equitest" #> [35699] "freight.rda" #> [35700] "glm.cmp" #> [35701] "nu" #> [35702] "parametric_bootstrap" #> [35703] "sdev" #> [35704] "ZICMP" #> [35705] "Compositional-package" #> [35706] "Contour" #> [35707] "S^2" #> [35708] "skew-normal" #> [35709] "Cross" #> [35710] "regularised" #> [35711] "discriminant" #> [35712] "compositional" #> [35713] "alpha-transformation" #> [35714] "ridge" #> [35715] "predictor" #> [35716] "using" #> [35717] "Density" #> [35718] "values" #> [35719] "random" #> [35720] "Divergence" #> [35721] "variates" #> [35722] "side" #> [35723] "Empirical" #> [35724] "Estimating" #> [35725] "Estimation" #> [35726] "folded" #> [35727] "via" #> [35728] "profile" #> [35729] "log-likelihood" #> [35730] "Exponential" #> [35731] "empirical" #> [35732] "Fast" #> [35733] "Newton-Rapshon" #> [35734] "models" #> [35735] "Helper" #> [35736] "Kullback-Leibler" #> [35737] "Hotelling’s" #> [35738] "t-test" #> [35739] "Euclidean" #> [35740] "Hypothesis" #> [35741] "Inverse" #> [35742] "k-NN" #> [35743] "divergence" #> [35744] "Bhattacharyya" #> [35745] "butions" #> [35746] "Log-likelihood" #> [35747] "ratio" #> [35748] "symmetric" #> [35749] "Mixture" #> [35750] "MLE" #> [35751] "multivarite" #> [35752] "defined" #> [35753] "(0," #> [35754] "1)" #> [35755] "interval" #> [35756] "variance" #> [35757] "(James" #> [35758] "test)" #> [35759] "univariate" #> [35760] "covariates" #> [35761] "Non" #> [35762] "squares" #> [35763] "Perturbation" #> [35764] "operation" #> [35765] "Principal" #> [35766] "component" #> [35767] "generalised" #> [35768] "components" #> [35769] "Projection" #> [35770] "pursuit" #> [35771] "Quasi" #> [35772] "proportions" #> [35773] "Regression" #> [35774] "Regularised" #> [35775] "Ridge" #> [35776] "Spatial" #> [35777] "median" #> [35778] "Ternary" #> [35779] "log-ratio" #> [35780] "transformation" #> [35781] "alpha-distance" #> [35782] "Helmert" #> [35783] "sub-matrix" #> [35784] "Total" #> [35785] "variability" #> [35786] "Tuning" #> [35787] "maximum" #> [35788] "principal" #> [35789] "PCs" #> [35790] "PCR" #> [35791] "GLMs" #> [35792] "alpha-regression" #> [35793] "Zero" #> [35794] "adjusted" #> [35795] "compositions-package" #> [35796] "acomp" #> [35797] "acomparith" #> [35798] "acompmargin" #> [35799] "acompscalarproduct" #> [35800] "Activity10" #> [35801] "Activity31" #> [35802] "AnimalVegetation" #> [35803] "aplus" #> [35804] "aplusarithm" #> [35805] "arrows3D" #> [35806] "axis3D" #> [35807] "barplot.acomp" #> [35808] "Bayesite" #> [35809] "biplot3D" #> [35810] "Blood23" #> [35811] "Boxite" #> [35812] "ccomp" #> [35813] "ccompgof" #> [35814] "cdt" #> [35815] "ClamEast" #> [35816] "ClamWest" #> [35817] "clo" #> [35818] "clr2ilr" #> [35819] "ClusterFinder1" #> [35820] "CoDaDendrogram" #> [35821] "coloredBiplot" #> [35822] "colorsForOutliers" #> [35823] "CompLinModCoReg" #> [35824] "compOKriging" #> [35825] "ConfRadius" #> [35826] "cor.acomp" #> [35827] "Coxite" #> [35828] "cpt" #> [35829] "DiagnosticProb" #> [35830] "endmemberCoordinates" #> [35831] "Firework" #> [35832] "fitdirichlet" #> [35833] "fitSameMeanDifferentVarianceModel" #> [35834] "gausstest" #> [35835] "geometricmean" #> [35836] "getdetectionlimit" #> [35837] "Glacial" #> [35838] "groupparts" #> [35839] "Hongite" #> [35840] "HotellingsTsq" #> [35841] "HouseholdExp" #> [35842] "Hydrochem" #> [35843] "idt" #> [35844] "iit" #> [35845] "ilrBase" #> [35846] "ilt" #> [35847] "ipt" #> [35848] "is.acomp" #> [35849] "IsMahalanobisOutlier" #> [35850] "isoPortionLines" #> [35851] "jura" #> [35852] "kingTetrahedron" #> [35853] "Kongite" #> [35854] "logratioVariogram" #> [35855] "lrvgram" #> [35856] "MahalanobisDist" #> [35857] "matmult" #> [35858] "mean.acomp" #> [35859] "meanrow" #> [35860] "Metabolites" #> [35861] "missing.compositions" #> [35862] "missingProjector" #> [35863] "missingsummary" #> [35864] "mix.Read" #> [35865] "mvar" #> [35866] "NormalTests" #> [35867] "oneOrDataset" #> [35868] "outlierclassifier" #> [35869] "outlierplot" #> [35870] "outliersInCompositions" #> [35871] "pairwiseplot" #> [35872] "parametricMat" #> [35873] "perturbe" #> [35874] "plot.acomp" #> [35875] "plot.aplus" #> [35876] "plot3D" #> [35877] "plot3Dacomp" #> [35878] "plot3Daplus" #> [35879] "plot3Drmult" #> [35880] "plot3Drplus" #> [35881] "plotlogratioVariogram" #> [35882] "plotmissingsummary" #> [35883] "PogoJump" #> [35884] "powerofpsdmatrix" #> [35885] "princomp.acomp" #> [35886] "princomp.aplus" #> [35887] "princomp.rcomp" #> [35888] "princomp.rmult" #> [35889] "princomp.rplus" #> [35890] "print.acomp" #> [35891] "pwlrPlot" #> [35892] "qqnorm" #> [35893] "R2" #> [35894] "rAitchison" #> [35895] "ratioLoadings" #> [35896] "rcomparithm" #> [35897] "rcompmargin" #> [35898] "rDirichlet" #> [35899] "standard" #> [35900] "rlnorm" #> [35901] "rMahalanobis" #> [35902] "rmult" #> [35903] "rmultarithm" #> [35904] "rmultmatmult" #> [35905] "rnorm" #> [35906] "robustnessInCompositions" #> [35907] "rplus" #> [35908] "rplusarithm" #> [35909] "rpois" #> [35910] "runif" #> [35911] "Sediments" #> [35912] "segments" #> [35913] "SerumProtein" #> [35914] "ShiftOperators" #> [35915] "simplemissingplot" #> [35916] "SimulatedAmounts" #> [35917] "simulatemissings" #> [35918] "Skulls" #> [35919] "SkyeAFM" #> [35920] "straight" #> [35921] "summary.acomp" #> [35922] "summary.aplus" #> [35923] "summary.rcomp" #> [35924] "sumprojector" #> [35925] "Supervisor" #> [35926] "ternaryAxis" #> [35927] "totals" #> [35928] "transformations" #> [35929] "’mixtures’" #> [35930] "’compositions’" #> [35931] "classes" #> [35932] "tryDebugger" #> [35933] "ult" #> [35934] "var.acomp" #> [35935] "variation" #> [35936] "variograms" #> [35937] "varmlm" #> [35938] "vcovAcomp" #> [35939] "vgmFit" #> [35940] "WhiteCells" #> [35941] "Yatquat" #> [35942] "zeroreplace" #> [35943] "compound.Cox-package" #> [35944] "CG.Clayton" #> [35945] "CG.Gumbel" #> [35946] "cindex.CV" #> [35947] "compound.reg" #> [35948] "dependCox.reg" #> [35949] "dependCox.reg.CV" #> [35950] "Lung" #> [35951] "PBC" #> [35952] "uni.score" #> [35953] "uni.selection" #> [35954] "uni.Wald" #> [35955] "X.pathway" #> [35956] "X.tag" #> [35957] "Compounding-package" #> [35958] "compoundDist" #> [35959] "dCompound" #> [35960] "hCompound" #> [35961] "kurtCompound" #> [35962] "meanCompound" #> [35963] "momentCompound" #> [35964] "pCompound" #> [35965] "pgfbinomial" #> [35966] "pgfbinomialbinomial" #> [35967] "pgfbinomialpoisson" #> [35968] "pgfDbinomial" #> [35969] "pgfDbinomialbinomial" #> [35970] "pgfDbinomialpoisson" #> [35971] "pgfDgeometric" #> [35972] "pgfDhypergeometric" #> [35973] "pgfDhyperpoisson" #> [35974] "pgfDkattitypeh1" #> [35975] "pgfDkattitypeh2" #> [35976] "pgfDlogarithmic" #> [35977] "pgfDlogarithmicbinomial" #> [35978] "pgfDlogarithmicpoisson" #> [35979] "pgfDnegativebinomial" #> [35980] "pgfDneymantypea" #> [35981] "pgfDneymantypeb" #> [35982] "pgfDneymantypec" #> [35983] "pgfDpascalpoisson" #> [35984] "pgfDpoisson" #> [35985] "pgfDpoissonbinomial" #> [35986] "pgfDpoissonlindley" #> [35987] "pgfDpoissonpascal" #> [35988] "pgfDpolyaaeppli" #> [35989] "pgfDthomas" #> [35990] "pgfDwaring" #> [35991] "pgfDyule" #> [35992] "pgfgeometric" #> [35993] "pgfhypergeometric" #> [35994] "pgfhyperpoisson" #> [35995] "pgfIbinomial" #> [35996] "pgfIbinomialbinomial" #> [35997] "pgfIbinomialpoisson" #> [35998] "pgfIgeometric" #> [35999] "pgfIhypergeometric" #> [36000] "pgfIhyperpoisson" #> [36001] "pgfIkattitypeh1" #> [36002] "pgfIkattitypeh2" #> [36003] "pgfIlogarithmic" #> [36004] "pgfIlogarithmicbinomial" #> [36005] "pgfIlogarithmicpoisson" #> [36006] "pgfInegativebinomial" #> [36007] "pgfIneymantypea" #> [36008] "pgfIneymantypeb" #> [36009] "pgfIneymantypec" #> [36010] "pgfIpascalpoisson" #> [36011] "pgfIpoisson" #> [36012] "pgfIpoissonbinomial" #> [36013] "pgfIpoissonlindley" #> [36014] "pgfIpoissonpascal" #> [36015] "pgfIpolyaaeppli" #> [36016] "pgfIthomas" #> [36017] "pgfIwaring" #> [36018] "pgfIyule" #> [36019] "pgfkattitypeh1" #> [36020] "pgfkattitypeh2" #> [36021] "pgflogarithmic" #> [36022] "pgflogarithmicbinomial" #> [36023] "pgflogarithmicpoisson" #> [36024] "pgfnegativebinomial" #> [36025] "pgfneymantypea" #> [36026] "pgfneymantypeb" #> [36027] "pgfneymantypec" #> [36028] "pgfpascalpoisson" #> [36029] "pgfpoisson" #> [36030] "pgfpoissonbinomial" #> [36031] "pgfpoissonlindley" #> [36032] "pgfpoissonpascal" #> [36033] "pgfpolyaaeppli" #> [36034] "pgfthomas" #> [36035] "pgfwaring" #> [36036] "pgfyule" #> [36037] "qCompound" #> [36038] "rCompound" #> [36039] "skewCompound" #> [36040] "varCompound" #> [36041] "davies" #> [36042] "farebrother" #> [36043] "imhof" #> [36044] "liu" #> [36045] "CompR-package" #> [36046] "BradleyEstim-class" #> [36047] "ClassDataPairComp" #> [36048] "ClassifPaired" #> [36049] "Cocktail" #> [36050] "Cocktail_Cum" #> [36051] "C_piBTL" #> [36052] "DataPairComp-class" #> [36053] "DataSimulH0" #> [36054] "EstimBradley" #> [36055] "getCons" #> [36056] "getCons-methods" #> [36057] "getCrit" #> [36058] "getCrit-methods" #> [36059] "getIc" #> [36060] "getIc-methods" #> [36061] "getLambda" #> [36062] "getLambda-methods" #> [36063] "getLvr" #> [36064] "getLvr-methods" #> [36065] "getLvriter" #> [36066] "getLvriter-methods" #> [36067] "getPaircomp" #> [36068] "getPaircomp-methods" #> [36069] "getPi" #> [36070] "getPi-methods" #> [36071] "getProd" #> [36072] "getProd-methods" #> [36073] "getRestestglob" #> [36074] "getRestestglob-methods" #> [36075] "getRestestprod" #> [36076] "getRestestprod-methods" #> [36077] "getSimu" #> [36078] "getSimu-methods" #> [36079] "getTest" #> [36080] "getTest-methods" #> [36081] "getVarcov" #> [36082] "getVarcov-methods" #> [36083] "getZh" #> [36084] "getZh-methods" #> [36085] "ImportData" #> [36086] "LvrRatio-class" #> [36087] "Piplot" #> [36088] "ResCocktail1" #> [36089] "ResSimulLvrRatio" #> [36090] "CheckCorrModel" #> [36091] "CheckInput" #> [36092] "CheckLikelihood" #> [36093] "CheckModel" #> [36094] "CheckType" #> [36095] "CheckVarType" #> [36096] "CompLikelihood" #> [36097] "CorrelationParam" #> [36098] "Covariogram" #> [36099] "Covmatrix" #> [36100] "Dist2Dist" #> [36101] "EVariogram" #> [36102] "FitComposite" #> [36103] "FitGev" #> [36104] "GevLogLik" #> [36105] "HypoTest" #> [36106] "InitParam" #> [36107] "Kri" #> [36108] "Likelihood" #> [36109] "MomEst" #> [36110] "NuisanceParam" #> [36111] "RFsim" #> [36112] "us.coords" #> [36113] "usrain" #> [36114] "winds" #> [36115] "winds.coords" #> [36116] "WLeastSquare" #> [36117] "WlsInit" #> [36118] "numerate" #> [36119] "to_list" #> [36120] "cs_address" #> [36121] "cs_collapse" #> [36122] "cs_combine" #> [36123] "cs_crime" #> [36124] "cs_crime_cat" #> [36125] "cs_example" #> [36126] "cs_extract_month" #> [36127] "cs_filter_count" #> [36128] "cs_filter_crime" #> [36129] "cs_load_year" #> [36130] "cs_missingXY" #> [36131] "cs_parse_date" #> [36132] "cs_parse_month" #> [36133] "cs_prep_year" #> [36134] "cs_projectXY" #> [36135] "cs_replace0" #> [36136] "cs_replace_month" #> [36137] "cs_standardize" #> [36138] "cs_validate" #> [36139] "january2018" #> [36140] "compute.es-package" #> [36141] "a.fes" #> [36142] "a.mes" #> [36143] "a.mes2" #> [36144] "a.pes" #> [36145] "a.tes" #> [36146] "chies" #> [36147] "des" #> [36148] "failes" #> [36149] "fes" #> [36150] "lores" #> [36151] "mes" #> [36152] "mes2" #> [36153] "pes" #> [36154] "propes" #> [36155] "tes" #> [36156] "comtradr" #> [36157] "ct_commodity_db_type" #> [36158] "ct_commodity_lookup" #> [36159] "ct_country_lookup" #> [36160] "ct_get_remaining_hourly_queries" #> [36161] "ct_get_reset_time" #> [36162] "ct_pretty_cols" #> [36163] "ct_register_token" #> [36164] "ct_search" #> [36165] "ct_update_databases" #> [36166] "ct_use_pretty_cols" #> [36167] "con2aqi" #> [36168] "Conake-package" #> [36169] "Conakereport" #> [36170] "cvbw" #> [36171] "dke" #> [36172] "simp_int" #> [36173] "cn" #> [36174] "infix" #> [36175] "concaveman" #> [36176] "points" #> [36177] "conclust-package" #> [36178] "ccls" #> [36179] "ckmeans" #> [36180] "lcvqe" #> [36181] "mpckm" #> [36182] "ConConPiWiFun-package" #> [36183] "cplfunction" #> [36184] "cplfunctionvec" #> [36185] "cpqfunction" #> [36186] "cpqfunctionvec" #> [36187] "OptimPriceStorage" #> [36188] "concor" #> [36189] "concorcano" #> [36190] "concoreg" #> [36191] "concorgm" #> [36192] "concorgmcano" #> [36193] "concorgmreg" #> [36194] "concors" #> [36195] "concorscano" #> [36196] "concorsreg" #> [36197] "svdbip" #> [36198] "svdbip2" #> [36199] "svdbips" #> [36200] "svdcp" #> [36201] "concordance-package" #> [36202] "BWsigma" #> [36203] "codedesc" #> [36204] "code_lengths" #> [36205] "concord_data" #> [36206] "concord_long" #> [36207] "concord_test" #> [36208] "desclen" #> [36209] "extend_concordance" #> [36210] "getRauch" #> [36211] "getSigma" #> [36212] "hs2sitc" #> [36213] "listSigma" #> [36214] "long_codes" #> [36215] "proddiff" #> [36216] "Rauch" #> [36217] "sigmatab" #> [36218] "sitc2_rauch" #> [36219] "cindex" #> [36220] "coef.concreg" #> [36221] "concreg" #> [36222] "confint.concreg" #> [36223] "vcov.concreg" #> [36224] "genintervals" #> [36225] "meanintervals" #> [36226] "metaintervals" #> [36227] "plotpint" #> [36228] "plotsint" #> [36229] "cond-package" #> [36230] "airway" #> [36231] "babies" #> [36232] "cond" #> [36233] "cond.glm" #> [36234] "cond.object" #> [36235] "dormicum" #> [36236] "family.cond" #> [36237] "family.summary.cond" #> [36238] "fraudulent" #> [36239] "fungal" #> [36240] "plot.cond" #> [36241] "print.summary.cond" #> [36242] "summary.cond" #> [36243] "+.condformat_tbl" #> [36244] "cf_field_to_css" #> [36245] "cf_field_to_gtable" #> [36246] "cf_field_to_latex" #> [36247] "condformat" #> [36248] "condformat-shiny" #> [36249] "condformat2excel" #> [36250] "condformat2grob" #> [36251] "condformat2html" #> [36252] "condformat2latex" #> [36253] "condformat2widget" #> [36254] "knit_print.condformat_tbl" #> [36255] "print.condformat_tbl" #> [36256] "rule_css" #> [36257] "rule_fill_bar" #> [36258] "rule_fill_discrete" #> [36259] "rule_fill_discrete_" #> [36260] "rule_fill_discrete_old" #> [36261] "rule_fill_gradient" #> [36262] "rule_fill_gradient2" #> [36263] "rule_fill_gradient2_" #> [36264] "rule_fill_gradient2_old" #> [36265] "rule_fill_gradient_" #> [36266] "rule_fill_gradient_old" #> [36267] "rule_text_bold" #> [36268] "rule_text_color" #> [36269] "show_columns" #> [36270] "show_columns_" #> [36271] "show_columns_old" #> [36272] "show_rows" #> [36273] "show_rows_old" #> [36274] "theme_caption" #> [36275] "theme_grob" #> [36276] "theme_htmlTable" #> [36277] "theme_htmlWidget" #> [36278] "theme_kable" #> [36279] "condGEE" #> [36280] "condMoments" #> [36281] "CondIndTest" #> [36282] "fishersTestExceedance" #> [36283] "fTestTargetY" #> [36284] "InvariantConditionalQuantilePrediction" #> [36285] "InvariantEnvironmentPrediction" #> [36286] "InvariantResidualDistributionTest" #> [36287] "InvariantTargetPrediction" #> [36288] "KCI" #> [36289] "ksResidualDistributions" #> [36290] "leveneAndWilcoxResidualDistributions" #> [36291] "propTestTargetE" #> [36292] "ResidualPredictionTest" #> [36293] "wilcoxTestTargetY" #> [36294] "csCompare" #> [36295] "csPlot" #> [36296] "csReport" #> [36297] "csRobustnessPlot" #> [36298] "csSensitivity" #> [36299] "csShine" #> [36300] "csTable" #> [36301] "roundBF" #> [36302] "conditionz-package" #> [36303] "ConditionKeeper" #> [36304] "handle_conditions" #> [36305] "condmixt-package" #> [36306] "condgaussmixt" #> [36307] "condhparetomixt" #> [36308] "condhparetomixt.cvtrain.tailpen" #> [36309] "condmixt.dirac.negloglike" #> [36310] "condmixt.fit" #> [36311] "condmixt.foldtrain" #> [36312] "condmixt.fwd" #> [36313] "condmixt.init" #> [36314] "condmixt.nll" #> [36315] "condmixt.quant" #> [36316] "condmixt.train" #> [36317] "gaussmixt" #> [36318] "gaussmixt.init" #> [36319] "gpd.mme" #> [36320] "hillest" #> [36321] "hpareto" #> [36322] "hpareto.alpha" #> [36323] "hpareto.negloglike" #> [36324] "hparetomixt" #> [36325] "hparetomixt.disp" #> [36326] "hparetomixt.init" #> [36327] "hparetomixt.negloglike" #> [36328] "hparetomixt.negloglike.tailpen" #> [36329] "kneigh.condquant" #> [36330] "lambertw" #> [36331] "lognormixt" #> [36332] "softplus" #> [36333] "cmvnorm" #> [36334] "condMVN" #> [36335] "pcmvnorm" #> [36336] "CONDOP-package" #> [36337] "ct1" #> [36338] "pre.proc" #> [36339] "read.annot.from.gff" #> [36340] "run.CONDOP" #> [36341] "condreg" #> [36342] "crbulk" #> [36343] "datasnp" #> [36344] "kgrid" #> [36345] "ml_solver" #> [36346] "path_backward" #> [36347] "path_forward" #> [36348] "pfweights" #> [36349] "R." #> [36350] "select_condreg" #> [36351] "select_kmax" #> [36352] "transcost" #> [36353] "condSURV-package" #> [36354] "Beran" #> [36355] "bladderCS" #> [36356] "colonCS" #> [36357] "gbcsCS" #> [36358] "KM" #> [36359] "KMW" #> [36360] "LLW" #> [36361] "NWW" #> [36362] "PKM" #> [36363] "PKMW" #> [36364] "plot.survCS" #> [36365] "summary.survCS" #> [36366] "survCOND" #> [36367] "survCS" #> [36368] "run_pipeline" #> [36369] "run_pipeline_dbi" #> [36370] "run_pipeline_gbq" #> [36371] "condvis-package" #> [36372] "arrangeC" #> [36373] "ceplot" #> [36374] "condtour" #> [36375] "cont2color" #> [36376] "crab" #> [36377] "dist1" #> [36378] "factor2color" #> [36379] "makepath" #> [36380] "plotxc" #> [36381] "plotxc.pcp" #> [36382] "plotxs" #> [36383] "powerplant" #> [36384] "savingby2d" #> [36385] "similarityweight" #> [36386] "check_irred" #> [36387] "coneA" #> [36388] "coneB" #> [36389] "constreg" #> [36390] "feet" #> [36391] "FEV" #> [36392] "qprog" #> [36393] "shapereg" #> [36394] "TwoDamat" #> [36395] "binomTest" #> [36396] "binomTestCoverage" #> [36397] "binomTestCoveragePlot" #> [36398] "binomTestEnsemble" #> [36399] "conf" #> [36400] "coversim" #> [36401] "crplot" #> [36402] "conf.design-package" #> [36403] "conf.design" #> [36404] "conf.set" #> [36405] "direct.sum" #> [36406] "factorize" #> [36407] "primes" #> [36408] "rjoin" #> [36409] "confidence-package" #> [36410] "backtransform" #> [36411] "conf_input" #> [36412] "DCA" #> [36413] "EQR" #> [36414] "metal" #> [36415] "mya" #> [36416] "sanitize" #> [36417] "config" #> [36418] "get" #> [36419] "is_active" #> [36420] "configParser-class" #> [36421] "config.help" #> [36422] "config.list.merge" #> [36423] "config.sections.del" #> [36424] "configr" #> [36425] "convert.config" #> [36426] "eval.config" #> [36427] "eval.config.merge" #> [36428] "eval.config.sections" #> [36429] "fetch.config" #> [36430] "get.config.type" #> [36431] "is.config.active" #> [36432] "is.configfile.active" #> [36433] "is.ini.file" #> [36434] "is.json.file" #> [36435] "is.toml.file" #> [36436] "is.yaml.file" #> [36437] "parse.extra" #> [36438] "read.config" #> [36439] "str2config" #> [36440] "write.config" #> [36441] "configural-package" #> [36442] "adjust_Rsq" #> [36443] "configural_news" #> [36444] "cor_covariance" #> [36445] "cor_covariance_meta" #> [36446] "cor_labels" #> [36447] "cpa_mat" #> [36448] "disorders" #> [36449] "fungible" #> [36450] "fungible.cpa" #> [36451] "fungible.lm" #> [36452] "harmonic_mean" #> [36453] "hrm" #> [36454] "jobchar" #> [36455] "mindfulness" #> [36456] "prejudice" #> [36457] "team" #> [36458] "var_error_cpa" #> [36459] "vech" #> [36460] "vech2full" #> [36461] "wt_cov" #> [36462] "wt_dist" #> [36463] "%&%" #> [36464] "confinterpret" #> [36465] "interpretations_equivalence" #> [36466] "interpretations_noninferiority" #> [36467] "interpretations_superiority" #> [36468] "interpretation_result" #> [36469] "interpretation_set" #> [36470] "interpret_equivalence" #> [36471] "interpret_noninferiority" #> [36472] "interpret_superiority" #> [36473] "label_ontop_boundaries" #> [36474] "plot.interpretation_result" #> [36475] "plot.interpretation_set" #> [36476] "plot_interpretation_result_list" #> [36477] "plot_intervals" #> [36478] "plot_intervals_norm" #> [36479] "plot_intervals_unif" #> [36480] "plot_region_canvas" #> [36481] "strwidthl" #> [36482] "validate_interpretation_result" #> [36483] "validate_interpretation_set" #> [36484] "validate_result_list" #> [36485] "ConfIntVariance-package" #> [36486] "varwci" #> [36487] "conflict_prefer" #> [36488] "conflict_scout" #> [36489] "conformalClassification" #> [36490] "CPCalibrationPlot" #> [36491] "CPEfficiency" #> [36492] "CPErrorRate" #> [36493] "CPObsFuzziness" #> [36494] "CPValidity" #> [36495] "ICPClassification" #> [36496] "parTCPClassification" #> [36497] "TCPClassification" #> [36498] "tcpPValues" #> [36499] "confounded_meta" #> [36500] "scrape_meta" #> [36501] "sens_plot" #> [36502] "sens_table" #> [36503] "stronger_than" #> [36504] "confreq-package" #> [36505] "binomial_test_cfa" #> [36506] "CFA" #> [36507] "chi_local_test_cfa" #> [36508] "dat2cov" #> [36509] "dat2fre" #> [36510] "design_cfg_cfa" #> [36511] "df_des_cfa" #> [36512] "expected_cfa" #> [36513] "expected_margin_cfa" #> [36514] "fre2dat" #> [36515] "ftab" #> [36516] "lazar" #> [36517] "Lienert1978" #> [36518] "LienertLSD" #> [36519] "lr" #> [36520] "newborns" #> [36521] "pos_cfg_cfa" #> [36522] "S2CFA" #> [36523] "stirling_cfa" #> [36524] "suicide" #> [36525] "summary.CFA" #> [36526] "summary.S2CFA" #> [36527] "z_tests_cfa" #> [36528] "confSAM" #> [36529] "cham_bills" #> [36530] "cham_bill_info" #> [36531] "cham_bill_info_id" #> [36532] "cham_legislator_list" #> [36533] "cham_plenary_bills" #> [36534] "cham_typeauthors_bills" #> [36535] "cham_votes" #> [36536] "commissions" #> [36537] "congressbr" #> [36538] "sen_agenda" #> [36539] "sen_bills" #> [36540] "sen_bills_current" #> [36541] "sen_bills_limits" #> [36542] "sen_bills_list" #> [36543] "sen_bills_locations" #> [36544] "sen_bills_passage" #> [36545] "sen_bills_passing" #> [36546] "sen_bills_situations" #> [36547] "sen_bills_status" #> [36548] "sen_bills_topics" #> [36549] "sen_bills_types" #> [36550] "sen_bills_updates" #> [36551] "sen_bills_update_types" #> [36552] "sen_bill_search" #> [36553] "sen_bill_sponsors" #> [36554] "sen_budget" #> [36555] "sen_coalitions" #> [36556] "sen_coalition_info" #> [36557] "sen_commissions" #> [36558] "sen_commissions_senators" #> [36559] "sen_commissions_type" #> [36560] "sen_commission_positions" #> [36561] "sen_nominal_votes" #> [36562] "sen_parties" #> [36563] "sen_plenary_agenda" #> [36564] "sen_plenary_leaderships" #> [36565] "sen_plenary_result" #> [36566] "sen_plenary_sessions" #> [36567] "sen_senator" #> [36568] "sen_senator_bills" #> [36569] "sen_senator_commissions" #> [36570] "sen_senator_details" #> [36571] "sen_senator_legis" #> [36572] "sen_senator_list" #> [36573] "sen_senator_mandates" #> [36574] "sen_senator_suplentes" #> [36575] "sen_senator_votes" #> [36576] "sen_sponsor_types" #> [36577] "sen_statement_list" #> [36578] "sen_votes" #> [36579] "sen_votes_year" #> [36580] "statesBR" #> [36581] "UF" #> [36582] "vote_to_rollcall" #> [36583] "clCI" #> [36584] "clColours" #> [36585] "clInitializeTernaryQuarts" #> [36586] "clPhyDat" #> [36587] "clPlotQuartets" #> [36588] "clReferenceTree" #> [36589] "clResults" #> [36590] "AtoG" #> [36591] "calculateCircle" #> [36592] "calculateEllipse" #> [36593] "CircleFitByKasa" #> [36594] "CircleFitByLandau" #> [36595] "CircleFitByPratt" #> [36596] "CircleFitBySpath" #> [36597] "CircleFitByTaubin" #> [36598] "EllipseDirectFit" #> [36599] "EllipseFitByTaubin" #> [36600] "ellipticity" #> [36601] "estimateInitialGuessCircle" #> [36602] "fit.conicLMA" #> [36603] "fit.ellipseLMG" #> [36604] "fitbookstein" #> [36605] "GtoA" #> [36606] "JmatrixLMA" #> [36607] "JmatrixLMG" #> [36608] "LMcircleFit" #> [36609] "LMreducedCircleFit" #> [36610] "Residuals.ellipse" #> [36611] "Residuals.hyperbola" #> [36612] "Residuals.parabola" #> [36613] "ResidualsG" #> [36614] "conicAsymptotes" #> [36615] "conicAxes" #> [36616] "conicCenter" #> [36617] "conicMatrix" #> [36618] "conicPlot" #> [36619] "conics" #> [36620] "autoModel" #> [36621] "ctrx" #> [36622] "find_similar" #> [36623] "get.numeric" #> [36624] "int.plot" #> [36625] "caBTL" #> [36626] "caEncodedDesign" #> [36627] "caFactorialDesign" #> [36628] "caImportance" #> [36629] "caLogit" #> [36630] "caMaxUtility" #> [36631] "caModel" #> [36632] "caPartUtilities" #> [36633] "caRankToScore" #> [36634] "caRecreatedDesign" #> [36635] "caSegmentation" #> [36636] "caTotalUtilities" #> [36637] "caUtilities" #> [36638] "chocolate" #> [36639] "Conjoint" #> [36640] "czekolada" #> [36641] "herbata" #> [36642] "ice" #> [36643] "journey" #> [36644] "lody" #> [36645] "plyty" #> [36646] "ShowAllSimulations" #> [36647] "ShowAllUtilities" #> [36648] "tea" #> [36649] "wycieczka" #> [36650] "ConjointChecs-package" #> [36651] "checks-class" #> [36652] "ConjointChecks" #> [36653] "plot.checks" #> [36654] "PrepareChecks" #> [36655] "rasch5000" #> [36656] "summary.checks" #> [36657] "betasVectorDefault" #> [36658] "BevertonHolt" #> [36659] "chile.loco" #> [36660] "ConnMatTools" #> [36661] "d.mix.dists.func" #> [36662] "d.rel.conn.beta.prior" #> [36663] "d.rel.conn.dists.func" #> [36664] "d.rel.conn.finite.settlement" #> [36665] "d.rel.conn.multinomial.unnorm" #> [36666] "d.rel.conn.multiple" #> [36667] "d.rel.conn.unif.prior" #> [36668] "damselfish.lods" #> [36669] "DispersalPerRecruitModel" #> [36670] "DPRHomerangeGravity" #> [36671] "dual.mark.transmission" #> [36672] "eigs" #> [36673] "gammaParamsConvert" #> [36674] "hockeyStick" #> [36675] "laplacianConnMat" #> [36676] "localRetention" #> [36677] "mergeSubpops" #> [36678] "optim.rel.conn.dists" #> [36679] "optimalSplitConnMat" #> [36680] "prob.marked" #> [36681] "protectedAreaSelection" #> [36682] "qualitySubpops" #> [36683] "r.marked.egg.fraction" #> [36684] "recSplitConnMat" #> [36685] "reducedConnMat" #> [36686] "relativeLocalRetention" #> [36687] "selfRecruitment" #> [36688] "settlerRecruitSlopeCorrection" #> [36689] "splitConnMat" #> [36690] "stepfun.hist" #> [36691] "subpopsVectorToList" #> [36692] "conover.test" #> [36693] "homecare" #> [36694] "ConQuestCall" #> [36695] "ConQuestSys" #> [36696] "ReadSys" #> [36697] "ConR-package" #> [36698] "dataset.ex" #> [36699] "EOO.computing" #> [36700] "IUCN.eval" #> [36701] "land" #> [36702] "Madagascar.protec" #> [36703] "Malagasy.amphibian" #> [36704] "map.res" #> [36705] "subpop.comp" #> [36706] "CONS" #> [36707] "ConSpline-package" #> [36708] "conspline" #> [36709] "GAVoting" #> [36710] "WhiteSpruce" #> [36711] "ConsRank-package" #> [36712] "APAFULL" #> [36713] "APAred" #> [36714] "BBconsensus" #> [36715] "BBconsensus2" #> [36716] "BBFULL" #> [36717] "branches" #> [36718] "BU" #> [36719] "childclosint" #> [36720] "childtie" #> [36721] "combincost" #> [36722] "combinpmatr" #> [36723] "crossover" #> [36724] "DECOR" #> [36725] "DECORcore" #> [36726] "EMCons" #> [36727] "EMD" #> [36728] "FASTcons" #> [36729] "FASTDECOR" #> [36730] "findbranches" #> [36731] "findconsensusBB" #> [36732] "Idea" #> [36733] "kemenyd" #> [36734] "kemenydesign" #> [36735] "kemenyscore" #> [36736] "mutaterand1" #> [36737] "Penalty" #> [36738] "PenaltyBB2" #> [36739] "polyplot" #> [36740] "QuickCons" #> [36741] "reordering" #> [36742] "ReorderingBB" #> [36743] "scorematrix" #> [36744] "sports" #> [36745] "tabulaterows" #> [36746] "Tau_X" #> [36747] "USAranks" #> [36748] "codata" #> [36749] "constants" #> [36750] "lookup" #> [36751] "syms" #> [36752] "bundle" #> [36753] "constellate" #> [36754] "constellate_criteria" #> [36755] "incidents" #> [36756] "labs" #> [36757] "orders" #> [36758] "value_change" #> [36759] "vitals" #> [36760] "constrainedKriging-package" #> [36761] "CKrige" #> [36762] "covmodel" #> [36763] "meuse.blocks" #> [36764] "plot.preCKrigePolygons" #> [36765] "preCKrige" #> [36766] "preCKrigePoints-class" #> [36767] "preCKrigePolygons-class" #> [36768] "conStruct-package" #> [36769] "calculate.layer.contribution" #> [36770] "compare.two.runs" #> [36771] "conStruct" #> [36772] "conStruct.data" #> [36773] "data.block" #> [36774] "make.admix.pie.plot" #> [36775] "make.all.the.plots" #> [36776] "make.structure.plot" #> [36777] "match.layers.x.runs" #> [36778] "structure2conStruct" #> [36779] "x.validation" #> [36780] "Container" #> [36781] "container.pkg" #> [36782] "ContainerS3" #> [36783] "ContainerS3op" #> [36784] "DequeDictS3funcs" #> [36785] "dequeS3" #> [36786] "dequeS3binOp" #> [36787] "dictS3" #> [36788] "dictS3binOp" #> [36789] "dictS3replace" #> [36790] "Iterable" #> [36791] "Iterator" #> [36792] "Set" #> [36793] "setS3" #> [36794] "setS3binOp" #> [36795] "ContaminatedMixt-package" #> [36796] "agree" #> [36797] "CNmixt" #> [36798] "CNpredict" #> [36799] "dCN" #> [36800] "m.step" #> [36801] "pairs.ContaminatedMixt" #> [36802] "plot.ContaminatedMixt" #> [36803] "Agent" #> [36804] "Bandit" #> [36805] "BasicBernoulliBandit" #> [36806] "BasicGaussianBandit" #> [36807] "BootstrapTSPolicy" #> [36808] "ContextualBernoulliBandit" #> [36809] "ContextualBinaryBandit" #> [36810] "ContextualEpochGreedyPolicy" #> [36811] "ContextualEpsilonGreedyPolicy" #> [36812] "ContextualHybridBandit" #> [36813] "ContextualLinearBandit" #> [36814] "ContextualLinTSPolicy" #> [36815] "ContextualLogitBandit" #> [36816] "ContextualLogitBTSPolicy" #> [36817] "ContextualPrecachingBandit" #> [36818] "ContextualTSProbitPolicy" #> [36819] "ContextualWheelBandit" #> [36820] "ContinuumBandit" #> [36821] "data_table_factors_to_numeric" #> [36822] "dec<-" #> [36823] "EpsilonFirstPolicy" #> [36824] "EpsilonGreedyPolicy" #> [36825] "Exp3Policy" #> [36826] "FixedPolicy" #> [36827] "formatted_difftime" #> [36828] "get_arm_context" #> [36829] "get_full_context" #> [36830] "GittinsBrezziLaiPolicy" #> [36831] "GradientPolicy" #> [36832] "History" #> [36833] "inc<-" #> [36834] "ind" #> [36835] "inv" #> [36836] "is_rstudio" #> [36837] "LifPolicy" #> [36838] "LinUCBDisjointOptimizedPolicy" #> [36839] "LinUCBDisjointPolicy" #> [36840] "LinUCBGeneralPolicy" #> [36841] "LinUCBHybridOptimizedPolicy" #> [36842] "LinUCBHybridPolicy" #> [36843] "mvrnorm" #> [36844] "OfflineBootstrappedReplayBandit" #> [36845] "OfflineDirectMethodBandit" #> [36846] "OfflineDoublyRobustBandit" #> [36847] "OfflineLookupReplayEvaluatorBandit" #> [36848] "OfflinePropensityWeightingBandit" #> [36849] "OfflineReplayEvaluatorBandit" #> [36850] "ones_in_zeroes" #> [36851] "one_hot" #> [36852] "OraclePolicy" #> [36853] "plot.history" #> [36854] "Policy" #> [36855] "print.history" #> [36856] "RandomPolicy" #> [36857] "sample_one_of" #> [36858] "set_external" #> [36859] "sherman_morrisson" #> [36860] "Simulator" #> [36861] "SoftmaxPolicy" #> [36862] "summary.history" #> [36863] "sum_of" #> [36864] "ThompsonSamplingPolicy" #> [36865] "UCB1Policy" #> [36866] "UCB2Policy" #> [36867] "var_welford" #> [36868] "which_max_list" #> [36869] "which_max_tied" #> [36870] "as_cf" #> [36871] "convergents" #> [36872] "conting-package" #> [36873] "accept_rate" #> [36874] "add_term" #> [36875] "AOH" #> [36876] "bayespval" #> [36877] "bcct" #> [36878] "bcct.fit" #> [36879] "beta_mode" #> [36880] "bict" #> [36881] "bict.fit" #> [36882] "find_cens" #> [36883] "formula2index" #> [36884] "index2model" #> [36885] "inter_probs" #> [36886] "inter_stats" #> [36887] "iwls_mh" #> [36888] "mod_probs" #> [36889] "plot.pval" #> [36890] "plot.totpop" #> [36891] "print.acceptrate" #> [36892] "print.bcct" #> [36893] "print.interprob" #> [36894] "print.interstat" #> [36895] "print.modprobs" #> [36896] "print.pval" #> [36897] "print.submod" #> [36898] "print.totpop" #> [36899] "RJ_update" #> [36900] "ScotPWID" #> [36901] "spina" #> [36902] "sub_model" #> [36903] "summary.bcct" #> [36904] "total_pop" #> [36905] "contoureR" #> [36906] "contourLinesR" #> [36907] "contourWalker" #> [36908] "convexHullAM" #> [36909] "getContourLines" #> [36910] "getConvexHull" #> [36911] "getDelaunayMesh" #> [36912] "orderPoints" #> [36913] "cf_data" #> [36914] "cf_func" #> [36915] "cf_grid" #> [36916] "cf_grid1" #> [36917] "multicolor.title" #> [36918] "contrast.lm" #> [36919] "abcdchk" #> [36920] "acker" #> [36921] "append" #> [36922] "bode" #> [36923] "c2d" #> [36924] "care" #> [36925] "cloop" #> [36926] "connect" #> [36927] "ctrb" #> [36928] "damp" #> [36929] "dcgain" #> [36930] "esort" #> [36931] "freqresp" #> [36932] "gensig" #> [36933] "givens_rot" #> [36934] "impulse" #> [36935] "issiso" #> [36936] "lsim" #> [36937] "lsimplot" #> [36938] "ltifr" #> [36939] "ltitr" #> [36940] "nyquist" #> [36941] "obsv" #> [36942] "ordschur" #> [36943] "parallel" #> [36944] "pid" #> [36945] "place" #> [36946] "pole" #> [36947] "poly2str" #> [36948] "polysub" #> [36949] "ramp" #> [36950] "selectsys" #> [36951] "series" #> [36952] "ss2tf" #> [36953] "ss2zp" #> [36954] "ssdata" #> [36955] "step" #> [36956] "TF" #> [36957] "tf" #> [36958] "tf2ss" #> [36959] "tf2zp" #> [36960] "tfchk" #> [36961] "tfdata" #> [36962] "zp2ss" #> [36963] "zp2tf" #> [36964] "zpk" #> [36965] "zpkdata" #> [36966] "quantileControlTest" #> [36967] "ConvergenceClubs-package" #> [36968] "club" #> [36969] "computeH" #> [36970] "coreG" #> [36971] "dim.convergence.clubs" #> [36972] "estimateMod" #> [36973] "filteredGDP" #> [36974] "findClubs" #> [36975] "GDP" #> [36976] "mergeClubs" #> [36977] "mergeDivergent" #> [36978] "plot.convergence.clubs" #> [36979] "print.convergence.clubs" #> [36980] "summary.convergence.clubs" #> [36981] "check.convergence" #> [36982] "criterion" #> [36983] "investigate" #> [36984] "law.plot2d" #> [36985] "law.plot3d" #> [36986] "p.as.plot" #> [36987] "visualize.crit" #> [36988] "visualize.sp" #> [36989] "convertGraph" #> [36990] "install.phantom" #> [36991] "conversion_table" #> [36992] "convertr" #> [36993] "convert_gadget" #> [36994] "explore_units" #> [36995] "get_conversion_table" #> [36996] "allmaxdist" #> [36997] "ancestrallineages" #> [36998] "calcchanges" #> [36999] "convnum" #> [37000] "convnumsig" #> [37001] "convrat" #> [37002] "convratsig" #> [37003] "findanc" #> [37004] "labelstonumbers" #> [37005] "maxdist" #> [37006] "multianc" #> [37007] "plotellipse" #> [37008] "addConstraint" #> [37009] "convex_setup" #> [37010] "cvx_optim" #> [37011] "dot" #> [37012] "dotsort" #> [37013] "Expr" #> [37014] "huber" #> [37015] "lambdamax" #> [37016] "lambdamin" #> [37017] "logdet" #> [37018] "logisticloss" #> [37019] "matrixfrac" #> [37020] "minimum" #> [37021] "neg" #> [37022] "nuclearnorm" #> [37023] "operatornorm" #> [37024] "pos" #> [37025] "problem_creating" #> [37026] "quadform" #> [37027] "sumlargest" #> [37028] "sumsmallest" #> [37029] "sumsquares" #> [37030] "tr" #> [37031] "variable_creating" #> [37032] "vec" #> [37033] "vecdot" #> [37034] "contrastinf" #> [37035] "convey_prep" #> [37036] "densfun" #> [37037] "h_fun" #> [37038] "icdf" #> [37039] "svyafc" #> [37040] "svyafcdec" #> [37041] "svyamato" #> [37042] "svyarpr" #> [37043] "svyarpt" #> [37044] "svyatk" #> [37045] "svybcc" #> [37046] "svybmi" #> [37047] "svyfgt" #> [37048] "svygei" #> [37049] "svygeidec" #> [37050] "svygini" #> [37051] "svygpg" #> [37052] "svyiqalpha" #> [37053] "svyisq" #> [37054] "svyjdiv" #> [37055] "svyjdivdec" #> [37056] "svylorenz" #> [37057] "svypoormed" #> [37058] "svyqsr" #> [37059] "svyrenyi" #> [37060] "svyrmir" #> [37061] "svyrmpg" #> [37062] "svysen" #> [37063] "svysst" #> [37064] "svyzenga" #> [37065] "svyzengacurve" #> [37066] "Aniso_fit" #> [37067] "evaluate_CV" #> [37068] "f_mc_kernels" #> [37069] "kernel_cov" #> [37070] "make_global_loglik1" #> [37071] "make_global_loglik1_kappa" #> [37072] "make_global_loglik2" #> [37073] "make_global_loglik2_kappa" #> [37074] "make_global_loglik3" #> [37075] "make_global_loglik3_kappa" #> [37076] "make_global_loglik4_kappa" #> [37077] "make_local_lik" #> [37078] "mc_N" #> [37079] "NSconvo_fit" #> [37080] "NSconvo_sim" #> [37081] "plot.Aniso" #> [37082] "plot.NSconvo" #> [37083] "predict.Aniso" #> [37084] "predict.NSconvo" #> [37085] "summary.Aniso" #> [37086] "summary.NSconvo" #> [37087] "US.mc.grids" #> [37088] "US.prediction.locs" #> [37089] "USprecip97" #> [37090] "cooccur-package" #> [37091] "cooccur" #> [37092] "create.N.matrix" #> [37093] "effect.sizes" #> [37094] "finches" #> [37095] "obs.v.exp" #> [37096] "pair.attributes" #> [37097] "pair.profile" #> [37098] "plot.cooccur" #> [37099] "print.cooccur" #> [37100] "prob.table" #> [37101] "rodents" #> [37102] "summary.cooccur" #> [37103] "changeLog" #> [37104] "cooccurNet" #> [37105] "coocnet" #> [37106] "gencooccur" #> [37107] "getexample" #> [37108] "getexample_forRCOS" #> [37109] "pprocess" #> [37110] "readseq" #> [37111] "siteco" #> [37112] "toigraph" #> [37113] "coop-package" #> [37114] "cosine" #> [37115] "pcor" #> [37116] "scaler" #> [37117] "sparsity" #> [37118] "weighted" #> [37119] "Jochen" #> [37120] "Staudacher" #> [37121] "Johannes" #> [37122] "Anwander" #> [37123] "Tiukkel" #> [37124] "Maerz" #> [37125] "Mueller" #> [37126] "Gebele" #> [37127] "Merkle" #> [37128] "Fatma" #> [37129] "Tokay" #> [37130] "Kuebra" #> [37131] "Nicole" #> [37132] "Cyl" #> [37133] "2019-03-19" #> [37134] "23:23:31" #> [37135] "absolutePublicGoodValue" #> [37136] "absolutePublicHelpChiValue" #> [37137] "absolutePublicHelpValue" #> [37138] "apexGame" #> [37139] "apexGameValue" #> [37140] "apexGameVector" #> [37141] "bankruptcyGame" #> [37142] "bankruptcyGameValue" #> [37143] "bankruptcyGameVector" #> [37144] "banzhafValue" #> [37145] "baruaChakravartySarkarIndex" #> [37146] "belongsToCore" #> [37147] "belongsToCoreCover" #> [37148] "belongsToImputationset" #> [37149] "belongsToReasonableSet" #> [37150] "belongsToWeberset" #> [37151] "cardinalityGame" #> [37152] "cardinalityGameValue" #> [37153] "cardinalityGameVector" #> [37154] "centroidCore" #> [37155] "centroidCoreCover" #> [37156] "centroidImputationSet" #> [37157] "centroidReasonableSet" #> [37158] "centroidWeberSet" #> [37159] "colemanCollectivityPowerIndex" #> [37160] "colemanInitiativePowerIndex" #> [37161] "colemanPreventivePowerIndex" #> [37162] "coreCoverVertices" #> [37163] "coreVertices" #> [37164] "costSharingGame" #> [37165] "costSharingGameValue" #> [37166] "costSharingGameVector" #> [37167] "createBitMatrix" #> [37168] "deeganPackelIndex" #> [37169] "dictatorGame" #> [37170] "dictatorGameValue" #> [37171] "dictatorGameVector" #> [37172] "disruptionNucleolus" #> [37173] "divideTheDollarGame" #> [37174] "divideTheDollarGameValue" #> [37175] "divideTheDollarGameVector" #> [37176] "drawCentroidCore" #> [37177] "drawCentroidCoreCover" #> [37178] "drawCentroidImputationSet" #> [37179] "drawCentroidReasonableSet" #> [37180] "drawCentroidWeberSet" #> [37181] "drawCore" #> [37182] "drawCoreCover" #> [37183] "drawDeeganPackelIndex" #> [37184] "drawDisruptionNucleolus" #> [37185] "drawGatelyValue" #> [37186] "drawImputationset" #> [37187] "drawJohnstonIndex" #> [37188] "drawModiclus" #> [37189] "drawNormalizedBanzhafIndex" #> [37190] "drawNormalizedBanzhafValue" #> [37191] "drawNucleolus" #> [37192] "drawPerCapitaNucleolus" #> [37193] "drawPrenucleolus" #> [37194] "drawProportionalNucleolus" #> [37195] "drawPublicGoodIndex" #> [37196] "drawPublicGoodValue" #> [37197] "drawPublicHelpChiIndex" #> [37198] "drawPublicHelpChiValue" #> [37199] "drawPublicHelpIndex" #> [37200] "drawPublicHelpValue" #> [37201] "drawReasonableSet" #> [37202] "drawShapleyShubikIndex" #> [37203] "drawShapleyValue" #> [37204] "drawSimplifiedModiclus" #> [37205] "drawTauValue" #> [37206] "drawWeberset" #> [37207] "equalPropensityToDisrupt" #> [37208] "gatelyValue" #> [37209] "getCriticalCoalitionsOfPlayer" #> [37210] "getDualGameVector" #> [37211] "getEmptyParamCheckResult" #> [37212] "getExcessCoefficients" #> [37213] "getGainingCoalitions" #> [37214] "getGapFunctionCoefficients" #> [37215] "getkCover" #> [37216] "getMarginalContributions" #> [37217] "getMinimalRights" #> [37218] "getMinimumWinningCoalitions" #> [37219] "getNumberOfPlayers" #> [37220] "getPerCapitaExcessCoefficients" #> [37221] "getPlayersFromBitVector" #> [37222] "getPlayersFromBMRow" #> [37223] "getRealGainingCoalitions" #> [37224] "getUnanimityCoefficients" #> [37225] "getUtopiaPayoff" #> [37226] "getVectorOfPropensitiesToDisrupt" #> [37227] "getWinningCoalitions" #> [37228] "getZeroNormalizedGameVector" #> [37229] "getZeroOneNormalizedGameVector" #> [37230] "gloveGame" #> [37231] "gloveGameValue" #> [37232] "gloveGameVector" #> [37233] "imputationsetVertices" #> [37234] "is1ConvexGame" #> [37235] "isAdditiveGame" #> [37236] "isBalancedGame" #> [37237] "isConstantSumGame" #> [37238] "isConvexGame" #> [37239] "isDegenerateGame" #> [37240] "isEssentialGame" #> [37241] "iskConvexGame" #> [37242] "isMonotonicGame" #> [37243] "isNonnegativeGame" #> [37244] "isQuasiBalancedGame" #> [37245] "isSemiConvexGame" #> [37246] "isSimpleGame" #> [37247] "isSuperadditiveGame" #> [37248] "isSymmetricGame" #> [37249] "isWeaklyConstantSumGame" #> [37250] "isWeaklySuperadditiveGame" #> [37251] "johnstonIndex" #> [37252] "koenigBraeuningerIndex" #> [37253] "majoritySingleVetoGame" #> [37254] "majoritySingleVetoGameValue" #> [37255] "majoritySingleVetoGameVector" #> [37256] "modiclus" #> [37257] "nevisonIndex" #> [37258] "nonNormalizedBanzhafIndex" #> [37259] "normalizedBanzhafIndex" #> [37260] "normalizedBanzhafValue" #> [37261] "nucleolus" #> [37262] "perCapitaNucleolus" #> [37263] "Prenucleolus" #> [37264] "propensityToDisrupt" #> [37265] "proportionalNucleolus" #> [37266] "publicGoodIndex" #> [37267] "publicGoodValue" #> [37268] "publicHelpChiIndex" #> [37269] "publicHelpChiValue" #> [37270] "publicHelpIndex" #> [37271] "publicHelpValue" #> [37272] "raeIndex" #> [37273] "rawBanzhafIndex" #> [37274] "rawBanzhafValue" #> [37275] "reasonableSetVertices" #> [37276] "shapleyShubikIndex" #> [37277] "shapleyValue" #> [37278] "simplifiedModiclus" #> [37279] "stopOnInconsistentEstateAndClaimsVector" #> [37280] "stopOnInvalidAllocation" #> [37281] "stopOnInvalidBoolean" #> [37282] "stopOnInvalidClaimsVector" #> [37283] "stopOnInvalidCoalitionS" #> [37284] "stopOnInvalidDictator" #> [37285] "stopOnInvalidEstate" #> [37286] "stopOnInvalidGameVector" #> [37287] "stopOnInvalidGrandCoalitionN" #> [37288] "stopOnInvalidIndex" #> [37289] "stopOnInvalidLeftRightGloveGame" #> [37290] "stopOnInvalidNChooseB" #> [37291] "stopOnInvalidNumber" #> [37292] "stopOnInvalidNumberOfPlayers" #> [37293] "stopOnInvalidQuota" #> [37294] "stopOnInvalidVetoPlayer" #> [37295] "stopOnInvalidWeightVector" #> [37296] "stopOnParamCheckError" #> [37297] "tauValue" #> [37298] "unanimityGame" #> [37299] "unanimityGameValue" #> [37300] "unanimityGameVector" #> [37301] "webersetVertices" #> [37302] "weightedVotingGame" #> [37303] "weightedVotingGameValue" #> [37304] "weightedVotingGameVector" #> [37305] "coopProducGame-package" #> [37306] "coalitions" #> [37307] "coopProductGame" #> [37308] "linearProductionGame" #> [37309] "makeLP" #> [37310] "owenSet" #> [37311] "plotCoreSet" #> [37312] "productLinearProblem" #> [37313] "cooptrees-package" #> [37314] "maBird" #> [37315] "maCooperative" #> [37316] "maERO" #> [37317] "maGames" #> [37318] "maIrreducible" #> [37319] "maPessimistic" #> [37320] "maRules" #> [37321] "mstBird" #> [37322] "mstCooperative" #> [37323] "mstDuttaKar" #> [37324] "mstEROKruskal" #> [37325] "mstGames" #> [37326] "mstIrreducible" #> [37327] "mstKar" #> [37328] "mstOptimistic" #> [37329] "mstPessimistic" #> [37330] "mstRules" #> [37331] "Edler" #> [37332] "Harith" #> [37333] "Farooq" #> [37334] "Andrei" #> [37335] "Herdean" #> [37336] "Maria" #> [37337] "Ariza" #> [37338] "Ruud" #> [37339] "Scharn" #> [37340] "Sten" #> [37341] "Svanteson" #> [37342] "Niklas" #> [37343] "Wengstrom" #> [37344] "Vera" #> [37345] "Zizka" #> [37346] "Alexandre" #> [37347] "Antonelli" #> [37348] "Irene" #> [37349] "Steves" #> [37350] "[rev]" #> [37351] "(Irene" #> [37352] "reviewed" #> [37353] "ropensci," #> [37354] "Rodriguez-Sanchez" #> [37355] "(Francisco" #> [37356] "Alexander" #> [37357] "2019-04-24" #> [37358] "09:10:07" #> [37359] "CoordinateCleaner-package" #> [37360] "buffland" #> [37361] "cc_cap" #> [37362] "cc_cen" #> [37363] "cc_coun" #> [37364] "cc_dupl" #> [37365] "cc_equ" #> [37366] "cc_gbif" #> [37367] "cc_inst" #> [37368] "cc_iucn" #> [37369] "cc_outl" #> [37370] "cc_sea" #> [37371] "cc_urb" #> [37372] "cc_val" #> [37373] "cc_zero" #> [37374] "cd_ddmm" #> [37375] "cd_round" #> [37376] "cf_age" #> [37377] "cf_equal" #> [37378] "cf_outl" #> [37379] "cf_range" #> [37380] "clean_coordinates" #> [37381] "clean_dataset" #> [37382] "clean_fossils" #> [37383] "CoordinateCleaner-deprecated" #> [37384] "countryref" #> [37385] "institutions" #> [37386] "pbdb_example" #> [37387] "plot.spatialvalid" #> [37388] "write_pyrate" #> [37389] "copBasic-package" #> [37390] "aicCOP" #> [37391] "AMHcop" #> [37392] "asCOP" #> [37393] "bicCOP" #> [37394] "bilmoms" #> [37395] "blomCOP" #> [37396] "CLcop" #> [37397] "coCOP" #> [37398] "composite1COP" #> [37399] "composite2COP" #> [37400] "composite3COP" #> [37401] "convex2COP" #> [37402] "convexCOP" #> [37403] "COP" #> [37404] "copBasic.fitpara" #> [37405] "COPinv" #> [37406] "COPinv2" #> [37407] "densityCOP" #> [37408] "densityCOPplot" #> [37409] "derCOP" #> [37410] "derCOP2" #> [37411] "derCOPinv" #> [37412] "derCOPinv2" #> [37413] "diagCOP" #> [37414] "diagCOPatf" #> [37415] "duCOP" #> [37416] "EMPIRcop" #> [37417] "EMPIRcopdf" #> [37418] "EMPIRgrid" #> [37419] "EMPIRgridder" #> [37420] "EMPIRgridder2" #> [37421] "EMPIRgridderinv" #> [37422] "EMPIRgridderinv2" #> [37423] "EMPIRmed.regress" #> [37424] "EMPIRmed.regress2" #> [37425] "EMPIRqua.regress" #> [37426] "EMPIRqua.regress2" #> [37427] "EMPIRsim" #> [37428] "EMPIRsimv" #> [37429] "FGMcop" #> [37430] "footCOP" #> [37431] "FRECHETcop" #> [37432] "gEVcop" #> [37433] "GHcop" #> [37434] "giniCOP" #> [37435] "GLcop" #> [37436] "gridCOP" #> [37437] "hoefCOP" #> [37438] "HRcop" #> [37439] "isCOP.LTD" #> [37440] "isCOP.permsym" #> [37441] "isCOP.PQD" #> [37442] "isCOP.radsym" #> [37443] "isCOP.RTI" #> [37444] "isfuncCOP" #> [37445] "JOcopB5" #> [37446] "joeskewCOP" #> [37447] "joint.curvesCOP" #> [37448] "joint.curvesCOP2" #> [37449] "jointCOP" #> [37450] "kfuncCOP" #> [37451] "kfuncCOPinv" #> [37452] "kfuncCOPlmoms" #> [37453] "kullCOP" #> [37454] "lcomCOP" #> [37455] "lcomCOPpv" #> [37456] "lcomoms2.ABcop2parameter" #> [37457] "lcomoms2.ABKGcop2parameter" #> [37458] "level.curvesCOP" #> [37459] "level.curvesCOP2" #> [37460] "level.setCOP" #> [37461] "level.setCOP2" #> [37462] "med.regressCOP" #> [37463] "med.regressCOP2" #> [37464] "mleCOP" #> [37465] "N4212cop" #> [37466] "PARETOcop" #> [37467] "PLACKETTcop" #> [37468] "PLACKETTpar" #> [37469] "PLACKETTsim" #> [37470] "prod2COP" #> [37471] "psepolar" #> [37472] "PSP" #> [37473] "qua.regressCOP" #> [37474] "qua.regressCOP.draw" #> [37475] "qua.regressCOP2" #> [37476] "ReineckeWell266" #> [37477] "ReineckeWells" #> [37478] "RFcop" #> [37479] "rhobevCOP" #> [37480] "rhoCOP" #> [37481] "rmseCOP" #> [37482] "sectionCOP" #> [37483] "semicorCOP" #> [37484] "simcomposite3COP" #> [37485] "simcompositeCOP" #> [37486] "simCOP" #> [37487] "simCOPmicro" #> [37488] "spectralmeas" #> [37489] "stabtaildepf" #> [37490] "statTn" #> [37491] "surCOP" #> [37492] "surfuncCOP" #> [37493] "tailconCOP" #> [37494] "taildepCOP" #> [37495] "tailordCOP" #> [37496] "tauCOP" #> [37497] "tEVcop" #> [37498] "uvlmoms" #> [37499] "vuongCOP" #> [37500] "wolfCOP" #> [37501] "adjacency.matrix" #> [37502] "copCAR" #> [37503] "negbinomial" #> [37504] "rcopCAR" #> [37505] "residuals.copCAR" #> [37506] "summary.copCAR" #> [37507] "vcov.copCAR" #> [37508] "condQestCopC" #> [37509] "estCopC" #> [37510] "genLatentY" #> [37511] "selectCopC" #> [37512] "ARCoeffMap" #> [37513] "ComputeCope" #> [37514] "cope" #> [37515] "DrawContour" #> [37516] "ImageMap" #> [37517] "MBContour" #> [37518] "plot.cope" #> [37519] "PlotCope" #> [37520] "TaylorContour" #> [37521] "ToyNoise1" #> [37522] "ToyNoise1Presmooth" #> [37523] "ToyNoise2" #> [37524] "ToyNoise3" #> [37525] "ToyNoiseMap" #> [37526] "ToySignal" #> [37527] "ToySignalDC" #> [37528] "ToySlope" #> [37529] "'aggregation-matrix.R'" #> [37530] "'aggregation-matrix-membership-difference.R'" #> [37531] "'factors-of-interest.R'" #> [37532] "'option-resources.R'" #> [37533] "'option.R'" #> [37534] "'project-criterion.R'" #> [37535] "'project-criteria.R'" #> [37536] "'project-portfolio.R'" #> [37537] "'coppe-cosenza.R'" #> [37538] "Leonardo" #> [37539] "Pessoa" #> [37540] "Carlos" #> [37541] "Cosenza" #> [37542] "2017-10-28" #> [37543] "13:29:46" #> [37544] "AggregateMatrix" #> [37545] "Aggregation.matrix-class" #> [37546] "Aggregation.matrix.default-class" #> [37547] "Aggregation.matrix.membership.difference-class" #> [37548] "Coppe.cosenza" #> [37549] "Coppe.cosenza-class" #> [37550] "coppeCosenzaR" #> [37551] "Factor" #> [37552] "Factor-class" #> [37553] "Factors.of.interest" #> [37554] "Factors.of.interest-class" #> [37555] "getFactorsOfInterestNames" #> [37556] "getOptionFactorsNames" #> [37557] "getOptionPortfolioFactors" #> [37558] "getOptionPortfolioNames" #> [37559] "getProjectFactorsNames" #> [37560] "getProjectFactorsSpecific" #> [37561] "getProjectPortfolioFactors" #> [37562] "getProjectPortfolioNames" #> [37563] "Option" #> [37564] "Option-class" #> [37565] "Option.factor.availability" #> [37566] "Option.factor.availability-class" #> [37567] "Option.portfolio" #> [37568] "Option.portfolio-class" #> [37569] "Option.resources" #> [37570] "Option.resources-class" #> [37571] "Project" #> [37572] "Project-class" #> [37573] "Project.criteria" #> [37574] "Project.criteria-class" #> [37575] "Project.criterion" #> [37576] "Project.criterion-class" #> [37577] "Project.portfolio" #> [37578] "Project.portfolio-class" #> [37579] "show,Aggregation.matrix-method" #> [37580] "coprimary-package" #> [37581] "datacheck" #> [37582] "nbevent" #> [37583] "ncoprimary" #> [37584] "nsurvival" #> [37585] "probafix" #> [37586] "probanofix" #> [37587] "amhCopula.R" #> [37588] "claytonCopula.R" #> [37589] "frankCopula.R" #> [37590] "nacopula.R" #> [37591] "dC-dc.R" #> [37592] "amhExpr.R" #> [37593] "An.R" #> [37594] "archmCopula.R" #> [37595] "claytonExpr.R" #> [37596] "ellipCopula.R" #> [37597] "empCopula.R" #> [37598] "empPsi.R" #> [37599] "estimation.R" #> [37600] "evCopula.R" #> [37601] "evTests.R" #> [37602] "exchTests.R" #> [37603] "fitCopula.R" #> [37604] "fitLambda.R" #> [37605] "fitMvdc.R" #> [37606] "fixedPar.R" #> [37607] "galambosCopula.R" #> [37608] "galambosExpr-math.R" #> [37609] "ggraph-tools.R" #> [37610] "pairsRosenblatt.R" #> [37611] "prob.R" #> [37612] "gofEVTests.R" #> [37613] "gofCopula.R" #> [37614] "graphics.R" #> [37615] "gumbelCopula.R" #> [37616] "huslerReissCopula.R" #> [37617] "huslerReissExpr.R" #> [37618] "indepCopula.R" #> [37619] "lowfhCopula.R" #> [37620] "upfhCopula.R" #> [37621] "indepTests.R" #> [37622] "joeCopula.R" #> [37623] "logseries.R" #> [37624] "mvdc.R" #> [37625] "margCopula.R" #> [37626] "matrix_tools.R" #> [37627] "opower.R" #> [37628] "plackettCopula.R" #> [37629] "plackettExpr.R" #> [37630] "moCopula.R" #> [37631] "safeUroot.R" #> [37632] "schlatherCopula.R" #> [37633] "stable.R" #> [37634] "timing.R" #> [37635] "tawnCopula.R" #> [37636] "tawnExpr.R" #> [37637] "tevCopula.R" #> [37638] "wrapper.R" #> [37639] "xvCopula.R" #> [37640] "Marius" #> [37641] "Hofert" #> [37642] "Ivan" #> [37643] "Kojadinovic" #> [37644] "Jun" #> [37645] "Yan" #> [37646] "Johanna" #> [37647] "G." #> [37648] "Nešlehová" #> [37649] "2019-04-22" #> [37650] "06:55:54" #> [37651] "copula-package" #> [37652] ".pairsCond" #> [37653] "absdPsiMC" #> [37654] "acopula-class" #> [37655] "acR" #> [37656] "allComp" #> [37657] "An" #> [37658] "archmCopula" #> [37659] "archmCopula-class" #> [37660] "assocMeasures" #> [37661] "beta.Blomqvist" #> [37662] "cCopula" #> [37663] "cloud2-methods" #> [37664] "coeffG" #> [37665] "contour-methods" #> [37666] "contourplot2-methods" #> [37667] "copFamilies" #> [37668] "Copula" #> [37669] "copula-class" #> [37670] "corKendall" #> [37671] "dDiag" #> [37672] "describeCop" #> [37673] "dnacopula" #> [37674] "ellipCopula" #> [37675] "ellipCopula-class" #> [37676] "emde" #> [37677] "emle" #> [37678] "empCopula" #> [37679] "empCopula-class" #> [37680] "enacopula" #> [37681] "estim.misc" #> [37682] "evCopula" #> [37683] "evCopula-class" #> [37684] "evTestA" #> [37685] "evTestC" #> [37686] "evTestK" #> [37687] "exchEVTest" #> [37688] "exchTest" #> [37689] "fgmCopula" #> [37690] "fgmCopula-class" #> [37691] "fhCopula" #> [37692] "fhCopula-class" #> [37693] "fitCopula" #> [37694] "fitCopula-class" #> [37695] "fitLambda" #> [37696] "fitMvdc" #> [37697] "fixParam" #> [37698] "gasoil" #> [37699] "getAcop" #> [37700] "ggraph-tools" #> [37701] "gnacopula" #> [37702] "gofCopula" #> [37703] "gofEVCopula" #> [37704] "gofOtherTstat" #> [37705] "gofTstat" #> [37706] "htrafo" #> [37707] "indepCopula" #> [37708] "indepCopula-class" #> [37709] "indepTest" #> [37710] "initOpt" #> [37711] "interval-class" #> [37712] "khoudrajiCopula" #> [37713] "khoudrajiCopula-class" #> [37714] "log1mexp" #> [37715] "margCopula" #> [37716] "math-fun" #> [37717] "matrix_tools" #> [37718] "mixCopula" #> [37719] "mixCopula-class" #> [37720] "moCopula" #> [37721] "moCopula-class" #> [37722] "multIndepTest" #> [37723] "multSerialIndepTest" #> [37724] "Mvdc" #> [37725] "mvdc-class" #> [37726] "nacFrail.time" #> [37727] "nacopula-class" #> [37728] "nacPairthetas" #> [37729] "nesdepth" #> [37730] "onacopula" #> [37731] "opower" #> [37732] "pairs2" #> [37733] "pairsRosenblatt" #> [37734] "persp-methods" #> [37735] "plackettCopula" #> [37736] "plackettCopula-class" #> [37737] "pnacopula" #> [37738] "pobs" #> [37739] "polylog" #> [37740] "polynEval" #> [37741] "printNacopula" #> [37742] "prob" #> [37743] "qqplot2" #> [37744] "radSymTest" #> [37745] "rdj" #> [37746] "retstable" #> [37747] "rF01FrankJoe" #> [37748] "rFFrankJoe" #> [37749] "rlog" #> [37750] "rnacModel" #> [37751] "rnacopula" #> [37752] "rnchild" #> [37753] "rotCopula" #> [37754] "RSpobs" #> [37755] "rstable1" #> [37756] "safeUroot" #> [37757] "serialIndepTest" #> [37758] "setTheta" #> [37759] "Sibuya" #> [37760] "SMI.12" #> [37761] "splom2-methods" #> [37762] "Stirling" #> [37763] "tauAMH" #> [37764] "uranium" #> [37765] "varianceReduction" #> [37766] "wireframe2-methods" #> [37767] "xvCopula" #> [37768] "Copula.Markov-package" #> [37769] "Clayton.Markov.DATA" #> [37770] "Clayton.Markov.DATA.binom" #> [37771] "Clayton.Markov.GOF" #> [37772] "Clayton.Markov.GOF.binom" #> [37773] "Clayton.Markov.MLE" #> [37774] "Clayton.Markov.MLE.binom" #> [37775] "Clayton.Markov2.DATA" #> [37776] "Clayton.Markov2.MLE" #> [37777] "Joe.Markov.DATA" #> [37778] "Joe.Markov.DATA.binom" #> [37779] "Joe.Markov.MLE" #> [37780] "Copula.surv-package" #> [37781] "Test.Clayton" #> [37782] "U1.Clayton" #> [37783] "U2.Clayton" #> [37784] "ACTG181" #> [37785] "AIC.CopulaCenR" #> [37786] "AREDS" #> [37787] "BIC.CopulaCenR" #> [37788] "coef.CopulaCenR" #> [37789] "CopulaCenR" #> [37790] "data_sim_copula" #> [37791] "DRS" #> [37792] "fitted.CopulaCenR" #> [37793] "ic_par_copula" #> [37794] "ic_spTran_copula" #> [37795] "Kidney" #> [37796] "lines.CopulaCenR" #> [37797] "logLik.CopulaCenR" #> [37798] "lrt_copula" #> [37799] "plot.CopulaCenR" #> [37800] "predict.CopulaCenR" #> [37801] "print.CopulaCenR" #> [37802] "print.summary.CopulaCenR" #> [37803] "rc_par_copula" #> [37804] "rc_spCox_copula" #> [37805] "score_copula" #> [37806] "summary.CopulaCenR" #> [37807] "tau_copula" #> [37808] "NELS" #> [37809] "nursingHomes" #> [37810] "ascus" #> [37811] "cdtafit-class" #> [37812] "cdtamodel" #> [37813] "cdtamodel-class" #> [37814] "fit.cdtamodel" #> [37815] "forestplot.cdtafit" #> [37816] "print.cdtafit" #> [37817] "summary.cdtafit" #> [37818] "telomerase" #> [37819] "traceplot.cdtafit" #> [37820] "CEDA-class" #> [37821] "EDA-class" #> [37822] "edaCriticalPopSize" #> [37823] "edaIndepRuns" #> [37824] "edaOptimize" #> [37825] "edaReplace" #> [37826] "edaReport" #> [37827] "EDAResult-class" #> [37828] "EDAResults-class" #> [37829] "edaRun" #> [37830] "edaSeed" #> [37831] "edaSelect" #> [37832] "edaTerminate" #> [37833] "problems" #> [37834] "VEDA-class" #> [37835] "CopulaREMADA-package" #> [37836] "arthritis" #> [37837] "betaDG" #> [37838] "CopulaREMADA" #> [37839] "cvinesim" #> [37840] "dcop" #> [37841] "dvinesim" #> [37842] "hybridCopulaREMADA" #> [37843] "LAG" #> [37844] "mgrid" #> [37845] "MK2016" #> [37846] "MRI" #> [37847] "mutinomVineCopulaREMADA" #> [37848] "OGT" #> [37849] "pcondcop" #> [37850] "qcondcop" #> [37851] "quadVineCopulaREMADA" #> [37852] "rcop" #> [37853] "rCopulaREMADA" #> [37854] "rmultinomVineCopulaREMADA" #> [37855] "rVineCopulaREMADA" #> [37856] "SROC" #> [37857] "tau2par" #> [37858] "vine.vuong" #> [37859] "VineCopulaREMADA" #> [37860] "vuong" #> [37861] "form1" #> [37862] "form2" #> [37863] "similarity1" #> [37864] "similarity2" #> [37865] "coRanking-package" #> [37866] "coranking" #> [37867] "imageplot" #> [37868] "LCMC" #> [37869] "rankmatrix" #> [37870] "Corbi-package" #> [37871] "best_subnets" #> [37872] "column" #> [37873] "extend_subnets" #> [37874] "get_shortest_distances" #> [37875] "get_subnets" #> [37876] "kappa_score" #> [37877] "markrank" #> [37878] "net_align" #> [37879] "net_query" #> [37880] "nnzero" #> [37881] "pmultihyper" #> [37882] "pmultinom" #> [37883] "read_net" #> [37884] "rmultihyper" #> [37885] "submatrix" #> [37886] "write_net" #> [37887] "corclass-package" #> [37888] "cca" #> [37889] "cca.example" #> [37890] "plot.cca" #> [37891] "print.cca" #> [37892] "cord" #> [37893] "CorDiff-package" #> [37894] "fastresid" #> [37895] "getMpfast" #> [37896] "Qresid" #> [37897] "cordillera-package" #> [37898] "CAClimateIndicatorsCountyMedian" #> [37899] "cordillera" #> [37900] "e_cordillera" #> [37901] "e_optics" #> [37902] "oldcordilleraplot" #> [37903] "plot.cordillera" #> [37904] "plot.opticse" #> [37905] "print.cordillera" #> [37906] "print.opticse" #> [37907] "print.summary.opticse" #> [37908] "summary.opticse" #> [37909] "CORE" #> [37910] "testInputBoundaries" #> [37911] "testInputCORE" #> [37912] "convDir" #> [37913] "coreHist" #> [37914] "core_426" #> [37915] "getSurface" #> [37916] "rootSize" #> [37917] "rootSizeDir" #> [37918] "voxDims" #> [37919] "corehunter" #> [37920] "coreHunterData" #> [37921] "evaluateCore" #> [37922] "exampleData" #> [37923] "getAlleleFrequencies" #> [37924] "getNormalizationRanges" #> [37925] "phenotypes" #> [37926] "read.autodelim" #> [37927] "sampleCore" #> [37928] "setRange" #> [37929] "wrapData" #> [37930] "CORElearn-package" #> [37931] "attrEval" #> [37932] "auxTest" #> [37933] "classDataGen" #> [37934] "classPrototypes" #> [37935] "CORElearn-internal" #> [37936] "CoreModel" #> [37937] "cvGen" #> [37938] "destroyModels" #> [37939] "display.CoreModel" #> [37940] "getCoreModel" #> [37941] "getRFsizes" #> [37942] "getRpartModel" #> [37943] "helpCore" #> [37944] "infoCore" #> [37945] "modelEval" #> [37946] "noEqualRows" #> [37947] "ordDataGen" #> [37948] "ordEval" #> [37949] "paramCoreIO" #> [37950] "plot.CoreModel" #> [37951] "plot.ordEval" #> [37952] "predict.CoreModel" #> [37953] "preparePlot" #> [37954] "regDataGen" #> [37955] "reliabilityPlot" #> [37956] "rfAttrEval" #> [37957] "rfClustering" #> [37958] "rfOOB" #> [37959] "rfOutliers" #> [37960] "rfProximity" #> [37961] "saveRF" #> [37962] "testCore" #> [37963] "versionCore" #> [37964] "annoEtranger.rda" #> [37965] "annoHp.rda" #> [37966] "annotateFile" #> [37967] "annotateString" #> [37968] "downloadCoreNLP" #> [37969] "getCoreference" #> [37970] "getDependency" #> [37971] "getOpenIE" #> [37972] "getParse" #> [37973] "getSentiment" #> [37974] "initCoreNLP" #> [37975] "loadXMLAnnotation" #> [37976] "parseAnnoXML" #> [37977] "universalTagset" #> [37978] "Admission" #> [37979] "b_sim" #> [37980] "linear_systematic" #> [37981] "qi_builder" #> [37982] "qi_slimmer" #> [37983] "compHet_TDT_v6" #> [37984] "coreTDT" #> [37985] "coreTDT.results.2.df" #> [37986] "coreTDTexample" #> [37987] "FamilyPhase" #> [37988] "pvalue_calculator" #> [37989] "ancRECON" #> [37990] "ConvertPhangornReconstructions" #> [37991] "corDISC" #> [37992] "corHMM" #> [37993] "corPAINT" #> [37994] "lewisMkv" #> [37995] "plotRECON" #> [37996] "rate.mat.maker" #> [37997] "rayDISC" #> [37998] "readNexusMorph" #> [37999] "corkscrew-package" #> [38000] "apply.ctoc" #> [38001] "apply.tbin" #> [38002] "ctoc" #> [38003] "tbin" #> [38004] "corlink" #> [38005] "linkd" #> [38006] "BreastCancer" #> [38007] "CORM" #> [38008] "fit.CLM" #> [38009] "fit.CLMM" #> [38010] "fit.CLMM.2" #> [38011] "miRTargetGenes" #> [38012] "YeastCellCycle" #> [38013] "YeastCellCycle2" #> [38014] "CornerstoneR-package" #> [38015] "carstats" #> [38016] "fitFunction" #> [38017] "LocalInterface" #> [38018] "mosaicPlot" #> [38019] "randomForest" #> [38020] "randomForestPredict" #> [38021] "reshapeLong" #> [38022] "reshapeWide" #> [38023] ".check" #> [38024] ".compare" #> [38025] ".equal" #> [38026] ".simulate" #> [38027] ".test" #> [38028] "coef.cornet" #> [38029] "cornet" #> [38030] "plot.cornet" #> [38031] "predict.cornet" #> [38032] "print.cornet" #> [38033] "coroICA" #> [38034] "uwedge" #> [38035] "corpcor-package" #> [38036] "cor2pcor" #> [38037] "cov.shrink" #> [38038] "fast.svd" #> [38039] "invcov.shrink" #> [38040] "mpower" #> [38041] "pcor.shrink" #> [38042] "powcor.shrink" #> [38043] "pseudoinverse" #> [38044] "rank.condition" #> [38045] "rebuild.cov" #> [38046] "shrink.intensity" #> [38047] "smtools" #> [38048] "wt.scale" #> [38049] "corpora-package" #> [38050] "binom.pval" #> [38051] "BNCbiber" #> [38052] "BNCcomparison" #> [38053] "BNCdomains" #> [38054] "BNCInChargeOf" #> [38055] "BNCmeta" #> [38056] "BNCqueries" #> [38057] "BrownBigrams" #> [38058] "BrownLOBPassives" #> [38059] "BrownPassives" #> [38060] "BrownStats" #> [38061] "chisq.pval" #> [38062] "cont.table" #> [38063] "corpora.palette" #> [38064] "DistFeatBrownFam" #> [38065] "fisher.pval" #> [38066] "KrennPPV" #> [38067] "LOBPassives" #> [38068] "LOBStats" #> [38069] "PassiveBrownFam" #> [38070] "prop.cint" #> [38071] "qw" #> [38072] "rowColVector" #> [38073] "sample.df" #> [38074] "simulated.census" #> [38075] "simulated.language.course" #> [38076] "simulated.wikipedia" #> [38077] "stars.pval" #> [38078] "VSS" #> [38079] "z.score" #> [38080] "z.score.pval" #> [38081] "CorporaCoCo-package" #> [38082] "coco" #> [38083] "coco-class" #> [38084] "surface" #> [38085] "surface_coco" #> [38086] "computeN" #> [38087] "computePower" #> [38088] "plotPowerCont" #> [38089] "plotPowerTri" #> [38090] "plotROCcurveTri" #> [38091] "plotRRgradVE" #> [38092] "plotVElatCont" #> [38093] "corpus-package" #> [38094] "abbreviations" #> [38095] "affect_wordnet" #> [38096] "corpus_frame" #> [38097] "corpus_text" #> [38098] "federalist" #> [38099] "gutenberg_corpus" #> [38100] "new_stemmer" #> [38101] "print.corpus_frame" #> [38102] "read_ndjson" #> [38103] "sentiment_afinn" #> [38104] "stem_snowball" #> [38105] "term_matrix" #> [38106] "term_stats" #> [38107] "text_filter" #> [38108] "text_locate" #> [38109] "text_split" #> [38110] "text_stats" #> [38111] "text_sub" #> [38112] "text_tokens" #> [38113] "text_types" #> [38114] "add_collocation_label" #> [38115] "as.tcorpus" #> [38116] "as.tcorpus.default" #> [38117] "as.tcorpus.tCorpus" #> [38118] "backbone_filter" #> [38119] "calc_chi2" #> [38120] "compare_documents_dtm" #> [38121] "corenlp_tokens" #> [38122] "create_tcorpus" #> [38123] "docfreq_filter" #> [38124] "dtm_compare" #> [38125] "dtm_wordcloud" #> [38126] "ego_semnet" #> [38127] "freq_filter" #> [38128] "get_global_i" #> [38129] "get_stopwords" #> [38130] "list_resources" #> [38131] "merge_tcorpora" #> [38132] "plot.vocabularyComparison" #> [38133] "plot_semnet" #> [38134] "plot_words" #> [38135] "preprocess_tokens" #> [38136] "print.contextHits" #> [38137] "print.featureHits" #> [38138] "print.tCorpus" #> [38139] "refresh_tcorpus" #> [38140] "require_package" #> [38141] "resources_path" #> [38142] "set_network_attributes" #> [38143] "set_resources_path" #> [38144] "sgt" #> [38145] "sotu_texts" #> [38146] "stopwords_list" #> [38147] "summary.contextHits" #> [38148] "summary.featureHits" #> [38149] "summary.tCorpus" #> [38150] "tCorpus" #> [38151] "tCorpus$code_features" #> [38152] "tCorpus$compare_corpus" #> [38153] "tCorpus$compare_documents" #> [38154] "tCorpus$compare_subset" #> [38155] "tCorpus$context" #> [38156] "tCorpus$deduplicate" #> [38157] "tCorpus$delete_columns" #> [38158] "tCorpus$dtm" #> [38159] "tCorpus$feature_associations" #> [38160] "tCorpus$feature_stats" #> [38161] "tCorpus$feature_subset" #> [38162] "tCorpus$get" #> [38163] "tCorpus$kwic" #> [38164] "tCorpus$lda_fit" #> [38165] "tCorpus$preprocess" #> [38166] "tCorpus$read_text" #> [38167] "tCorpus$search_contexts" #> [38168] "tCorpus$search_features" #> [38169] "tCorpus$search_recode" #> [38170] "tCorpus$semnet" #> [38171] "tCorpus$semnet_window" #> [38172] "tCorpus$set" #> [38173] "tCorpus$set_levels" #> [38174] "tCorpus$set_name" #> [38175] "tCorpus$set_special" #> [38176] "tCorpus$subset" #> [38177] "tCorpus$subset_query" #> [38178] "tCorpus$top_features" #> [38179] "tCorpus_compare" #> [38180] "tCorpus_create" #> [38181] "tCorpus_data" #> [38182] "tCorpus_docsim" #> [38183] "tCorpus_features" #> [38184] "tCorpus_modify_by_reference" #> [38185] "tCorpus_querying" #> [38186] "tCorpus_semnet" #> [38187] "tCorpus_topmod" #> [38188] "tokens_to_tcorpus" #> [38189] "tokenWindowOccurence" #> [38190] "codis2d" #> [38191] "corr2d" #> [38192] "corr2t2d" #> [38193] "FuranMale" #> [38194] "is.corr2d" #> [38195] "plot_corr2d" #> [38196] "plot_corr2din3d" #> [38197] "sim2ddata" #> [38198] "CorrBin-package" #> [38199] "CBData" #> [38200] "CMData" #> [38201] "dehp" #> [38202] "egde" #> [38203] "GEE.trend.test" #> [38204] "jointprobs" #> [38205] "mc.est.CMData" #> [38206] "mc.test.chisq.CMData" #> [38207] "multi.corr" #> [38208] "multinom.gen" #> [38209] "NOSTASOT" #> [38210] "pdf" #> [38211] "ran.CBData" #> [38212] "ran.CMData" #> [38213] "read.CBData" #> [38214] "read.CMData" #> [38215] "RS.trend.test" #> [38216] "shelltox" #> [38217] "SO.LRT" #> [38218] "SO.mc.est" #> [38219] "SO.trend.test" #> [38220] "soControl" #> [38221] "uniprobs" #> [38222] "unwrap.CBData" #> [38223] "assoc_comb" #> [38224] "assoc_Zi.Zj" #> [38225] "assoc_Zi.ZjR" #> [38226] "assoc_Zi.ZjY" #> [38227] "assoc_ZiR.ZjR" #> [38228] "assoc_ZiR.ZjY" #> [38229] "assoc_ZiY.ZjY" #> [38230] "don_dat" #> [38231] "AUCest.Reiser" #> [38232] "AUCest.Rosner" #> [38233] "genSimDataModelII" #> [38234] "genSimDataModelIII" #> [38235] "genSimDataReiser" #> [38236] "CorrectedFDR-package" #> [38237] "BlendedLFDR" #> [38238] "EstimatorsFDR" #> [38239] "CorrectOverloadedPeaks" #> [38240] "FitGaussPeak" #> [38241] "FitPeakByIsotopicRatio" #> [38242] "ModelGaussPeak" #> [38243] "mzXML_data" #> [38244] "read.mzXML" #> [38245] "write.mzXML" #> [38246] "xcmsRaw_data" #> [38247] "CorReg-package" #> [38248] "BicZ" #> [38249] "BoxPlot" #> [38250] "cleanZ" #> [38251] "cleanZtest" #> [38252] "compare_struct" #> [38253] "Conan" #> [38254] "correg" #> [38255] "CVMSE" #> [38256] "density_estimation" #> [38257] "Hist" #> [38258] "matplot_zone" #> [38259] "mixture_generator" #> [38260] "MSE_loc" #> [38261] "naive_model" #> [38262] "Numeric_Only" #> [38263] "ProbaZ" #> [38264] "purge_values" #> [38265] "readZ" #> [38266] "recursive_tree" #> [38267] "report_MSE" #> [38268] "showdata" #> [38269] "structureFinder" #> [38270] "Terminator" #> [38271] "corregp-package" #> [38272] "agplot.corregp" #> [38273] "anova.corregp" #> [38274] "AVT" #> [38275] "cell.corregp" #> [38276] "cell3d.corregp" #> [38277] "cint.corregp" #> [38278] "ciplot.corregp" #> [38279] "coef.corregp" #> [38280] "COMURE" #> [38281] "confGet" #> [38282] "corregp" #> [38283] "corregplicate" #> [38284] "fitted.corregp" #> [38285] "HairEye" #> [38286] "pcplot.corregp" #> [38287] "plot.corregp" #> [38288] "plot3d.corregp" #> [38289] "print.anova.corregp" #> [38290] "print.corregp" #> [38291] "print.summary.corregp" #> [38292] "residuals.corregp" #> [38293] "screeplot.corregp" #> [38294] "summary.corregp" #> [38295] "TSS" #> [38296] "correlbinom" #> [38297] "aircraftR" #> [38298] "angleToR" #> [38299] "artificialR" #> [38300] "athletesR" #> [38301] "berkeleyR" #> [38302] "cathedralsR" #> [38303] "correlogram" #> [38304] "countriesR" #> [38305] "fit_angles" #> [38306] "fysiologyR" #> [38307] "gobletsR" #> [38308] "linangplot" #> [38309] "lincos" #> [38310] "pco" #> [38311] "PearsonLee" #> [38312] "proteinR" #> [38313] "proteinsR" #> [38314] "recordsR" #> [38315] "storksR" #> [38316] "students" #> [38317] "studentsR" #> [38318] "vote" #> [38319] "Example.Data" #> [38320] "Explore.WS.Corr" #> [38321] "Fract.Poly" #> [38322] "Heatmap" #> [38323] "Model.Fit" #> [38324] "plot.WS.Corr.Mixed" #> [38325] "Spaghetti.Plot" #> [38326] "WS.Corr.Mixed" #> [38327] "WS.Corr.Mixed.SAS" #> [38328] "corrplot-package" #> [38329] "cor.mtest" #> [38330] "corrMatOrder" #> [38331] "corrplot.mixed" #> [38332] "corrRect" #> [38333] "corrRect.hclust" #> [38334] "as_cordf" #> [38335] "as_matrix" #> [38336] "correlate" #> [38337] "fashion" #> [38338] "first_col" #> [38339] "focus" #> [38340] "focus_if" #> [38341] "network_plot" #> [38342] "pair_n" #> [38343] "rplot" #> [38344] "shave" #> [38345] "calc.delta" #> [38346] "corr.Qmatrix" #> [38347] "matrixCorr" #> [38348] "matrixCorr-method" #> [38349] "QmatrixFilt" #> [38350] "QmatrixFilt-method" #> [38351] "read.struct" #> [38352] "rowncolMatrix" #> [38353] "rowncolMatrix-method" #> [38354] "summarise.Fst" #> [38355] "summarise.lnPD" #> [38356] "CorrToolBox-package" #> [38357] "bs2pbs" #> [38358] "corrY2corrZ" #> [38359] "corrZ2corrY" #> [38360] "corrZ2ophi" #> [38361] "corrZ2phi" #> [38362] "mps2cps" #> [38363] "ophi2corrZ" #> [38364] "ophi2poly" #> [38365] "ordY" #> [38366] "pbs2bs" #> [38367] "phi2tet" #> [38368] "poly2ophi" #> [38369] "pps2ps" #> [38370] "ps2pps" #> [38371] "tet2phi" #> [38372] "corset" #> [38373] "fisher_transfer_test" #> [38374] "ghdist" #> [38375] "st1" #> [38376] "st2" #> [38377] "st3" #> [38378] "st4" #> [38379] "st5" #> [38380] "st6" #> [38381] "corTools-package" #> [38382] "candpull" #> [38383] "cytosub" #> [38384] "edgecount" #> [38385] "edgecutoff" #> [38386] "syncheck" #> [38387] "traitcombos" #> [38388] "cosa-package" #> [38389] "bcrd3r2" #> [38390] "bcrd4r2" #> [38391] "bcrd4r3" #> [38392] "bird2r1" #> [38393] "bird3r1" #> [38394] "bird4r1" #> [38395] "crd2r2" #> [38396] "crd3r3" #> [38397] "crd4r4" #> [38398] "ird1r1" #> [38399] "COSINE-package" #> [38400] "choose_lambda" #> [38401] "cond.fyx" #> [38402] "DataSimu" #> [38403] "diff_gen" #> [38404] "diff_gen_for3" #> [38405] "diff_gen_PPI" #> [38406] "f.test" #> [38407] "GA_search" #> [38408] "GA_search_PPI" #> [38409] "get_components_PPI" #> [38410] "get_quantiles" #> [38411] "get_quantiles_PPI" #> [38412] "PPI" #> [38413] "random_network_sampling_PPI" #> [38414] "scaled_edge_score" #> [38415] "scaled_node_score" #> [38416] "Score_adjust_PPI" #> [38417] "score_scaling" #> [38418] "set1_GA" #> [38419] "set1_scaled_diff" #> [38420] "set1_unscaled_diff" #> [38421] "simulated_data" #> [38422] "cosinor.lm" #> [38423] "cosinor.lm.default" #> [38424] "cosinor_analyzer" #> [38425] "get_varnames" #> [38426] "ggplot.cosinor.lm" #> [38427] "predict.cosinor.lm" #> [38428] "print.cosinor.lm" #> [38429] "print.summary.cosinor.lm" #> [38430] "print.test" #> [38431] "print.test_cosinor" #> [38432] "simulate_cosinor" #> [38433] "summary.cosinor.lm" #> [38434] "test_cosinor" #> [38435] "update_covnames" #> [38436] "vitamind" #> [38437] "correct.acrophase" #> [38438] "cosinor.detect" #> [38439] "cosinor.poptests" #> [38440] "cosinor.PR" #> [38441] "PANAS_november" #> [38442] "PANAS_time" #> [38443] "PA_extraverts" #> [38444] "PA_introverts" #> [38445] "PA_time" #> [38446] "population.cosinor.lm" #> [38447] "ssections" #> [38448] "temperature_zg" #> [38449] "cosmoFns-package" #> [38450] "D.A" #> [38451] "D.L" #> [38452] "D.M" #> [38453] "dComovVol" #> [38454] "dimmingFactor" #> [38455] "lineLum" #> [38456] "lookbackTime" #> [38457] "Lprime" #> [38458] "mass.CO" #> [38459] "CoSMoS-package" #> [38460] "actpnts" #> [38461] "ARp" #> [38462] "BurrIII" #> [38463] "BurrXII" #> [38464] "checksimulation" #> [38465] "fitactf" #> [38466] "generateTS" #> [38467] "GGamma" #> [38468] "moments" #> [38469] "ParetoII" #> [38470] "plot.acti" #> [38471] "plot.cosmosts" #> [38472] "regenerateTS" #> [38473] "BUPA" #> [38474] "cosso" #> [38475] "plot.cosso" #> [38476] "predict.cosso" #> [38477] "SSANOVAwt" #> [38478] "tune.cosso" #> [38479] "veteran" #> [38480] "Data.COST" #> [38481] "example.forecast" #> [38482] "example.prediction" #> [38483] "Forecasts.CF" #> [38484] "Forecasts.COST.G" #> [38485] "Forecasts.COST.t" #> [38486] "Forecasts.GP" #> [38487] "logL.CF" #> [38488] "logL.COST.G" #> [38489] "logL.COST.t" #> [38490] "logL.GP" #> [38491] "Predictions.COST.G" #> [38492] "Predictions.COST.t" #> [38493] "Predictions.GP" #> [38494] "rank.multivariate" #> [38495] "Wind6month" #> [38496] "costat-package" #> [38497] "AntiAR" #> [38498] "BootTOS" #> [38499] "COEFbothscale" #> [38500] "coeftofn" #> [38501] "EWSsmoothRM" #> [38502] "extractCS" #> [38503] "findstysols" #> [38504] "fret" #> [38505] "getpvals" #> [38506] "lacv" #> [38507] "LCTS" #> [38508] "LCTSres" #> [38509] "localvar" #> [38510] "mergexy" #> [38511] "plot.BootTOS" #> [38512] "plot.csBiFunction" #> [38513] "plot.csFSS" #> [38514] "plot.csFSSgr" #> [38515] "plot.lacv" #> [38516] "plotBS" #> [38517] "print.csBiFunction" #> [38518] "print.csFSS" #> [38519] "print.csFSSgr" #> [38520] "print.lacv" #> [38521] "prodcomb" #> [38522] "SP500FTSElr" #> [38523] "sret" #> [38524] "summary.csBiFunction" #> [38525] "summary.csFSS" #> [38526] "summary.csFSSgr" #> [38527] "summary.lacv" #> [38528] "TOSts" #> [38529] "cost.proportionate.classifier" #> [38530] "predict.costprop" #> [38531] "predict.rovr" #> [38532] "predict.wap" #> [38533] "predict.wovr" #> [38534] "print.costprop" #> [38535] "print.rovr" #> [38536] "print.wap" #> [38537] "print.wovr" #> [38538] "regression.one.vs.rest" #> [38539] "summary.costprop" #> [38540] "summary.rovr" #> [38541] "summary.wap" #> [38542] "summary.wovr" #> [38543] "weighted.all.pairs" #> [38544] "weighted.one.vs.rest" #> [38545] "dcosw" #> [38546] "hcosw" #> [38547] "pcosw" #> [38548] "qcosw" #> [38549] "rcosw" #> [38550] "scosw" #> [38551] "cotrend" #> [38552] "couchDB" #> [38553] "couch_attach" #> [38554] "couch_create_database" #> [38555] "couch_delete" #> [38556] "couch_fetch" #> [38557] "couch_fetch_attachment" #> [38558] "couch_fetch_attachment_url" #> [38559] "couch_fetch_default" #> [38560] "couch_http_connection" #> [38561] "couch_list_databases" #> [38562] "couch_list_databases_url" #> [38563] "couch_new_object" #> [38564] "couch_ping" #> [38565] "couch_set_default_connection" #> [38566] "couch_set_default_database" #> [38567] "couch_store" #> [38568] "couch_store_default" #> [38569] "print.couch_connection" #> [38570] "affairs" #> [38571] "azcabgptca" #> [38572] "azdrg112" #> [38573] "azpro" #> [38574] "azprocedure" #> [38575] "badhealth" #> [38576] "fasttrakg" #> [38577] "fishing" #> [38578] "lbw" #> [38579] "lbwgrp" #> [38580] "logit_syn" #> [38581] "loomis" #> [38582] "mdvis" #> [38583] "medpar" #> [38584] "ml.nb1" #> [38585] "ml.nb2" #> [38586] "ml.nbc" #> [38587] "ml.pois" #> [38588] "modelfit" #> [38589] "myTable" #> [38590] "nb1_syn" #> [38591] "nb2.obs.pred" #> [38592] "nb2_syn" #> [38593] "nbc_syn" #> [38594] "nuts" #> [38595] "poi.obs.pred" #> [38596] "poisson_syn" #> [38597] "probit_syn" #> [38598] "rwm" #> [38599] "rwm1984" #> [38600] "rwm5yr" #> [38601] "ships" #> [38602] "smoking" #> [38603] "titanicgrp" #> [38604] "changePixelColor" #> [38605] "countColors" #> [38606] "countColorsInDirectory" #> [38607] "plotArrayAsImage" #> [38608] "rectangularRange" #> [38609] "sphericalRange" #> [38610] "counterfactual" #> [38611] "nlsw88" #> [38612] "countfitteR-package" #> [38613] "case_study" #> [38614] "case_study_all" #> [38615] "case_study_APC" #> [38616] "case_study_FITC" #> [38617] "compare_fit" #> [38618] "countfitteR_gui" #> [38619] "fit_counts" #> [38620] "plot_fitcmp" #> [38621] "process_counts" #> [38622] "sim_dat" #> [38623] "summary_fitlist" #> [38624] "zinb" #> [38625] "zip" #> [38626] "countgmifs-package" #> [38627] "coef.countgmifs" #> [38628] "countgmifs" #> [38629] "plot.countgmifs" #> [38630] "predict.countgmifs" #> [38631] "print.countgmifs" #> [38632] "summary.countgmifs" #> [38633] "fitMod" #> [38634] "nLogLike" #> [38635] "plotMod" #> [38636] "plotObs" #> [38637] "plotRes" #> [38638] "pn2pw" #> [38639] "psRes" #> [38640] "pw2pn" #> [38641] "stateDec" #> [38642] "addBootSampleObject" #> [38643] "chiSq_gof" #> [38644] "chiSq_pearson" #> [38645] "compareToGLM" #> [38646] "Countr" #> [38647] "CountrFormula" #> [38648] "count_table" #> [38649] "dCount_conv_bi" #> [38650] "dCount_conv_loglik_bi" #> [38651] "dmodifiedCount_bi" #> [38652] "dWeibullCount" #> [38653] "dWeibullgammaCount_mat_Covariates" #> [38654] "evCount_conv_bi" #> [38655] "fertility" #> [38656] "frequency_plot" #> [38657] "getParNames" #> [38658] "predict.renewal" #> [38659] "renewal" #> [38660] "renewalCoef" #> [38661] "renewalCoefList" #> [38662] "renewalCount" #> [38663] "renewalNames" #> [38664] "renewal_methods" #> [38665] "residuals_plot" #> [38666] "surv" #> [38667] "countrycode-package" #> [38668] "cldr_examples" #> [38669] "codelist" #> [38670] "codelist_panel" #> [38671] "countrycode" #> [38672] "CountsEPPM-package" #> [38673] "ceriodaphnia.group" #> [38674] "coef.CountsEPPM" #> [38675] "cooks.distance.CountsEPPM" #> [38676] "CountsEPPM" #> [38677] "Faddyprob.general" #> [38678] "Faddyprob.limiting" #> [38679] "fitted.CountsEPPM" #> [38680] "hatvalues.CountsEPPM" #> [38681] "herons.case" #> [38682] "herons.group" #> [38683] "LL.Regression.Counts" #> [38684] "logLik.CountsEPPM" #> [38685] "LRTruncation" #> [38686] "Model.Counts" #> [38687] "Model.Faddy" #> [38688] "Model.FaddyJMV.general" #> [38689] "Model.FaddyJMV.limiting" #> [38690] "plot.CountsEPPM" #> [38691] "predict.CountsEPPM" #> [38692] "print.CountsEPPM" #> [38693] "print.summaryCountsEPPM" #> [38694] "residuals.CountsEPPM" #> [38695] "summary.CountsEPPM" #> [38696] "takeover.bids.case" #> [38697] "vcov.CountsEPPM" #> [38698] "waldtest.CountsEPPM" #> [38699] "fpkm" #> [38700] "fpkmheatmap" #> [38701] "es" #> [38702] "getJaccard" #> [38703] "l2Transformer" #> [38704] "lTransformer" #> [38705] "lv2Transformer" #> [38706] "lvTransformer" #> [38707] "r2Transformer" #> [38708] "rTransformer" #> [38709] "rv2Transformer" #> [38710] "rvTransformer" #> [38711] "wilcoxWrapper" #> [38712] "construct_prob_plot" #> [38713] "county_aggregates" #> [38714] "county_aggregates2" #> [38715] "find_nws" #> [38716] "find_q2" #> [38717] "flood_analysis" #> [38718] "gage_extract" #> [38719] "get_county_cd" #> [38720] "get_flow_data" #> [38721] "get_gages" #> [38722] "long_term_flood" #> [38723] "map_county" #> [38724] "map_flood" #> [38725] "map_gage" #> [38726] "run_flood" #> [38727] "time_series_analysis" #> [38728] "time_series_flood" #> [38729] "time_series_map" #> [38730] "time_series_plot" #> [38731] "add_local_time" #> [38732] "calc_local_time" #> [38733] "calc_single_datetime" #> [38734] "county_tzs" #> [38735] "floyd" #> [38736] "ave_daily" #> [38737] "ave_hourly" #> [38738] "county_centers" #> [38739] "county_radius" #> [38740] "daily_df" #> [38741] "daily_fips" #> [38742] "daily_stationmap" #> [38743] "daily_stations" #> [38744] "filter_coverage" #> [38745] "filter_hourly" #> [38746] "hourly_df" #> [38747] "hourly_fips" #> [38748] "hourly_stationmap" #> [38749] "int_surface_data" #> [38750] "isd_fips_stations" #> [38751] "isd_monitors_data" #> [38752] "plot_daily_timeseries" #> [38753] "plot_hourly_timeseries" #> [38754] "write_daily_timeseries" #> [38755] "write_hourly_timeseries" #> [38756] "COUSCOus" #> [38757] "COUSCOus-internal" #> [38758] "covafill-class" #> [38759] "covatree-class" #> [38760] "cxxFlags" #> [38761] "kde" #> [38762] "loadJAGSModule" #> [38763] "stat_covafill" #> [38764] "suggestBandwith" #> [38765] "blocks-class" #> [38766] "couples-class" #> [38767] "covablocks-class" #> [38768] "covaprop-class" #> [38769] "covastat-class" #> [38770] "covastatM-class" #> [38771] "read.STdata" #> [38772] "sepindex-class" #> [38773] "setzero" #> [38774] "vv_13" #> [38775] "coef.covBM" #> [38776] "coef.covFracBM" #> [38777] "coef.covIOU" #> [38778] "corMatrix.covBM" #> [38779] "corMatrix.covFracBM" #> [38780] "corMatrix.covIOU" #> [38781] "covBM" #> [38782] "covFracBM" #> [38783] "covIOU" #> [38784] "lmeBM" #> [38785] "nlmeBM" #> [38786] "print.summary.corStructBM" #> [38787] "summary.covBM" #> [38788] "summary.covFracBM" #> [38789] "summary.covIOU" #> [38790] "forest_plot" #> [38791] "get_sample_data" #> [38792] "prezista" #> [38793] "run_interactiveforestplot" #> [38794] "test_covequal" #> [38795] "covfefy" #> [38796] "covfefySentence" #> [38797] "covfefySpeech" #> [38798] "covLCA" #> [38799] "Brown" #> [38800] "Brodie" #> [38801] "Gaslam" #> [38802] "Will" #> [38803] "Beasley" #> [38804] "Robert" #> [38805] "Krzyzanowski" #> [38806] "Wamser" #> [38807] "Forner" #> [38808] "Daróczi" #> [38809] "Jouni" #> [38810] "Helske" #> [38811] "Kun" #> [38812] "Ren" #> [38813] "Jeroen" #> [38814] "Ooms" #> [38815] "Williams" #> [38816] "Campbell" #> [38817] "Hugh-Jones" #> [38818] "Qin" #> [38819] "Sagalaev" #> [38820] "(highlight.js" #> [38821] "Otto" #> [38822] "(Bootstrap" #> [38823] "Jacob" #> [38824] "Thornton" #> [38825] "Bootstrap" #> [38826] "Twitter," #> [38827] "Hester" #> [38828] "2018-10-18" #> [38829] "16:40:03" #> [38830] "covr-package" #> [38831] "codecov" #> [38832] "code_coverage" #> [38833] "coverage_to_list" #> [38834] "coveralls" #> [38835] "environment_coverage" #> [38836] "exclusions" #> [38837] "file_coverage" #> [38838] "file_report" #> [38839] "function_coverage" #> [38840] "gitlab" #> [38841] "package_coverage" #> [38842] "percent_coverage" #> [38843] "print.coverage" #> [38844] "tally_coverage" #> [38845] "to_cobertura" #> [38846] "zero_coverage" #> [38847] "covreg-package" #> [38848] "cov.psamp" #> [38849] "covreg.mcmc" #> [38850] "fev" #> [38851] "m.psamp" #> [38852] "rmn" #> [38853] "cov.nnve" #> [38854] "cov.sel" #> [38855] "cov.sel.np" #> [38856] "datc" #> [38857] "datf" #> [38858] "datfc" #> [38859] "summary.cov.sel" #> [38860] "cov.sel.high" #> [38861] "cov.sel.high.lasso" #> [38862] "cov.sel.high.rf" #> [38863] "cov.sel.high.sim" #> [38864] "cov.sel.high.sim.res" #> [38865] "C2" #> [38866] "clt_test" #> [38867] "covsep" #> [38868] "difference_fullcov" #> [38869] "empirical_bootstrap_test" #> [38870] "gaussian_bootstrap_test" #> [38871] "generate_surface_data" #> [38872] "HS_empirical_bootstrap_test" #> [38873] "HS_gaussian_bootstrap_test" #> [38874] "marginal_covariances" #> [38875] "projected_differences" #> [38876] "renormalize_mtnorm" #> [38877] "rmtnorm" #> [38878] "SurfacesData" #> [38879] "covTestR-package" #> [38880] "Ahmad2015" #> [38881] "Ahmad2017" #> [38882] "homogeneityCovariances" #> [38883] "structureCovariances" #> [38884] "BCovTest1.mxPBF" #> [38885] "BDiagTest1.mxPBF" #> [38886] "CovDist" #> [38887] "CovEst.adaptive" #> [38888] "CovEst.hard" #> [38889] "CovEst.hardPD" #> [38890] "CovEst.nearPD" #> [38891] "CovEst.soft" #> [38892] "CovMean" #> [38893] "CovTest1.2013Cai" #> [38894] "CovTest1.2014Srivastava" #> [38895] "CovTest2.2013Cai" #> [38896] "DiagTest1.2011Cai" #> [38897] "DiagTest1.2015Lan" #> [38898] "package-CovTools" #> [38899] "PreEst.2014An" #> [38900] "PreEst.2014Banerjee" #> [38901] "PreEst.2017Lee" #> [38902] "PreEst.glasso" #> [38903] "samplecovs" #> [38904] "allFun" #> [38905] "cowbell" #> [38906] "fitted.cowbell" #> [38907] "generateCowbell" #> [38908] "generateCowbellConcept" #> [38909] "plot.cowbell" #> [38910] "predict.cowbell" #> [38911] "print.cowbell" #> [38912] "print.cowbellConcept" #> [38913] "print.summary.cowbell" #> [38914] "residuals.cowbell" #> [38915] "summary.cowbell" #> [38916] "testA" #> [38917] "add_sub" #> [38918] "align_margin" #> [38919] "align_plots" #> [38920] "axis_canvas" #> [38921] "background_grid" #> [38922] "cowplot" #> [38923] "draw_figure_label" #> [38924] "draw_grob" #> [38925] "draw_image" #> [38926] "draw_label" #> [38927] "draw_line" #> [38928] "draw_plot" #> [38929] "draw_plot_label" #> [38930] "draw_text" #> [38931] "get_legend" #> [38932] "get_panel" #> [38933] "ggdraw" #> [38934] "ggsave" #> [38935] "gtable_remove_grobs" #> [38936] "gtable_squash_cols" #> [38937] "gtable_squash_rows" #> [38938] "insert_xaxis_grob" #> [38939] "panel_border" #> [38940] "plot_grid" #> [38941] "plot_to_gtable" #> [38942] "save_plot" #> [38943] "theme_cowplot" #> [38944] "theme_map" #> [38945] "theme_nothing" #> [38946] "cowsay" #> [38947] "endless_horse" #> [38948] "say" #> [38949] "coef.CoxBoost" #> [38950] "CoxBoost" #> [38951] "cv.CoxBoost" #> [38952] "cvcb.control" #> [38953] "estimPVal" #> [38954] "iCoxBoost" #> [38955] "optimCoxBoostPenalty" #> [38956] "optimStepSizeFactor" #> [38957] "plot.CoxBoost" #> [38958] "predict.CoxBoost" #> [38959] "predict.iCoxBoost" #> [38960] "coxed-package" #> [38961] "baseline.build" #> [38962] "baseline.plot" #> [38963] "bootcov2" #> [38964] "boxsteffensmeier" #> [38965] "censor.x" #> [38966] "coxed" #> [38967] "coxed.gam" #> [38968] "coxed.gam.tvc" #> [38969] "coxed.npsf" #> [38970] "coxed.npsf.tvc" #> [38971] "data.plot" #> [38972] "generate.lm" #> [38973] "make.margeffect" #> [38974] "martinvanberg" #> [38975] "rank.predict" #> [38976] "sim.survdata" #> [38977] "summary.coxedExpdur" #> [38978] "summary.coxedMargin" #> [38979] "survsim.plot" #> [38980] "user.baseline" #> [38981] "const2lin" #> [38982] "cosmesis" #> [38983] "coxaalen" #> [38984] "coxaalen.control" #> [38985] "coxdual" #> [38986] "coxdual.control" #> [38987] "dualic" #> [38988] "dualrc" #> [38989] "jump2step" #> [38990] "lin2const" #> [38991] "linapprox" #> [38992] "maximalint" #> [38993] "print.coxinterval" #> [38994] "step2jump" #> [38995] "step2stepfun" #> [38996] "summary.coxinterval" #> [38997] "anova.coxme" #> [38998] "coxme" #> [38999] "coxme.control" #> [39000] "coxme.object" #> [39001] "coxmeFull" #> [39002] "coxmeMlist" #> [39003] "eortc" #> [39004] "expand.nested" #> [39005] "fixed.effects" #> [39006] "fixef.coxme" #> [39007] "fixef.lmekin" #> [39008] "lmekin" #> [39009] "lmekin.control" #> [39010] "lmekin.object" #> [39011] "logLik.coxme" #> [39012] "predict.coxme" #> [39013] "print.coxme" #> [39014] "print.lmekin" #> [39015] "ranef" #> [39016] "coxphf" #> [39017] "coxphfplot" #> [39018] "coxphftest" #> [39019] "coxphlb" #> [39020] "coxphlb.ftest" #> [39021] "coxphlb.ftest.plot" #> [39022] "coxphlb.phtest" #> [39023] "coxphlb.phtest.plot" #> [39024] "ExampleData1" #> [39025] "ExampleData2" #> [39026] "station.test" #> [39027] "station.test.plot" #> [39028] "coxphMIC" #> [39029] "LoglikPen" #> [39030] "plot.coxphMIC" #> [39031] "print.coxphMIC" #> [39032] "coxphSGD" #> [39033] "dataCox" #> [39034] "coxphw-package" #> [39035] "biofeedback" #> [39036] "coef.coxphw" #> [39037] "concord" #> [39038] "confint.coxphw" #> [39039] "coxphw" #> [39040] "coxphw.control" #> [39041] "fp.power" #> [39042] "gastric" #> [39043] "plot.coxphw" #> [39044] "plot.coxphw.predict" #> [39045] "predict.coxphw" #> [39046] "print.coxphw" #> [39047] "print.coxphw.predict" #> [39048] "PT" #> [39049] "summary.coxphw" #> [39050] "vcov.coxphw" #> [39051] "CoxPlus" #> [39052] "CoxRidge-package" #> [39053] "comp.graph" #> [39054] "cox.ridge" #> [39055] "CoxRidge" #> [39056] "Dynamic.Ridge" #> [39057] "GBSG" #> [39058] "ova" #> [39059] "print.cox.dynamic.ridge" #> [39060] "print.cox.ridge" #> [39061] "coxr" #> [39062] "coxr.object" #> [39063] "gen_data" #> [39064] "plot.coxr" #> [39065] "coxph.RT" #> [39066] "coxph.RT.a0" #> [39067] "coxrt" #> [39068] "coxsei-package" #> [39069] "coxsei" #> [39070] "coxseiest" #> [39071] "coxseiexp" #> [39072] "coxseifit.ex" #> [39073] "coxseiInt" #> [39074] "coxseisim" #> [39075] "CumInt" #> [39076] "Dens" #> [39077] "Quant" #> [39078] "RND" #> [39079] "Surv" #> [39080] "CP-package" #> [39081] "CalcConPwrExp" #> [39082] "CalcConPwrExpAndersen" #> [39083] "CalcConPwrNonMix" #> [39084] "CompSurvMod" #> [39085] "ConPwrExp" #> [39086] "ConPwrExpAndersen" #> [39087] "ConPwrNonMixExp" #> [39088] "ConPwrNonMixGamma" #> [39089] "ConPwrNonMixWei" #> [39090] "DispConPwr" #> [39091] "DispConPwrAll" #> [39092] "DispDataAll" #> [39093] "DispDataExp" #> [39094] "DispDataNonMixExp" #> [39095] "DispDataNonMixGamma" #> [39096] "DispDataNonMixWei" #> [39097] "FctPersMonNonMixExp" #> [39098] "FctPersMonNonMixGamma" #> [39099] "FctPersMonNonMixWei" #> [39100] "GenerateDataFrame" #> [39101] "InitValLikelihoodNonMixExp" #> [39102] "InitValLikelihoodNonMixGamma" #> [39103] "InitValLikelihoodNonMixWei" #> [39104] "InterimData" #> [39105] "IsValid" #> [39106] "LikelihoodNonMixExp" #> [39107] "LikelihoodNonMixGamma" #> [39108] "LikelihoodNonMixWei" #> [39109] "PersMonExp" #> [39110] "PersMonNonMixExp" #> [39111] "PersMonNonMixGamma" #> [39112] "PersMonNonMixWei" #> [39113] "PlotConPwr" #> [39114] "PlotConPwrAll" #> [39115] "PlotEstExp" #> [39116] "PlotEstNonMixExp" #> [39117] "PlotEstNonMixGamma" #> [39118] "PlotEstNonMixWei" #> [39119] "PlotKM" #> [39120] "SplitData" #> [39121] "cp4p-package" #> [39122] "adjust.p" #> [39123] "calibration.plot" #> [39124] "estim.pi0" #> [39125] "LFQRatio2" #> [39126] "LFQRatio25" #> [39127] "cpa-package" #> [39128] "Arrows" #> [39129] "cpa" #> [39130] "Variables" #> [39131] ".onAttach" #> [39132] "Andrews.test" #> [39133] "andrews_test" #> [39134] "andrews_test_reg" #> [39135] "banks" #> [39136] "CPAT_startup_message" #> [39137] "cpt_consistent_var" #> [39138] "CUSUM.test" #> [39139] "DE.test" #> [39140] "dZn" #> [39141] "ff" #> [39142] "get_lrv_vec" #> [39143] "HR.test" #> [39144] "HS.test" #> [39145] "pdarling_erdos" #> [39146] "phidalgo_seo" #> [39147] "pkolmogorov" #> [39148] "pZn" #> [39149] "qdarling_erdos" #> [39150] "qhidalgo_seo" #> [39151] "qkolmogorov" #> [39152] "qZn" #> [39153] "rchangepoint" #> [39154] "sim_de_stat" #> [39155] "sim_hs_stat" #> [39156] "sim_Vn" #> [39157] "sim_Vn_stat" #> [39158] "sim_Zn" #> [39159] "sim_Zn_stat" #> [39160] "stat_de" #> [39161] "stat_hs" #> [39162] "stat_Vn" #> [39163] "stat_Zn" #> [39164] "%s%" #> [39165] "%s0%" #> [39166] "analytic_locFDR_BF_cor" #> [39167] "analytic_locFDR_BF_uncor" #> [39168] "CPBayes" #> [39169] "cpbayes_cor" #> [39170] "cpbayes_uncor" #> [39171] "estimate_corln" #> [39172] "ExampleDataCor" #> [39173] "ExampleDataUncor" #> [39174] "forest_cpbayes" #> [39175] "post_summaries" #> [39176] "SampleOverlapMatrix" #> [39177] "cpca" #> [39178] "cPCG-package" #> [39179] "cgsolve" #> [39180] "pcgsolve" #> [39181] "phcpe" #> [39182] "phcpe2" #> [39183] "CpGassoc-package" #> [39184] "Class" #> [39185] "cpg.perm" #> [39186] "cpg.assoc" #> [39187] "cpg.combine" #> [39188] "cpg.everything" #> [39189] "cpg.GC" #> [39190] "cpg.qc" #> [39191] "cpg.work" #> [39192] "manhattan" #> [39193] "manhattan.reflect" #> [39194] "CpGassoc" #> [39195] "Sample" #> [39196] "cpgen-package" #> [39197] "ccolmv" #> [39198] "ccov" #> [39199] "ccross" #> [39200] "cCV" #> [39201] "cGBLUP" #> [39202] "cgrm" #> [39203] "cgrm.A" #> [39204] "cgrm.D" #> [39205] "cGWAS" #> [39206] "cGWAS.emmax" #> [39207] "check_openmp" #> [39208] "clmm" #> [39209] "cmaf" #> [39210] "cscale_inplace" #> [39211] "cscanx" #> [39212] "csolve" #> [39213] "cSSBR" #> [39214] "cSSBR.setup" #> [39215] "get_cor" #> [39216] "get_max_threads" #> [39217] "get_num_threads" #> [39218] "get_pred" #> [39219] "Parallelization" #> [39220] "rand_data" #> [39221] "set_num_threads" #> [39222] "%c%" #> [39223] "CpGFilterICC" #> [39224] "cpk-package" #> [39225] "ar.fn" #> [39226] "bc.ttc.fn" #> [39227] "cmax.fn" #> [39228] "cmin.fn" #> [39229] "css.fn" #> [39230] "ct.fn" #> [39231] "di.fn" #> [39232] "dlar.fn" #> [39233] "dlcmax.fn" #> [39234] "dm.fn" #> [39235] "dpo.fn" #> [39236] "dr.fn" #> [39237] "R0.fn" #> [39238] "ttc.fn" #> [39239] "cplexAPI-package" #> [39240] "addColsCPLEX" #> [39241] "addFpDestCPLEX" #> [39242] "addIndConstrCPLEX" #> [39243] "addMIPstartsCPLEX" #> [39244] "addQConstrCPLEX" #> [39245] "addRowsCPLEX" #> [39246] "baroptCPLEX" #> [39247] "baseWriteCPLEX" #> [39248] "basicPresolveCPLEX" #> [39249] "boundSaCPLEX" #> [39250] "checkAddColsCPLEX" #> [39251] "checkAddRowsCPLEX" #> [39252] "checkChgCoefListCPLEX" #> [39253] "checkCopyColTypeCPLEX" #> [39254] "checkCopyLpCPLEX" #> [39255] "checkCopyLpwNamesCPLEX" #> [39256] "checkCopyQPsepCPLEX" #> [39257] "checkCopyQuadCPLEX" #> [39258] "checkValsCPLEX" #> [39259] "chgBndsCPLEX" #> [39260] "chgCoefCPLEX" #> [39261] "chgCoefListCPLEX" #> [39262] "chgColNameCPLEX" #> [39263] "chgColsBndsCPLEX" #> [39264] "chgColTypeCPLEX" #> [39265] "chgMIPstartsCPLEX" #> [39266] "chgNameCPLEX" #> [39267] "chgObjCPLEX" #> [39268] "chgProbNameCPLEX" #> [39269] "chgProbTypeCPLEX" #> [39270] "chgQPcoefCPLEX" #> [39271] "chgRhsCPLEX" #> [39272] "chgRngValCPLEX" #> [39273] "chgRowNameCPLEX" #> [39274] "chgSenseCPLEX" #> [39275] "chgTerminateCPLEX" #> [39276] "cleanupCoefCPLEX" #> [39277] "cloneProbCPLEX" #> [39278] "closeEnvCPLEX" #> [39279] "closeFileCPLEX" #> [39280] "closeProbCPLEX" #> [39281] "cLpWriteCPLEX" #> [39282] "completelpCPLEX" #> [39283] "copyBaseCPLEX" #> [39284] "copyColTypeCPLEX" #> [39285] "copyLpCPLEX" #> [39286] "copyLpwNamesCPLEX" #> [39287] "copyObjNameCPLEX" #> [39288] "copyOrderCPLEX" #> [39289] "copyPartBaseCPLEX" #> [39290] "copyQPsepCPLEX" #> [39291] "copyQuadCPLEX" #> [39292] "copyStartCPLEX" #> [39293] "cplexConstants" #> [39294] "cplexError-class" #> [39295] "cplexPtr-class" #> [39296] "delColsCPLEX" #> [39297] "delFpDestCPLEX" #> [39298] "delIndConstrsCPLEX" #> [39299] "delMIPstartsCPLEX" #> [39300] "delNamesCPLEX" #> [39301] "delProbCPLEX" #> [39302] "delQConstrsCPLEX" #> [39303] "delRowsCPLEX" #> [39304] "delSetColsCPLEX" #> [39305] "delSetRowsCPLEX" #> [39306] "delTerminateCPLEX" #> [39307] "disconnectChannelCPLEX" #> [39308] "dualoptCPLEX" #> [39309] "dualWriteCPLEX" #> [39310] "feasOptCPLEX" #> [39311] "fileputCPLEX" #> [39312] "flushChannelCPLEX" #> [39313] "flushStdChannelsCPLEX" #> [39314] "freePresolveCPLEX" #> [39315] "getBaseCPLEX" #> [39316] "getBestObjValCPLEX" #> [39317] "getChannelsCPLEX" #> [39318] "getChgParmCPLEX" #> [39319] "getCoefCPLEX" #> [39320] "getColIndexCPLEX" #> [39321] "getColInfeasCPLEX" #> [39322] "getColNameCPLEX" #> [39323] "getColsCPLEX" #> [39324] "getColTypeCPLEX" #> [39325] "getConflictCPLEX" #> [39326] "getConflictExtCPLEX" #> [39327] "getCutoffCPLEX" #> [39328] "getDblParmCPLEX" #> [39329] "getDblQualCPLEX" #> [39330] "getDbsCntCPLEX" #> [39331] "getDjCPLEX" #> [39332] "getErrorStrCPLEX" #> [39333] "getGradCPLEX" #> [39334] "getIndConstrCPLEX" #> [39335] "getInfoDblParmCPLEX" #> [39336] "getInfoIntParmCPLEX" #> [39337] "getInfoLongParmCPLEX" #> [39338] "getInfoStrParmCPLEX" #> [39339] "getIntParmCPLEX" #> [39340] "getIntQualCPLEX" #> [39341] "getItCntCPLEX" #> [39342] "getLogFileCPLEX" #> [39343] "getLongParmCPLEX" #> [39344] "getLowBndsIdsCPLEX" #> [39345] "getLowerBndsCPLEX" #> [39346] "getMethodCPLEX" #> [39347] "getMIPrelGapCPLEX" #> [39348] "getMIPstartIndexCPLEX" #> [39349] "getMIPstartNameCPLEX" #> [39350] "getMIPstartsCPLEX" #> [39351] "getNumColsCPLEX" #> [39352] "getNumMIPstartsCPLEX" #> [39353] "getNumNnzCPLEX" #> [39354] "getNumQConstrsCPLEX" #> [39355] "getNumQPnzCPLEX" #> [39356] "getNumQuadCPLEX" #> [39357] "getNumRowsCPLEX" #> [39358] "getObjCPLEX" #> [39359] "getObjDirCPLEX" #> [39360] "getObjNameCPLEX" #> [39361] "getObjOffsetCPLEX" #> [39362] "getObjValCPLEX" #> [39363] "getOrderCPLEX" #> [39364] "getParmNameCPLEX" #> [39365] "getParmNumCPLEX" #> [39366] "getParmTypeCPLEX" #> [39367] "getParmValCPLEX" #> [39368] "getPhase1CntCPLEX" #> [39369] "getPiCPLEX" #> [39370] "getPreStatCPLEX" #> [39371] "getProbNameCPLEX" #> [39372] "getProbTypeCPLEX" #> [39373] "getProbVarCPLEX" #> [39374] "getQConstrCPLEX" #> [39375] "getQPcoefCPLEX" #> [39376] "getQuadCPLEX" #> [39377] "getRedLpCPLEX" #> [39378] "getRhsCPLEX" #> [39379] "getRngValCPLEX" #> [39380] "getRowIndexCPLEX" #> [39381] "getRowInfeasCPLEX" #> [39382] "getRowNameCPLEX" #> [39383] "getRowsCPLEX" #> [39384] "getSenseCPLEX" #> [39385] "getSiftItCntCPLEX" #> [39386] "getSiftPase1CntCPLEX" #> [39387] "getSlackCPLEX" #> [39388] "getStatCPLEX" #> [39389] "getStatStrCPLEX" #> [39390] "getStrParmCPLEX" #> [39391] "getSubMethodCPLEX" #> [39392] "getSubStatCPLEX" #> [39393] "getTimeCPLEX" #> [39394] "getUppBndsIdsCPLEX" #> [39395] "getUpperBndsCPLEX" #> [39396] "getVersionCPLEX" #> [39397] "hybbaroptCPLEX" #> [39398] "hybnetoptCPLEX" #> [39399] "initProbCPLEX" #> [39400] "lpoptCPLEX" #> [39401] "mipoptCPLEX" #> [39402] "newColsCPLEX" #> [39403] "newRowsCPLEX" #> [39404] "objSaCPLEX" #> [39405] "openEnvCPLEX" #> [39406] "openFileCPLEX" #> [39407] "openProbCPLEX" #> [39408] "ordWriteCPLEX" #> [39409] "preslvWriteCPLEX" #> [39410] "presolveCPLEX" #> [39411] "primoptCPLEX" #> [39412] "printTerminateCPLEX" #> [39413] "qpoptCPLEX" #> [39414] "readCopyBaseCPLEX" #> [39415] "readCopyMIPstartsCPLEX" #> [39416] "readCopyOrderCPLEX" #> [39417] "readCopyParmCPLEX" #> [39418] "readCopyProbCPLEX" #> [39419] "readCopySolCPLEX" #> [39420] "refineConflictCPLEX" #> [39421] "refineConflictExtCPLEX" #> [39422] "refineMIPstartConflictCPLEX" #> [39423] "refineMIPstartConflictExtCPLEX" #> [39424] "return_codeCPLEX" #> [39425] "rhsSaCPLEX" #> [39426] "setDblParmCPLEX" #> [39427] "setDefaultParmCPLEX" #> [39428] "setIntParmCPLEX" #> [39429] "setLogFileCPLEX" #> [39430] "setLongParmCPLEX" #> [39431] "setObjDirCPLEX" #> [39432] "setStrParmCPLEX" #> [39433] "setTerminateCPLEX" #> [39434] "siftoptCPLEX" #> [39435] "solnInfoCPLEX" #> [39436] "solutionCPLEX" #> [39437] "solWriteCPLEX" #> [39438] "status_codeCPLEX" #> [39439] "tightenBndsCPLEX" #> [39440] "tuneParmCPLEX" #> [39441] "unscaleProbCPLEX" #> [39442] "writeMIPstartsCPLEX" #> [39443] "writeParmCPLEX" #> [39444] "writeProbCPLEX" #> [39445] "cplm-package" #> [39446] "bcplm" #> [39447] "class-methods" #> [39448] "cpglm" #> [39449] "cpglmm" #> [39450] "getF" #> [39451] "sp2d" #> [39452] "tp" #> [39453] "zcpglm" #> [39454] "cbarplot" #> [39455] "cdensity" #> [39456] "cdotplot" #> [39457] "chist" #> [39458] "circtrans" #> [39459] "cmdensity" #> [39460] "cmhist" #> [39461] "scalefactor" #> [39462] "cpm-package" #> [39463] "changeDetected" #> [39464] "cpmReset" #> [39465] "detectChangePoint" #> [39466] "detectChangePointBatch" #> [39467] "ForexData" #> [39468] "getBatchThreshold" #> [39469] "getStatistics" #> [39470] "makeChangePointModel" #> [39471] "processObservation" #> [39472] "processStream" #> [39473] "CPMCGLM" #> [39474] "data_sim" #> [39475] "ForInternalUse" #> [39476] "print.CPMCGLM" #> [39477] "summary.CPMCGLM" #> [39478] "CPP-package" #> [39479] "Agg.Sim" #> [39480] "AHP.Beta" #> [39481] "AHP.Unif" #> [39482] "CPP.AHP.Beta" #> [39483] "CPP.AHP.Unif" #> [39484] "CPP.Axes.Beta" #> [39485] "CPP.Axes.Normal" #> [39486] "CPP.Choquet.Beta" #> [39487] "CPP.Gini" #> [39488] "CPP.Malmquist.Beta" #> [39489] "CPP.mb" #> [39490] "CPP.rh" #> [39491] "CPP.SAW" #> [39492] "CPP.SAW.Entropy" #> [39493] "CPP.Tri.Beta" #> [39494] "CPP.Tri.Choquet" #> [39495] "Entrop.weights" #> [39496] "PMax.Beta" #> [39497] "PMax.Normal" #> [39498] "PMin.Beta" #> [39499] "PMin.Normal" #> [39500] "cpr-package" #> [39501] "bsplineD" #> [39502] "bsplines" #> [39503] "btensor" #> [39504] "build_tensor" #> [39505] "cnr" #> [39506] "cpr" #> [39507] "cp_value" #> [39508] "extract_cpr_bsplines" #> [39509] "generate_cp_formula_data" #> [39510] "get_spline" #> [39511] "get_surface" #> [39512] "influence_of" #> [39513] "influence_weights" #> [39514] "is.cpr_bs" #> [39515] "matrix_rank" #> [39516] "plot.cpr_bs" #> [39517] "plot.cpr_cn" #> [39518] "plot.cpr_cnr" #> [39519] "plot.cpr_cpr" #> [39520] "plot.cpr_influence_of" #> [39521] "predict.cpr_cp" #> [39522] "print.cpr_bs" #> [39523] "refine_ordinate" #> [39524] "spdg" #> [39525] "trimmed_quantile" #> [39526] "update_bsplines" #> [39527] "wiggle" #> [39528] "cpf" #> [39529] "cpfpo" #> [39530] "lines.cpf" #> [39531] "mgus" #> [39532] "plot.cpf" #> [39533] "predict.cpf" #> [39534] "print.cpf" #> [39535] "print.cpfpo" #> [39536] "pseudocpf" #> [39537] "summary.cpf" #> [39538] "summary.pseudocpf" #> [39539] "xyplot.cpfpo" #> [39540] "dob" #> [39541] "gender" #> [39542] "mod11" #> [39543] "scramble" #> [39544] "test_cpr" #> [39545] "bootbiascorrect" #> [39546] "cpest" #> [39547] "cpsurv" #> [39548] "km.sim.survtimes" #> [39549] "neg.loglik.WeibExp" #> [39550] "plot.cpsurv" #> [39551] "summarize.cpsurv" #> [39552] "survdata" #> [39553] "cpt-package" #> [39554] "cptcity" #> [39555] "cpt_names" #> [39556] "find_cpt" #> [39557] "lucky" #> [39558] "capitais" #> [39559] "condicoes_tempo" #> [39560] "estacoes_metar" #> [39561] "estendidaLatLon" #> [39562] "iuv" #> [39563] "listaCidades" #> [39564] "metar" #> [39565] "ondas" #> [39566] "prev4dias" #> [39567] "prev7dias" #> [39568] "prevEstendida" #> [39569] "prevLatLon" #> [39570] "cqr.admm" #> [39571] "cqr.cd" #> [39572] "cqr.fit" #> [39573] "cqr.fit.lasso" #> [39574] "cqr.ip" #> [39575] "cqr.lasso.admm" #> [39576] "cqr.lasso.cd" #> [39577] "cqr.lasso.mm" #> [39578] "cqr.mm" #> [39579] "CQRADMMCPP" #> [39580] "CQRCDCPP" #> [39581] "CQRMMCPP" #> [39582] "CQRPADMMCPP" #> [39583] "CQRPCDCPP" #> [39584] "CQRPMMCPP" #> [39585] "QR.admm" #> [39586] "QR.cd" #> [39587] "QR.ip" #> [39588] "QR.lasso.admm" #> [39589] "QR.lasso.cd" #> [39590] "QR.lasso.ip" #> [39591] "QR.lasso.mm" #> [39592] "QR.mm" #> [39593] "QRADMMCPP" #> [39594] "QRCDCPP" #> [39595] "qrfit" #> [39596] "qrfit.lasso" #> [39597] "QRMMCPP" #> [39598] "QRPADMMCPP" #> [39599] "QRPCDCPP" #> [39600] "QRPMMCPP" #> [39601] "cquad-package" #> [39602] "cquad" #> [39603] "cquad_basic" #> [39604] "cquad_equ" #> [39605] "cquad_ext" #> [39606] "cquad_pseudo" #> [39607] "print.cquad" #> [39608] "quasi_sym" #> [39609] "quasi_sym_equ" #> [39610] "quasi_sym_pseudo" #> [39611] "sim_panel_logit" #> [39612] "sq" #> [39613] "summary.cquad" #> [39614] "CR-package" #> [39615] "curerate" #> [39616] "CureRate-class" #> [39617] "showcr" #> [39618] "eventTab" #> [39619] "fitCuminc" #> [39620] "fitReg" #> [39621] "fitSurvival" #> [39622] "LUAD" #> [39623] "plotCuminc" #> [39624] "plotSurvival" #> [39625] "riskTab" #> [39626] "simpleCox" #> [39627] "summarizeCR" #> [39628] "testCox" #> [39629] "testCuminc" #> [39630] "testReg" #> [39631] "testSurvival" #> [39632] "distance.angular" #> [39633] "distance.comoving" #> [39634] "distance.luminosity" #> [39635] "distance.transverse" #> [39636] "eZ" #> [39637] "eZ2" #> [39638] "parameter.constant" #> [39639] "parameter.DH" #> [39640] "parameter.fidcosmo" #> [39641] "parameter.unit" #> [39642] "rhoc" #> [39643] "valid.cosmo" #> [39644] "cramer-packge" #> [39645] "CramTest-package" #> [39646] "Calc.Mu" #> [39647] "Calc.Sigma" #> [39648] "Calc.Xi" #> [39649] "Cram.test" #> [39650] "TestStatExpectation" #> [39651] "TestStatMoment3" #> [39652] "TestStatVariance" #> [39653] "cats2ranks" #> [39654] "elrepos" #> [39655] "fillArow" #> [39656] "fillArows" #> [39657] "getLWargs" #> [39658] "listBuilder" #> [39659] "listCrawler" #> [39660] "lw.FriedmanTest" #> [39661] "lwscreen" #> [39662] "meanranks" #> [39663] "muranks" #> [39664] "page.trend.test" #> [39665] "permute" #> [39666] "print.cats2ranks" #> [39667] "print.lwstat" #> [39668] "print.meanranks" #> [39669] "print.page.trend.test" #> [39670] "spsort" #> [39671] "add_PACKAGES" #> [39672] "cranlike" #> [39673] "create_empty_PACKAGES" #> [39674] "package_versions" #> [39675] "remove_PACKAGES" #> [39676] "update_PACKAGES" #> [39677] "cranlogs_badge" #> [39678] "cran_downloads" #> [39679] "cran_top_downloads" #> [39680] "as.igraph.cranly_network" #> [39681] "build_dependence_tree" #> [39682] "build_dependence_tree.cranly_network" #> [39683] "build_network" #> [39684] "build_network.cranly_db" #> [39685] "clean_CRAN_db" #> [39686] "clean_up_author" #> [39687] "clean_up_directives" #> [39688] "compute_dependence_tree" #> [39689] "cranly" #> [39690] "package_by" #> [39691] "plot.cranly_dependence_tree" #> [39692] "plot.cranly_network" #> [39693] "plot.summary_cranly_network" #> [39694] "subset.cranly_network" #> [39695] "summary.cranly_dependence_tree" #> [39696] "summary.cranly_network" #> [39697] "CRANsearcher" #> [39698] "cran_inventory" #> [39699] "crantastic.submitInstalledPackages" #> [39700] "crantastic.tag" #> [39701] "crawl-package" #> [39702] "aic.crw" #> [39703] "argosDiag2Cov" #> [39704] "as.flat" #> [39705] "beardedSeals" #> [39706] "check_csv" #> [39707] "cond_sim" #> [39708] "crwMLE" #> [39709] "crwN2ll" #> [39710] "crwPostIS" #> [39711] "crwPredict" #> [39712] "crwPredictPlot" #> [39713] "crwSamplePar" #> [39714] "crwSimulator" #> [39715] "crw_as_sf" #> [39716] "crw_as_tibble" #> [39717] "displayPar" #> [39718] "expandPred" #> [39719] "fillCols" #> [39720] "fix_path" #> [39721] "fix_segments" #> [39722] "get_mask_segments" #> [39723] "harborSeal" #> [39724] "intToPOSIX" #> [39725] "mergeTrackStop" #> [39726] "northernFurSeal" #> [39727] "tidy_crwFit" #> [39728] "chr" #> [39729] "col_align" #> [39730] "col_nchar" #> [39731] "col_strsplit" #> [39732] "col_substr" #> [39733] "col_substring" #> [39734] "combine_styles" #> [39735] "crayon" #> [39736] "drop_style" #> [39737] "has_color" #> [39738] "has_style" #> [39739] "make_style" #> [39740] "num_colors" #> [39741] "show_ansi_colors" #> [39742] "start.crayon" #> [39743] "strip_style" #> [39744] "style" #> [39745] "styles" #> [39746] "crblocks" #> [39747] "clogis" #> [39748] "cnorm" #> [39749] "coef.crch" #> [39750] "coef.crch.boost" #> [39751] "coef.hxlr" #> [39752] "crch" #> [39753] "crch.boost" #> [39754] "crch.control" #> [39755] "crch.stabsel" #> [39756] "hxlr" #> [39757] "hxlr.control" #> [39758] "plot.crch.boost" #> [39759] "predict.crch" #> [39760] "predict.crch.boost" #> [39761] "predict.hxlr" #> [39762] "RainIbk" #> [39763] "tlogis" #> [39764] "tnorm" #> [39765] "tt" #> [39766] "CREAM" #> [39767] "ElementRecog" #> [39768] "PeakMinFilt" #> [39769] "WindowSizeRecog" #> [39770] "WindowVec" #> [39771] "credential_api" #> [39772] "credential_helper" #> [39773] "http_credentials" #> [39774] "set_github_pat" #> [39775] "ssh_credentials" #> [39776] "cm.cs" #> [39777] "cm.CVaR" #> [39778] "cm.gain" #> [39779] "cm.hist" #> [39780] "cm.matrix" #> [39781] "cm.portfolio" #> [39782] "cm.quantile" #> [39783] "cm.ref" #> [39784] "cm.rnorm" #> [39785] "cm.rnorm.cor" #> [39786] "cm.state" #> [39787] "cm.val" #> [39788] "address_varieble" #> [39789] "add_variable_process" #> [39790] "analysis_nas" #> [39791] "analysis_outliers" #> [39792] "as_percent" #> [39793] "char_cor_vars" #> [39794] "char_to_num" #> [39795] "checking_data" #> [39796] "city_varieble" #> [39797] "city_varieble_process" #> [39798] "cleaning_data" #> [39799] "cor_plot" #> [39800] "cos_sim" #> [39801] "customer_segmentation" #> [39802] "cut_equal" #> [39803] "cv_split" #> [39804] "date_cut" #> [39805] "derived_interval" #> [39806] "derived_partial_acf" #> [39807] "derived_pct" #> [39808] "derived_ts_vars" #> [39809] "de_one_hot_encoding" #> [39810] "de_percent" #> [39811] "digits_num" #> [39812] "entry_rate_max" #> [39813] "entry_rate_na" #> [39814] "euclid_dist" #> [39815] "fast_high_cor_filter" #> [39816] "feature_select_wrapper" #> [39817] "fuzzy_cluster_means" #> [39818] "gbm_filter" #> [39819] "gbm_params" #> [39820] "get_best_lambda" #> [39821] "get_bins_table_all" #> [39822] "get_breaks_all" #> [39823] "get_correlation_group" #> [39824] "get_ctree_rules" #> [39825] "get_iv_all" #> [39826] "get_logistic_coef" #> [39827] "get_median" #> [39828] "get_names" #> [39829] "get_nas_random" #> [39830] "get_plots" #> [39831] "get_psi_all" #> [39832] "get_psi_iv_all" #> [39833] "get_score_card" #> [39834] "get_shadow_nas" #> [39835] "get_tree_breaks" #> [39836] "get_x_list" #> [39837] "knn_nas_imp" #> [39838] "ks_table" #> [39839] "ks_value" #> [39840] "lasso_filter" #> [39841] "lendingclub" #> [39842] "local_outlier_factor" #> [39843] "loop_function" #> [39844] "love_color" #> [39845] "low_variance_filter" #> [39846] "lr_params" #> [39847] "merge_category" #> [39848] "min_max_norm" #> [39849] "null_blank_na" #> [39850] "one_hot_encoding" #> [39851] "outliers_detection" #> [39852] "PCA_reduce" #> [39853] "plot_theme" #> [39854] "process_nas" #> [39855] "process_outliers" #> [39856] "psi_iv_filter" #> [39857] "quick_as_df" #> [39858] "reduce_high_cor" #> [39859] "remove_duplicated" #> [39860] "require_packages" #> [39861] "re_name" #> [39862] "rf_params" #> [39863] "rowAny" #> [39864] "save_dt" #> [39865] "score_transfer" #> [39866] "select_best_class" #> [39867] "sim_str" #> [39868] "split_bins" #> [39869] "start_parallel_computing" #> [39870] "stop_parallel_computing" #> [39871] "time_transfer" #> [39872] "time_varieble" #> [39873] "time_vars_process" #> [39874] "training_model" #> [39875] "train_test_split" #> [39876] "UCICreditCard" #> [39877] "variable_process" #> [39878] "vintage_function" #> [39879] "woe_trans_all" #> [39880] "xgb_filter" #> [39881] "xgb_params" #> [39882] "%alike%" #> [39883] "%islike%" #> [39884] "at1p" #> [39885] "BlackCox" #> [39886] "calibrate.at1p" #> [39887] "calibrate.BlackCox" #> [39888] "calibrate.cds" #> [39889] "calibrate.sbtv" #> [39890] "cds2" #> [39891] "cdsdata" #> [39892] "Merton" #> [39893] "Merton.sim" #> [39894] "sbtv" #> [39895] "alzheimers" #> [39896] "build.shiny.calc" #> [39897] "credsubs" #> [39898] "credsubs.level" #> [39899] "run.shiny.calc" #> [39900] "sim.cred.band" #> [39901] "credule-package" #> [39902] "bootstrapCDS" #> [39903] "priceCDS" #> [39904] "amce_diffs" #> [39905] "cj" #> [39906] "cj_df" #> [39907] "cj_freqs" #> [39908] "cj_tidy" #> [39909] "immigration" #> [39910] "plot.cj_amce" #> [39911] "taxes" #> [39912] "wide_conjoint" #> [39913] "cmicroRNA" #> [39914] "cor_hist" #> [39915] "cor_igraph" #> [39916] "cor_joy" #> [39917] "cor_prep" #> [39918] "cor_tidy" #> [39919] "cor_upset" #> [39920] "cor_venn_diagram" #> [39921] "cRegulome" #> [39922] "cTF" #> [39923] "get_db" #> [39924] "get_mir" #> [39925] "get_tf" #> [39926] "stat_collect" #> [39927] "stat_collect_targets" #> [39928] "stat_make" #> [39929] "stat_make_targets" #> [39930] "CRF-package" #> [39931] "Chain" #> [39932] "clamp.crf" #> [39933] "clamp.reset" #> [39934] "Clique" #> [39935] "crf.nll" #> [39936] "crf.update" #> [39937] "decode.block" #> [39938] "decode.chain" #> [39939] "decode.conditional" #> [39940] "decode.cutset" #> [39941] "decode.exact" #> [39942] "decode.greedy" #> [39943] "decode.icm" #> [39944] "decode.ilp" #> [39945] "decode.junction" #> [39946] "decode.lbp" #> [39947] "decode.marginal" #> [39948] "decode.rbp" #> [39949] "decode.sample" #> [39950] "decode.trbp" #> [39951] "decode.tree" #> [39952] "duplicate.crf" #> [39953] "get.logPotential" #> [39954] "get.potential" #> [39955] "infer.chain" #> [39956] "infer.conditional" #> [39957] "infer.cutset" #> [39958] "infer.exact" #> [39959] "infer.junction" #> [39960] "infer.lbp" #> [39961] "infer.rbp" #> [39962] "infer.sample" #> [39963] "infer.trbp" #> [39964] "infer.tree" #> [39965] "Loop" #> [39966] "make.crf" #> [39967] "make.features" #> [39968] "make.par" #> [39969] "mrf.nll" #> [39970] "mrf.stat" #> [39971] "mrf.update" #> [39972] "Rain" #> [39973] "sample.chain" #> [39974] "sample.conditional" #> [39975] "sample.cutset" #> [39976] "sample.exact" #> [39977] "sample.gibbs" #> [39978] "sample.junction" #> [39979] "sample.tree" #> [39980] "Small" #> [39981] "sub.crf" #> [39982] "train.crf" #> [39983] "train.mrf" #> [39984] "Tree" #> [39985] "CRFCSD-package" #> [39986] "boot.CSD" #> [39987] "boot.result" #> [39988] "CSDfit" #> [39989] "PD" #> [39990] "Surv.CI" #> [39991] "airbnb" #> [39992] "airbnb_chunks" #> [39993] "as.crf" #> [39994] "crf" #> [39995] "crf_cbind_attributes" #> [39996] "crf_options" #> [39997] "merge.chunkrange" #> [39998] "ner_download_modeldata" #> [39999] "predict.crf" #> [40000] "txt_feature" #> [40001] "txt_sprintf" #> [40002] "cricketr-package" #> [40003] "ashwin" #> [40004] "ashwin1" #> [40005] "badree" #> [40006] "batsman4s" #> [40007] "batsman4s6s" #> [40008] "batsman6s" #> [40009] "batsmanAvgRunsGround" #> [40010] "batsmanAvgRunsOpposition" #> [40011] "batsmanContributionWonLost" #> [40012] "batsmanCumulativeAverageRuns" #> [40013] "batsmanCumulativeStrikeRate" #> [40014] "batsmanDismissals" #> [40015] "batsmanMeanStrikeRate" #> [40016] "batsmanMovingAverage" #> [40017] "batsmanPerfBoxHist" #> [40018] "batsmanPerfForecast" #> [40019] "batsmanPerfHomeAway" #> [40020] "batsmanRunsFreqPerf" #> [40021] "batsmanRunsLikelihood" #> [40022] "batsmanRunsPredict" #> [40023] "batsmanRunsRanges" #> [40024] "batsmanScoringRateODTT" #> [40025] "battingPerf3d" #> [40026] "bowlerAvgWktsGround" #> [40027] "bowlerAvgWktsOpposition" #> [40028] "bowlerContributionWonLost" #> [40029] "bowlerCumulativeAvgEconRate" #> [40030] "bowlerCumulativeAvgWickets" #> [40031] "bowlerEconRate" #> [40032] "bowlerHistWickets" #> [40033] "bowlerMovingAverage" #> [40034] "bowlerPerfForecast" #> [40035] "bowlerPerfHomeAway" #> [40036] "bowlerWktRateTT" #> [40037] "bowlerWktsFreqPercent" #> [40038] "bowlerWktsRunsPlot" #> [40039] "checkBatsmanInForm" #> [40040] "checkBowlerInForm" #> [40041] "cleanBowlerData" #> [40042] "devilliers" #> [40043] "ER" #> [40044] "ganguly" #> [40045] "gayle" #> [40046] "getPlayerData" #> [40047] "getPlayerDataOD" #> [40048] "getPlayerDataSp" #> [40049] "getPlayerDataTT" #> [40050] "kohli" #> [40051] "kohli1" #> [40052] "kumble" #> [40053] "kumble1" #> [40054] "kumblesp" #> [40055] "malinga" #> [40056] "malinga1" #> [40057] "mendis" #> [40058] "mitchell" #> [40059] "murali" #> [40060] "narine" #> [40061] "percentRuns" #> [40062] "percentWkts" #> [40063] "relativeBatsmanCumulativeAvgRuns" #> [40064] "relativeBatsmanCumulativeStrikeRate" #> [40065] "relativeBatsmanSR" #> [40066] "relativeBatsmanSRODTT" #> [40067] "relativeBowlerCumulativeAvgEconRate" #> [40068] "relativeBowlerCumulativeAvgWickets" #> [40069] "relativeBowlingER" #> [40070] "relativeBowlingERODTT" #> [40071] "relativeBowlingPerf" #> [40072] "relativeRunsFreqPerf" #> [40073] "relativeRunsFreqPerfODTT" #> [40074] "relativeWktRateTT" #> [40075] "sehwag" #> [40076] "sehwag1" #> [40077] "sehwag2" #> [40078] "southee" #> [40079] "steyn" #> [40080] "tendulkar" #> [40081] "tendulkar1" #> [40082] "tendulkar2" #> [40083] "tendulkarsp" #> [40084] "warne" #> [40085] "WR" #> [40086] "crimCV" #> [40087] "TO1" #> [40088] "TO1adj" #> [40089] "TO1Risk" #> [40090] "TO2" #> [40091] "TO2adj" #> [40092] "TO2Risk" #> [40093] "block_geoid_to" #> [40094] "crimedata" #> [40095] "fetch_file_urls" #> [40096] "get_crime_data" #> [40097] "get_file_urls" #> [40098] "homicides15" #> [40099] "list_crime_data" #> [40100] "nycvehiclethefts" #> [40101] "crimelinkage-package" #> [40102] "bayesPairs" #> [40103] "clusterPath" #> [40104] "compareCrimes" #> [40105] "crimeClust_bayes" #> [40106] "crimeClust_hier" #> [40107] "getBF" #> [40108] "getCrimes" #> [40109] "getCrimeSeries" #> [40110] "getCriminals" #> [40111] "getROC" #> [40112] "linkage" #> [40113] "makeGroups" #> [40114] "makePairs" #> [40115] "makeSeriesData" #> [40116] "naiveBayes" #> [40117] "offenders" #> [40118] "plot.naiveBayes" #> [40119] "plotBF" #> [40120] "plot_hcc" #> [40121] "predict.naiveBayes" #> [40122] "predictBF" #> [40123] "seriesID" #> [40124] "crisp-package" #> [40125] "crisp" #> [40126] "crispCV" #> [40127] "plot.cvError" #> [40128] "plot.sim.data" #> [40129] "sim.data" #> [40130] "crm" #> [40131] "crmsim" #> [40132] "crminer-package" #> [40133] "as_tdmurl" #> [40134] "auth" #> [40135] "crm_cache" #> [40136] "crm_extract" #> [40137] "crm_html" #> [40138] "crm_links" #> [40139] "crm_pdf" #> [40140] "crm_plain" #> [40141] "crm_text" #> [40142] "crm_xml" #> [40143] "dois_crminer" #> [40144] "dois_crminer_ccby3" #> [40145] "dois_elsevier" #> [40146] "dois_hindawi" #> [40147] "dois_pensoft" #> [40148] "dois_wiley" #> [40149] "analytes" #> [40150] "analytes_eset" #> [40151] "analytes_other" #> [40152] "crmn" #> [40153] "dropunusedlevels" #> [40154] "makeX-methods" #> [40155] "method-methods" #> [40156] "mexprs-methods" #> [40157] "mexprs-rep-methods" #> [40158] "nFit" #> [40159] "normFit" #> [40160] "normPred" #> [40161] "pcaMuffle" #> [40162] "plot.nFit" #> [40163] "sFit-method" #> [40164] "show_nfit" #> [40165] "standards" #> [40166] "standardsFit" #> [40167] "standardsPred" #> [40168] "standards_eset" #> [40169] "standards_other" #> [40170] "weightnorm" #> [40171] "Sabanes" #> [40172] "Bove" #> [40173] "Wai" #> [40174] "Yin" #> [40175] "Yeung" #> [40176] "Giuseppe" #> [40177] "Palermo" #> [40178] "Jaki" #> [40179] "14:30:09" #> [40180] "crmPack-package" #> [40181] "AllModels-class" #> [40182] "approximate" #> [40183] "as.list,GeneralData-method" #> [40184] "biomLevel" #> [40185] "CohortSize-class" #> [40186] "CohortSizeConst" #> [40187] "CohortSizeConst-class" #> [40188] "CohortSizeDLT" #> [40189] "CohortSizeDLT-class" #> [40190] "CohortSizeMax" #> [40191] "CohortSizeMax-class" #> [40192] "CohortSizeMin" #> [40193] "CohortSizeMin-class" #> [40194] "CohortSizeParts" #> [40195] "CohortSizeParts-class" #> [40196] "CohortSizeRange" #> [40197] "CohortSizeRange-class" #> [40198] "crmPackExample" #> [40199] "crmPackHelp" #> [40200] "Data-class" #> [40201] "DataDual" #> [40202] "DataDual-class" #> [40203] "DataMixture" #> [40204] "DataMixture-class" #> [40205] "DataParts" #> [40206] "DataParts-class" #> [40207] "Design-class" #> [40208] "dose" #> [40209] "DualDesign" #> [40210] "DualDesign-class" #> [40211] "DualEndpoint" #> [40212] "DualEndpoint-class" #> [40213] "DualEndpointBeta" #> [40214] "DualEndpointBeta-class" #> [40215] "DualEndpointEmax" #> [40216] "DualEndpointEmax-class" #> [40217] "DualEndpointRW" #> [40218] "DualEndpointRW-class" #> [40219] "DualResponsesDesign" #> [40220] "DualResponsesDesign-class" #> [40221] "DualResponsesSamplesDesign" #> [40222] "DualResponsesSamplesDesign-class" #> [40223] "DualSimulations" #> [40224] "DualSimulations-class" #> [40225] "DualSimulationsSummary-class" #> [40226] "EffFlexi" #> [40227] "EffFlexi-class" #> [40228] "Effloglog" #> [40229] "Effloglog-class" #> [40230] "examine" #> [40231] "ExpEff" #> [40232] "fitGain" #> [40233] "gain" #> [40234] "GeneralData-class" #> [40235] "GeneralModel-class" #> [40236] "GeneralSimulations" #> [40237] "GeneralSimulations-class" #> [40238] "GeneralSimulationsSummary-class" #> [40239] "get,Samples,character-method" #> [40240] "getEff" #> [40241] "getMinInfBeta" #> [40242] "IncrementMin" #> [40243] "IncrementMin-class" #> [40244] "Increments-class" #> [40245] "IncrementsNumDoseLevels" #> [40246] "IncrementsNumDoseLevels-class" #> [40247] "IncrementsRelative" #> [40248] "IncrementsRelative-class" #> [40249] "IncrementsRelativeDLT" #> [40250] "IncrementsRelativeDLT-class" #> [40251] "IncrementsRelativeParts" #> [40252] "IncrementsRelativeParts-class" #> [40253] "initialize,DualEndpointOld-method" #> [40254] "LogisticIndepBeta" #> [40255] "LogisticIndepBeta-class" #> [40256] "LogisticKadane" #> [40257] "LogisticKadane-class" #> [40258] "LogisticLogNormal" #> [40259] "LogisticLogNormal-class" #> [40260] "LogisticLogNormalMixture" #> [40261] "LogisticLogNormalMixture-class" #> [40262] "LogisticLogNormalSub" #> [40263] "LogisticLogNormalSub-class" #> [40264] "LogisticNormal" #> [40265] "LogisticNormal-class" #> [40266] "LogisticNormalFixedMixture" #> [40267] "LogisticNormalFixedMixture-class" #> [40268] "LogisticNormalMixture" #> [40269] "LogisticNormalMixture-class" #> [40270] "matchTolerance" #> [40271] "maxDose" #> [40272] "maxSize" #> [40273] "McmcOptions" #> [40274] "McmcOptions-class" #> [40275] "MinimalInformative" #> [40276] "minSize" #> [40277] "Model-class" #> [40278] "ModelEff-class" #> [40279] "ModelPseudo-class" #> [40280] "ModelTox-class" #> [40281] "nextBest" #> [40282] "NextBest-class" #> [40283] "NextBestDualEndpoint" #> [40284] "NextBestDualEndpoint-class" #> [40285] "NextBestMaxGain" #> [40286] "NextBestMaxGain-class" #> [40287] "NextBestMaxGainSamples" #> [40288] "NextBestMaxGainSamples-class" #> [40289] "NextBestMTD" #> [40290] "NextBestMTD-class" #> [40291] "NextBestNCRM" #> [40292] "NextBestNCRM-class" #> [40293] "NextBestTD" #> [40294] "NextBestTD-class" #> [40295] "NextBestTDsamples" #> [40296] "NextBestTDsamples-class" #> [40297] "NextBestThreePlusThree" #> [40298] "NextBestThreePlusThree-class" #> [40299] "or-Stopping-Stopping" #> [40300] "or-Stopping-StoppingAny" #> [40301] "or-StoppingAny-Stopping" #> [40302] "plot,Data,missing-method" #> [40303] "plot,Data,ModelTox-method" #> [40304] "plot,DataDual,missing-method" #> [40305] "plot,DataDual,ModelEff-method" #> [40306] "plot,DualSimulations,missing-method" #> [40307] "plot,DualSimulationsSummary,missing-method" #> [40308] "plot,GeneralSimulations,missing-method" #> [40309] "plot,GeneralSimulationsSummary,missing-method" #> [40310] "plot,PseudoDualFlexiSimulations,missing-method" #> [40311] "plot,PseudoDualSimulations,missing-method" #> [40312] "plot,PseudoDualSimulationsSummary,missing-method" #> [40313] "plot,PseudoSimulationsSummary,missing-method" #> [40314] "plot,Samples,DualEndpoint-method" #> [40315] "plot,Samples,Model-method" #> [40316] "plot,Samples,ModelEff-method" #> [40317] "plot,Samples,ModelTox-method" #> [40318] "plot,SimulationsSummary,missing-method" #> [40319] "plot.gtable" #> [40320] "plotDualResponses" #> [40321] "plotGain" #> [40322] "probit" #> [40323] "ProbitLogNormal" #> [40324] "ProbitLogNormal-class" #> [40325] "PseudoDualFlexiSimulations" #> [40326] "PseudoDualFlexiSimulations-class" #> [40327] "PseudoDualSimulations" #> [40328] "PseudoDualSimulations-class" #> [40329] "PseudoDualSimulationsSummary-class" #> [40330] "PseudoSimulations" #> [40331] "PseudoSimulations-class" #> [40332] "PseudoSimulationsSummary-class" #> [40333] "Quantiles2LogisticNormal" #> [40334] "Report" #> [40335] "RuleDesign" #> [40336] "RuleDesign-class" #> [40337] "Samples" #> [40338] "Samples-class" #> [40339] "sampleSize" #> [40340] "setSeed" #> [40341] "show,DualSimulationsSummary-method" #> [40342] "show,GeneralSimulationsSummary-method" #> [40343] "show,PseudoDualSimulationsSummary-method" #> [40344] "show,PseudoSimulationsSummary-method" #> [40345] "show,SimulationsSummary-method" #> [40346] "simulate,Design-method" #> [40347] "simulate,DualDesign-method" #> [40348] "simulate,DualResponsesDesign-method" #> [40349] "simulate,DualResponsesSamplesDesign-method" #> [40350] "simulate,RuleDesign-method" #> [40351] "simulate,TDDesign-method" #> [40352] "simulate,TDsamplesDesign-method" #> [40353] "Simulations" #> [40354] "Simulations-class" #> [40355] "SimulationsSummary-class" #> [40356] "Stopping-class" #> [40357] "StoppingAll" #> [40358] "StoppingAll-class" #> [40359] "StoppingAny" #> [40360] "StoppingAny-class" #> [40361] "StoppingCohortsNearDose" #> [40362] "StoppingCohortsNearDose-class" #> [40363] "StoppingGstarCIRatio" #> [40364] "StoppingGstarCIRatio-class" #> [40365] "StoppingHighestDose" #> [40366] "StoppingHighestDose-class" #> [40367] "StoppingList" #> [40368] "StoppingList-class" #> [40369] "StoppingMinCohorts" #> [40370] "StoppingMinCohorts-class" #> [40371] "StoppingMinPatients" #> [40372] "StoppingMinPatients-class" #> [40373] "StoppingMTDdistribution" #> [40374] "StoppingMTDdistribution-class" #> [40375] "StoppingPatientsNearDose" #> [40376] "StoppingPatientsNearDose-class" #> [40377] "StoppingTargetBiomarker" #> [40378] "StoppingTargetBiomarker-class" #> [40379] "StoppingTargetProb" #> [40380] "StoppingTargetProb-class" #> [40381] "StoppingTDCIRatio" #> [40382] "StoppingTDCIRatio-class" #> [40383] "stopTrial" #> [40384] "summary,DualSimulations-method" #> [40385] "summary,GeneralSimulations-method" #> [40386] "summary,PseudoDualFlexiSimulations-method" #> [40387] "summary,PseudoDualSimulations-method" #> [40388] "summary,PseudoSimulations-method" #> [40389] "summary,Simulations-method" #> [40390] "TDDesign" #> [40391] "TDDesign-class" #> [40392] "TDsamplesDesign" #> [40393] "TDsamplesDesign-class" #> [40394] "ThreePlusThreeDesign" #> [40395] "update,Data-method" #> [40396] "update,DataDual-method" #> [40397] "update,DataParts-method" #> [40398] "update,EffFlexi-method" #> [40399] "update,Effloglog-method" #> [40400] "update,LogisticIndepBeta-method" #> [40401] "&,Stopping,Stopping-method" #> [40402] "&,Stopping,StoppingAll-method" #> [40403] "&,StoppingAll,Stopping-method" #> [40404] "crn-package" #> [40405] "collateDaily" #> [40406] "collateHourly" #> [40407] "colnamesDaily" #> [40408] "colnamesHourly" #> [40409] "CRN.DAILY.URL" #> [40410] "CRN.HOURLY.URL" #> [40411] "DAILY_DIR" #> [40412] "downloadCRN" #> [40413] "HOURLY_DIR" #> [40414] "HOURS" #> [40415] "writeDataset" #> [40416] "convertIndex" #> [40417] "ijtok" #> [40418] "ktoij" #> [40419] "replace" #> [40420] "disableProxy" #> [40421] "runCromwellDashboard" #> [40422] "cron_add" #> [40423] "cron_clear" #> [40424] "cron_load" #> [40425] "cron_ls" #> [40426] "cron_njobs" #> [40427] "cron_rm" #> [40428] "cron_rscript" #> [40429] "cron_rstudioaddin" #> [40430] "cron_save" #> [40431] "dev_off_crop" #> [40432] "cropdatape" #> [40433] "ari" #> [40434] "cc_crossclustering" #> [40435] "cc_get_cluster" #> [40436] "cc_test_ari" #> [40437] "cc_test_ari_permutation" #> [40438] "chain_effect" #> [40439] "consensus_cluster" #> [40440] "nb_data" #> [40441] "prune_zero_tail" #> [40442] "reverse_table" #> [40443] "twomoons" #> [40444] "worms" #> [40445] "crossdes-package" #> [40446] "allcombs" #> [40447] "balmin.RMD" #> [40448] "biertest.d4" #> [40449] "biertest.dat" #> [40450] "biertest.f2" #> [40451] "des.MOLS" #> [40452] "find.BIB" #> [40453] "get.plan" #> [40454] "isCbalanced" #> [40455] "isGYD" #> [40456] "MOLS" #> [40457] "williams" #> [40458] "williams.BIB" #> [40459] "crossmatch-package" #> [40460] "crossmatchdist" #> [40461] "crossmatchtest" #> [40462] "Crossover-package" #> [40463] "buildSummaryTable" #> [40464] "canonicalOrder" #> [40465] "contrMat2" #> [40466] "CrossoverDesign-class" #> [40467] "Crossoverdesigns" #> [40468] "CrossoverGUI" #> [40469] "CrossoverSearchResult-class" #> [40470] "design.efficiency" #> [40471] "exampleSearchResults2t" #> [40472] "general.carryover" #> [40473] "getDesign" #> [40474] "getModelNr" #> [40475] "rcdMatrix" #> [40476] "searchCrossOverDesign" #> [40477] "crossReg-package" #> [40478] "BootC" #> [40479] "DeltaC" #> [40480] "FiellerC" #> [40481] "nonLinearC" #> [40482] "boxprobt" #> [40483] "clshift" #> [40484] "crossrunbin" #> [40485] "crossrunchange" #> [40486] "crossrunshift" #> [40487] "crossrunsymm" #> [40488] "cumsumm" #> [40489] "cumsummcol" #> [40490] "exactbin" #> [40491] "joint100.6" #> [40492] "joint100symm" #> [40493] "joint15.6" #> [40494] "joint15symm" #> [40495] "joint60.6" #> [40496] "joint60symm" #> [40497] "simclbin" #> [40498] "CrossScreening-package" #> [40499] "bonferroni.fg" #> [40500] "cross.screen" #> [40501] "fallback.test" #> [40502] "kappa2gamma" #> [40503] "methotrexate" #> [40504] "multrnks" #> [40505] "nhanes.fish" #> [40506] "nhanes.fish.match" #> [40507] "nhanes.log2diff" #> [40508] "power.sen" #> [40509] "recycle.test" #> [40510] "sen" #> [40511] "sen.ci" #> [40512] "sen.value" #> [40513] "bscols" #> [40514] "ClientValue" #> [40515] "crosstalkLibs" #> [40516] "filter_select" #> [40517] "filter_slider" #> [40518] "is.SharedData" #> [40519] "maintain_selection" #> [40520] "scale_fill_selection" #> [40521] "SharedData" #> [40522] "odk2openVA" #> [40523] "odk2openVA_2014" #> [40524] "odk2openVA_v141" #> [40525] "odk2openVA_v151" #> [40526] "crossval-package" #> [40527] "diagnosticErrors" #> [40528] "balancedSplit" #> [40529] "CrossValidate" #> [40530] "CrossValidate-class" #> [40531] "CrossValSummary-class" #> [40532] "crosswalkr" #> [40533] "encodefrom" #> [40534] "renamefrom" #> [40535] "stcrosswalk" #> [40536] "Crossword" #> [40537] "cw_greplv" #> [40538] "cw_matrix_to_df" #> [40539] "cw_normalize_words" #> [40540] "cw_to_json" #> [40541] "cw_wordlist_animal_en" #> [40542] "crovData" #> [40543] "mdcp" #> [40544] "monoTestBonf" #> [40545] "crp.CSFP-package" #> [40546] "alpha.crp" #> [40547] "alpha.max" #> [40548] "alpha.max<-" #> [40549] "alpha<-" #> [40550] "calc.portfolio.statistics" #> [40551] "calc.rc" #> [40552] "calc.rc<-" #> [40553] "CDF" #> [40554] "changes.calc.portfolio.statistics" #> [40555] "changes.export" #> [40556] "changes.loss" #> [40557] "changes.measure" #> [40558] "changes.plausi" #> [40559] "changes.plot" #> [40560] "changes.rc.sd" #> [40561] "changes.rc.vares" #> [40562] "changes.read" #> [40563] "CP.NR" #> [40564] "CP.NR<-" #> [40565] "CP.rating" #> [40566] "CP.rating<-" #> [40567] "crp.CSFP" #> [40568] "crp.CSFP-class" #> [40569] "crp.round" #> [40570] "EC" #> [40571] "EL" #> [40572] "EL.crp" #> [40573] "ES" #> [40574] "ES.cont" #> [40575] "ES.tau.cont" #> [40576] "export" #> [40577] "export.to.file" #> [40578] "export.to.file<-" #> [40579] "file.format" #> [40580] "file.format<-" #> [40581] "fo" #> [40582] "init" #> [40583] "integrity.check" #> [40584] "LGD" #> [40585] "LGD<-" #> [40586] "loss.dist" #> [40587] "loss.k" #> [40588] "loss.unit" #> [40589] "loss.unit<-" #> [40590] "measure" #> [40591] "mu.k" #> [40592] "NC" #> [40593] "NEX" #> [40594] "NEX<-" #> [40595] "Niter.max" #> [40596] "Niter.max<-" #> [40597] "NS" #> [40598] "path.in" #> [40599] "path.in<-" #> [40600] "path.out" #> [40601] "path.out<-" #> [40602] "PD.crp" #> [40603] "PDF" #> [40604] "pd_sector_var" #> [40605] "PL" #> [40606] "PL.crp" #> [40607] "plausi" #> [40608] "PLOT.PDF" #> [40609] "PLOT.PDF<-" #> [40610] "PLOT.range.x" #> [40611] "PLOT.range.x<-" #> [40612] "PLOT.range.y" #> [40613] "PLOT.range.y<-" #> [40614] "PLOT.scale" #> [40615] "PLOT.scale<-" #> [40616] "port.name" #> [40617] "port.name<-" #> [40618] "portfolio" #> [40619] "rating" #> [40620] "rating.PD" #> [40621] "rating.PD<-" #> [40622] "rating.scale.name" #> [40623] "rating.scale.name<-" #> [40624] "rating.SD" #> [40625] "rating.SD<-" #> [40626] "rating<-" #> [40627] "rating_pd" #> [40628] "rc.sd" #> [40629] "rc.vares" #> [40630] "save.memory" #> [40631] "save.memory<-" #> [40632] "SD" #> [40633] "SD.cont" #> [40634] "SD.crp" #> [40635] "sec.var" #> [40636] "sec.var.est" #> [40637] "sec.var.est<-" #> [40638] "sec.var.name" #> [40639] "sec.var.name<-" #> [40640] "sec.var<-" #> [40641] "set.changes" #> [40642] "sigma.sqr.syst" #> [40643] "sigma_k" #> [40644] "sigma_sqr_div" #> [40645] "VaR.cont" #> [40646] "VaR.pos" #> [40647] "W<-" #> [40648] "write.summary" #> [40649] "crp_gibbs" #> [40650] "crp_graph_2d" #> [40651] "as_tibble.CrunchCube" #> [40652] "collect" #> [40653] "GroupedCrunchDataset-class" #> [40654] "group_by" #> [40655] "mutate" #> [40656] "theme_crunch" #> [40657] "unweighted_n" #> [40658] "crqa-package" #> [40659] "calcphi" #> [40660] "checkts" #> [40661] "crqa" #> [40662] "CTcrqa" #> [40663] "drpdfromts" #> [40664] "leftmov" #> [40665] "lorenzattractor" #> [40666] "optimizeParam" #> [40667] "plotRP" #> [40668] "RDts1" #> [40669] "RDts2" #> [40670] "rightmov" #> [40671] "runcrqa" #> [40672] "spdiags" #> [40673] "theiler" #> [40674] "wincrqa" #> [40675] "windowdrp" #> [40676] "crqanlp-package" #> [40677] "assign_codes" #> [40678] "clean_text" #> [40679] "get_text_series" #> [40680] "plot_rp" #> [40681] "text_rqa" #> [40682] "text_win_rqa" #> [40683] "crrp" #> [40684] "gcrrp" #> [40685] "bce" #> [40686] "center" #> [40687] "crrc" #> [40688] "crrs" #> [40689] "crrvvs" #> [40690] "print.crrs" #> [40691] "psh.test" #> [40692] "crrstep-package" #> [40693] "crrstep" #> [40694] "crs-package" #> [40695] "clsd" #> [40696] "cps71" #> [40697] "crsiv" #> [40698] "crsivderiv" #> [40699] "crssigtest" #> [40700] "Engel95" #> [40701] "frscv" #> [40702] "frscvNOMAD" #> [40703] "glp.model.matrix" #> [40704] "gsl.bs" #> [40705] "krscv" #> [40706] "krscvNOMAD" #> [40707] "npglpreg" #> [40708] "snomadr" #> [40709] "tensor.prod.model.matrix" #> [40710] "uniquecombs" #> [40711] "wage1" #> [40712] "asr" #> [40713] "crseEvent" #> [40714] "demo_returns" #> [40715] "demo_share_repurchases" #> [40716] "Crsk" #> [40717] "dat1" #> [40718] "dat2" #> [40719] "diag_crr" #> [40720] "diag_lin" #> [40721] "diag_prop" #> [40722] "plot.diaglin" #> [40723] "plot.diagprop" #> [40724] "print.diaglin" #> [40725] "print.diagprop" #> [40726] "crs4hc" #> [40727] "crs4hce" #> [40728] "crsra_anonymize" #> [40729] "crsra_assessmentskips" #> [40730] "crsra_delete_user" #> [40731] "crsra_gradesummary" #> [40732] "crsra_import" #> [40733] "crsra_import_as_course" #> [40734] "crsra_import_course" #> [40735] "crsra_membershares" #> [40736] "crsra_progress" #> [40737] "crsra_tabledesc" #> [40738] "crsra_timetofinish" #> [40739] "crsra_whichtable" #> [40740] "example_course_import" #> [40741] "tabdesc" #> [40742] "apply_levels" #> [40743] "argument_match_test" #> [40744] "capitalize_first" #> [40745] "classification_model" #> [40746] "createtest" #> [40747] "create_and_run_test" #> [40748] "crtests" #> [40749] "drop_na" #> [40750] "evaluate_problem" #> [40751] "extract_formula" #> [40752] "factor_length" #> [40753] "group_levels" #> [40754] "group_levels.default" #> [40755] "is_complete_row" #> [40756] "make_predictions" #> [40757] "method_prepare" #> [40758] "multisample" #> [40759] "multitest" #> [40760] "multitest_evaluation" #> [40761] "na_count" #> [40762] "print.evaluation" #> [40763] "print.multitest_evaluation" #> [40764] "print.multitest_evaluation.summary" #> [40765] "random_string" #> [40766] "regression_model" #> [40767] "replace_names" #> [40768] "runtest" #> [40769] "summary.evaluation" #> [40770] "summary.multitest_evaluation" #> [40771] "train_model" #> [40772] "util" #> [40773] "CRTgeeDR" #> [40774] "fitted.CRTgeeDR" #> [40775] "geeDREstimation" #> [40776] "getCI" #> [40777] "getOMPlot" #> [40778] "getPSPlot" #> [40779] "predict.CRTgeeDR" #> [40780] "print.CRTgeeDR" #> [40781] "print.summary.CRTgeeDR" #> [40782] "summary.CRTgeeDR" #> [40783] "fixedMetaAnalMD" #> [40784] "fixedMetaAnalRROR" #> [40785] "n4incidence" #> [40786] "n4means" #> [40787] "n4meansEB" #> [40788] "n4meansMeta" #> [40789] "n4props" #> [40790] "n4propsEB" #> [40791] "n4propsMeta" #> [40792] "crul-package" #> [40793] "Async" #> [40794] "AsyncVaried" #> [40795] "cookies" #> [40796] "crul-options" #> [40797] "curl-options" #> [40798] "delete-requests" #> [40799] "handle" #> [40800] "hooks" #> [40801] "http-headers" #> [40802] "HttpClient" #> [40803] "HttpRequest" #> [40804] "HttpResponse" #> [40805] "mock" #> [40806] "ok" #> [40807] "Paginator" #> [40808] "post-requests" #> [40809] "progress" #> [40810] "proxies" #> [40811] "upload" #> [40812] "url_build" #> [40813] "verb-DELETE" #> [40814] "verb-GET" #> [40815] "verb-HEAD" #> [40816] "verb-PATCH" #> [40817] "verb-POST" #> [40818] "verb-PUT" #> [40819] "writing-options" #> [40820] "'compare-subvariables.R'" #> [40821] "'compare-variables.R'" #> [40822] "'conditional-transform.R'" #> [40823] "'consent.R'" #> [40824] "'copy.R'" #> [40825] "'crunch-data-frame.R'" #> [40826] "'crunch.R'" #> [40827] "'cube-collapse-dimensions.R'" #> [40828] "'cube-dims.R'" #> [40829] "'cube-query.R'" #> [40830] "'cube-residuals.R'" #> [40831] "'cube-subset.R'" #> [40832] "'transform.R'" #> [40833] "'cube-variables.R'" #> [40834] "'cut.R'" #> [40835] "'dataset-extract.R'" #> [40836] "'dataset-order.R'" #> [40837] "'dataset-stream.R'" #> [40838] "'dataset-update.R'" #> [40839] "'dataset.R'" #> [40840] "'shoji-catalog.R'" #> [40841] "'decks.R'" #> [40842] "'delete.R'" #> [40843] "'drop-rows.R'" #> [40844] "'edit-lock.R'" #> [40845] "'export-dataset.R'" #> [40846] "'filters.R'" #> [40847] "'folders.R'" #> [40848] "'fork-and-merge.R'" #> [40849] "'gadgets.R'" #> [40850] "'geo.R'" #> [40851] "'get-datasets.R'" #> [40852] "'hide-variables.R'" #> [40853] "'insertions.R'" #> [40854] "'interact.R'" #> [40855] "'json.R'" #> [40856] "'length.R'" #> [40857] "'make-array.R'" #> [40858] "'merge-crunch-data-frame.R'" #> [40859] "'misc.R'" #> [40860] "'new-dataset.R'" #> [40861] "'ordering.R'" #> [40862] "'permissions.R'" #> [40863] "'show.R'" #> [40864] "'pretty-print.R'" #> [40865] "'project-folder.R'" #> [40866] "'projects.R'" #> [40867] "'search.R'" #> [40868] "'share.R'" #> [40869] "'shoji-entity.R'" #> [40870] "'shoji-order-slots.R'" #> [40871] "'shoji-order.R'" #> [40872] "'shoji.R'" #> [40873] "'subtotals-and-headings.R'" #> [40874] "'summary-insertions.R'" #> [40875] "'tab-book.R'" #> [40876] "'transform-calculate.R'" #> [40877] "'tuple.R'" #> [40878] "'univariate.R'" #> [40879] "'user.R'" #> [40880] "'variable-as-methods.R'" #> [40881] "'variable-derivation.R'" #> [40882] "'variable-metadata.R'" #> [40883] "'variable-order.R'" #> [40884] "'variable-type.R'" #> [40885] "'variable-update.R'" #> [40886] "'variables.R'" #> [40887] "'versions.R'" #> [40888] "'weight.R'" #> [40889] "Neal" #> [40890] "Richardson" #> [40891] "Keane" #> [40892] "Gordon" #> [40893] "Shotwell" #> [40894] "2019-04-02" #> [40895] "22:00:20" #> [40896] "addGeoMetadata" #> [40897] "addSubvariable" #> [40898] "addSummaryStat" #> [40899] "addVariables" #> [40900] "aliases" #> [40901] "analyses" #> [40902] "appendDataset" #> [40903] "appendStream" #> [40904] "archive-and-publish" #> [40905] "as-vector" #> [40906] "as.environment,CrunchDataset-method" #> [40907] "availableGeodataFeatures" #> [40908] "batches" #> [40909] "c-categories" #> [40910] "catalog-dataframes" #> [40911] "Categories-class" #> [40912] "categoriesFromLevels" #> [40913] "cd" #> [40914] "changeCategoryID" #> [40915] "cleanseBatches" #> [40916] "collapseCategories" #> [40917] "compareDatasets" #> [40918] "conditionalTransform" #> [40919] "consent" #> [40920] "ContextManager" #> [40921] "copyOrder" #> [40922] "copyVariable" #> [40923] "createWithPreparedData" #> [40924] "crtabs" #> [40925] "crunch-cut" #> [40926] "crunch-uni" #> [40927] "crunchBox" #> [40928] "CrunchDataFrame" #> [40929] "CrunchDataset-class" #> [40930] "CrunchGeography-class" #> [40931] "CrunchVariable-class" #> [40932] "cube-computing" #> [40933] "cube-methods" #> [40934] "cube-missingness" #> [40935] "cube-residuals" #> [40936] "dataset-owner" #> [40937] "dataset-to-R" #> [40938] "decks" #> [40939] "deleteDataset" #> [40940] "deleteSubvariables" #> [40941] "deleteVariables" #> [40942] "derivations" #> [40943] "describe-entity" #> [40944] "dim-dataset" #> [40945] "dimension-comparison" #> [40946] "dimension-comparison-pairwise" #> [40947] "displaySettings" #> [40948] "dropRows" #> [40949] "email" #> [40950] "embedCrunchBox" #> [40951] "exclusion" #> [40952] "exportDataset" #> [40953] "exportDeck" #> [40954] "expropriateUser" #> [40955] "filter-catalog" #> [40956] "flipArrays" #> [40957] "folder" #> [40958] "forkDataset" #> [40959] "getTeams" #> [40960] "hiddenVariables" #> [40961] "hide" #> [40962] "hideVariables" #> [40963] "http-methods" #> [40964] "importMultitable" #> [40965] "index.table" #> [40966] "Insertions-class" #> [40967] "interactVariables" #> [40968] "is-na-categories" #> [40969] "is-public" #> [40970] "is.dataset" #> [40971] "is.editor" #> [40972] "joinDatasets" #> [40973] "loadDataset" #> [40974] "login" #> [40975] "logout" #> [40976] "makeArray" #> [40977] "makeArrayGadget" #> [40978] "makeCaseVariable" #> [40979] "makeMRFromText" #> [40980] "makeWeight" #> [40981] "matchCatToFeat" #> [40982] "members" #> [40983] "mergeFork" #> [40984] "modifyWeightVariables" #> [40985] "multitable-catalog" #> [40986] "mv" #> [40987] "na-omit-categories" #> [40988] "newDataset" #> [40989] "newDeck" #> [40990] "newExampleDataset" #> [40991] "newFilter" #> [40992] "newMultitable" #> [40993] "newProject" #> [40994] "newSlide" #> [40995] "noTransforms" #> [40996] "owners" #> [40997] "pendingStream" #> [40998] "pk" #> [40999] "pollProgress" #> [41000] "preCrunchBoxCheck" #> [41001] "prepareDataForCrunch" #> [41002] "project-icon" #> [41003] "projects" #> [41004] "reorderSlides" #> [41005] "resetPassword" #> [41006] "resolution" #> [41007] "restoreVersion" #> [41008] "rmdir" #> [41009] "saveVersion" #> [41010] "scoreCatToFeat" #> [41011] "searchDatasets" #> [41012] "setName" #> [41013] "setNames" #> [41014] "setOrder" #> [41015] "settings" #> [41016] "shoji-index" #> [41017] "ShojiObject-class" #> [41018] "showTransforms" #> [41019] "slides" #> [41020] "SO_schema" #> [41021] "SO_survey" #> [41022] "streaming" #> [41023] "Subtotal-class" #> [41024] "subtotalArray,CrunchCube-method" #> [41025] "Subvariables-class" #> [41026] "SummaryStat-class" #> [41027] "tabBook" #> [41028] "tabbook-dim" #> [41029] "table" #> [41030] "temp.options" #> [41031] "titles" #> [41032] "tojson-crunch" #> [41033] "toVariable" #> [41034] "Transforms-class" #> [41035] "unbind" #> [41036] "unshare" #> [41037] "users" #> [41038] "var-categories" #> [41039] "variable-as-methods" #> [41040] "VariableCatalog-class" #> [41041] "variableMetadata" #> [41042] "VariableOrder-class" #> [41043] "versions" #> [41044] "webApp" #> [41045] "weightVariables" #> [41046] "with-context-manager" #> [41047] "write.csv.gz" #> [41048] "crunchPage" #> [41049] "crunchyBody" #> [41050] "crunchyPublicBody" #> [41051] "crunchyServer" #> [41052] "listDatasetGadget" #> [41053] "setCrunchyAuthorization" #> [41054] "shinyDataset" #> [41055] "shinyUser" #> [41056] "withCrunchyProgress" #> [41057] "cruts-package" #> [41058] "cruts2poly" #> [41059] "cruts2raster" #> [41060] "extractNetCDF" #> [41061] "getAnomaly" #> [41062] "rlevel" #> [41063] "CrypticIBDcheck-package" #> [41064] "countIBS" #> [41065] "filter.control" #> [41066] "IBD" #> [41067] "IBDcheck" #> [41068] "new.IBD" #> [41069] "Nhlsim" #> [41070] "plot.IBD" #> [41071] "RutgersMapB36" #> [41072] "sim.control" #> [41073] "SNPgenmap" #> [41074] "cmc_api" #> [41075] "crypto_exchanges" #> [41076] "crypto_global_market" #> [41077] "crypto_history" #> [41078] "crypto_list" #> [41079] "crypto_prices" #> [41080] "crypto_timeseries" #> [41081] "crypto_xts" #> [41082] "get_coinlist_api" #> [41083] "get_coinlist_static" #> [41084] "platform_locale" #> [41085] "replace_encoding" #> [41086] "reset_encoding" #> [41087] "scraper" #> [41088] "CryptRndTest-package" #> [41089] "adaptive.chi.square" #> [41090] "birthday.spacings" #> [41091] "book.stack" #> [41092] "CryptRndTest-internal" #> [41093] "GCD" #> [41094] "GCD.big" #> [41095] "GCD.q" #> [41096] "GCD.test" #> [41097] "print.CryptRndTest" #> [41098] "random.walk.tests" #> [41099] "Strlng2" #> [41100] "TBT.criticalValue" #> [41101] "toBaseTen" #> [41102] "toBaseTwo" #> [41103] "topological.binary" #> [41104] "crystMW" #> [41105] "crystSG" #> [41106] "fitFTIRc" #> [41107] "FTIR" #> [41108] "ftirplot" #> [41109] "XRD" #> [41110] "xrdplot" #> [41111] "attcpo" #> [41112] "csa.bounds" #> [41113] "displacements" #> [41114] "E.Y0" #> [41115] "E.Y1" #> [41116] "F.Y0" #> [41117] "F.Y1" #> [41118] "ggattcpo" #> [41119] "ggCSABounds" #> [41120] "csampling-package" #> [41121] "Laplace" #> [41122] "make.sample.data" #> [41123] "mt" #> [41124] "plot.Lapl" #> [41125] "rsm.sample" #> [41126] "CsChange" #> [41127] "adjust.mpear" #> [41128] "CSclone" #> [41129] "Hamming" #> [41130] "l.s" #> [41131] "simu.data" #> [41132] "tf_similar" #> [41133] "CSeqpat" #> [41134] "CSESA" #> [41135] "FindSerotype" #> [41136] "GetAllNewSpacers" #> [41137] "GetNewSpacer" #> [41138] "GetNewSpacerCode" #> [41139] "GetReverseComplement" #> [41140] "GetStr" #> [41141] "ReadInFile" #> [41142] "WGS" #> [41143] "CSanalysis" #> [41144] "CSanalysis,matrix,matrix,character-method" #> [41145] "CSanalysis,matrix,matrix,CSfabia-method" #> [41146] "CSanalysis,matrix,matrix,CSmfa-method" #> [41147] "CSanalysis,matrix,matrix,CSpca-method" #> [41148] "CSanalysis,matrix,matrix,CSsmfa-method" #> [41149] "CSanalysis,matrix,matrix,CSzhang-method" #> [41150] "CScluster" #> [41151] "CScompare" #> [41152] "CSFA" #> [41153] "CSlabelscompare" #> [41154] "CSpermute" #> [41155] "CSresult-class" #> [41156] "dataSIM" #> [41157] "cshapes-package" #> [41158] "cshp" #> [41159] "distlist" #> [41160] "dcsn" #> [41161] "loglcsn" #> [41162] "pcsn" #> [41163] "rcsn" #> [41164] "csp" #> [41165] "csrplus-package" #> [41166] "boundary" #> [41167] "pielou" #> [41168] "quake" #> [41169] "csSAM-package" #> [41170] "csfit" #> [41171] "csSAM" #> [41172] "csSamWrapper" #> [41173] "fdrCsSAM" #> [41174] "fdrSAM" #> [41175] "findSigGene" #> [41176] "plotCsSAM" #> [41177] "runSAM" #> [41178] "cssTools-package" #> [41179] "atm" #> [41180] "cssTools2sna" #> [41181] "ftm" #> [41182] "highTechManagers" #> [41183] "rtm" #> [41184] "rtmPlot" #> [41185] "s14" #> [41186] "sliceQuality" #> [41187] "sna2cssTools" #> [41188] "cDistance" #> [41189] "cluster_example" #> [41190] "cstab" #> [41191] "cStability" #> [41192] "plot.cstab" #> [41193] "print.cstab" #> [41194] "cstar-package" #> [41195] "cstar" #> [41196] "cstari" #> [41197] "cstarme" #> [41198] "areave_data" #> [41199] "CST_Anomaly" #> [41200] "CST_BiasCorrection" #> [41201] "CST_Calibration" #> [41202] "CST_Load" #> [41203] "CST_MultiMetric" #> [41204] "CST_MultivarRMSE" #> [41205] "CST_RainFARM" #> [41206] "CST_RFSlope" #> [41207] "CST_RFWeights" #> [41208] "lonlat_data" #> [41209] "lonlat_prec" #> [41210] "PlotForecastPDF" #> [41211] "PlotMostLikelyQuantileMap" #> [41212] "RainFARM" #> [41213] "RFSlope" #> [41214] "as.csv" #> [41215] "as.csv.character" #> [41216] "as.csv.data.frame" #> [41217] "csvread" #> [41218] "int64" #> [41219] "Ops.int64" #> [41220] "colclass_dict" #> [41221] "csvy" #> [41222] "get_yaml_header" #> [41223] "read_csvy" #> [41224] "read_metadata" #> [41225] "write_csvy" #> [41226] "write_metadata" #> [41227] "CTAShiny" #> [41228] "cterFit" #> [41229] "cterSimData" #> [41230] "cterTest" #> [41231] "data_bbsalaries" #> [41232] "ctl-package" #> [41233] "ath.churchill" #> [41234] "ath.metabolites" #> [41235] "ath.result" #> [41236] "basic.qc" #> [41237] "ctl.circle" #> [41238] "ctl.lineplot" #> [41239] "ctl.load" #> [41240] "CTLhelper" #> [41241] "CTLmapping" #> [41242] "CTLnetwork" #> [41243] "CTLprofiles" #> [41244] "CTLregions" #> [41245] "CTLscan" #> [41246] "CTLscan.cross" #> [41247] "CTLsignificant" #> [41248] "detect.peaks" #> [41249] "hist.CTLobject" #> [41250] "image.CTLobject" #> [41251] "plot.CTLobject" #> [41252] "plot.CTLpermute" #> [41253] "plot.CTLscan" #> [41254] "plotTraits" #> [41255] "print.CTLobject" #> [41256] "print.CTLscan" #> [41257] "qtlimage" #> [41258] "QTLmapping" #> [41259] "scanSD" #> [41260] "scanSD.cross" #> [41261] "scanSlopes" #> [41262] "scanSlopes.cross" #> [41263] "yeast.brem" #> [41264] "CDTM" #> [41265] "CTDM" #> [41266] "termCount" #> [41267] "ctmcd-package" #> [41268] "ctmcdlogLik" #> [41269] "expmMC" #> [41270] "gm" #> [41271] "gm.default" #> [41272] "gmci" #> [41273] "gmci.default" #> [41274] "gmDA" #> [41275] "gmEM" #> [41276] "gmGS" #> [41277] "gmQO" #> [41278] "gmWA" #> [41279] "plot.gm" #> [41280] "plot.gmci" #> [41281] "plotM" #> [41282] "print.gm" #> [41283] "print.gmci" #> [41284] "rNijTRiT_ModRej" #> [41285] "rNijTRiT_Unif" #> [41286] "summary.gm" #> [41287] "tmci" #> [41288] "tm_abs" #> [41289] "ctmcmove-package" #> [41290] "ctmc.sim" #> [41291] "ctmc2glm" #> [41292] "get.rate.matrix" #> [41293] "get.UD" #> [41294] "mcmc.fmove" #> [41295] "path2ctmc" #> [41296] "Pctmc" #> [41297] "rast.grad" #> [41298] "bound" #> [41299] "build_gn_seq" #> [41300] "ctmleDiscrete" #> [41301] "ctmleGeneral" #> [41302] "ctmleGlmnet" #> [41303] "print.ctmle" #> [41304] "print.summary.ctmle" #> [41305] "summary.ctmle" #> [41306] "Christen" #> [41307] "Fleming" #> [41308] "Calabrese" #> [41309] "Xianghui" #> [41310] "Winner" #> [41311] "Guillaume" #> [41312] "Péron" #> [41313] "J." #> [41314] "Noonan" #> [41315] "Bart" #> [41316] "Kranstauber" #> [41317] "Eliezer" #> [41318] "Gurarie" #> [41319] "Kamran" #> [41320] "Safi" #> [41321] "Rogério" #> [41322] "Paula" #> [41323] "Akre" #> [41324] "Drescher-Lehman" #> [41325] "23:53:27" #> [41326] "ctmm-package" #> [41327] "akde" #> [41328] "as.telemetry" #> [41329] "coati" #> [41330] "ctmm" #> [41331] "ctmm-FAQ" #> [41332] "ctmm.boot" #> [41333] "extent" #> [41334] "gazelle" #> [41335] "homerange" #> [41336] "mean.variogram" #> [41337] "occurrence" #> [41338] "outlie" #> [41339] "plot.telemetry" #> [41340] "plot.variogram" #> [41341] "projection" #> [41342] "residuals.ctmm" #> [41343] "simulate.ctmm" #> [41344] "summary.ctmm" #> [41345] "summary.UD" #> [41346] "turtle" #> [41347] "uere" #> [41348] "Unit" #> [41349] "conversion" #> [41350] "variogram" #> [41351] "variogram.fit" #> [41352] "wolf" #> [41353] "ctqr-package" #> [41354] "ctqr" #> [41355] "ctqr.control" #> [41356] "plot.ctqr" #> [41357] "predict.ctqr" #> [41358] "ctrFindActiveSubstanceSynonyms" #> [41359] "ctrGetQueryUrlFromBrowser" #> [41360] "ctrLoadQueryIntoDb" #> [41361] "ctrOpenSearchPagesInBrowser" #> [41362] "dbFindFields" #> [41363] "dbFindIdsUniqueTrials" #> [41364] "dbGetFieldsIntoDf" #> [41365] "dbQueryHistory" #> [41366] "dfMergeTwoVariablesRelevel" #> [41367] "installCygwinWindowsDoInstall" #> [41368] "CTRE-package" #> [41369] "acf" #> [41370] "acf.ctre" #> [41371] "bitcoin" #> [41372] "ctre" #> [41373] "empcopula" #> [41374] "flares" #> [41375] "interarrival" #> [41376] "length.ctre" #> [41377] "magnitudes" #> [41378] "MLestimates" #> [41379] "mlqqplot" #> [41380] "plot.ctre" #> [41381] "qqestplot_static" #> [41382] "runCTREshiny" #> [41383] "seaquakes" #> [41384] "time" #> [41385] "bestKeeper" #> [41386] "bki" #> [41387] "cpSta" #> [41388] "FIB" #> [41389] "FIBct" #> [41390] "geNorm" #> [41391] "geNorm2" #> [41392] "measureM" #> [41393] "pairwiseV" #> [41394] "pearsonCor" #> [41395] "plotV" #> [41396] "asth" #> [41397] "car_control" #> [41398] "factab" #> [41399] "kalsmoComp" #> [41400] "plotSpecCar" #> [41401] "plotSpecLs" #> [41402] "spec.ci" #> [41403] "spec.ls" #> [41404] "V22174" #> [41405] "Charles" #> [41406] "Driver" #> [41407] "Manuel" #> [41408] "Voelkle" #> [41409] "Han" #> [41410] "Oud" #> [41411] "2019-04-13" #> [41412] "22:52:46" #> [41413] "AnomAuth" #> [41414] "ctCheckFit" #> [41415] "ctCI" #> [41416] "ctCollapse" #> [41417] "ctCompareExpected" #> [41418] "ctDeintervalise" #> [41419] "ctDensity" #> [41420] "ctDiscretePars" #> [41421] "ctDiscretiseData" #> [41422] "ctExample1" #> [41423] "ctExample1TIpred" #> [41424] "ctExample2" #> [41425] "ctExample2level" #> [41426] "ctExample3" #> [41427] "ctExample4" #> [41428] "ctFit" #> [41429] "ctGenerate" #> [41430] "ctGenerateFromFit" #> [41431] "ctIndplot" #> [41432] "ctIntervalise" #> [41433] "ctKalman" #> [41434] "ctKalmanPlot" #> [41435] "ctLongToWide" #> [41436] "ctModel" #> [41437] "ctModelFromFit" #> [41438] "ctMultigroupFit" #> [41439] "ctPlot" #> [41440] "ctPlotArray" #> [41441] "ctPoly" #> [41442] "ctPostPredict" #> [41443] "ctRefineTo" #> [41444] "ctsem" #> [41445] "ctStanContinuousPars" #> [41446] "ctStanDiscretePars" #> [41447] "ctStanDiscreteParsPlot" #> [41448] "ctStanFit" #> [41449] "ctStanGenerateData" #> [41450] "ctStanKalman" #> [41451] "ctStanModel" #> [41452] "ctStanParMatrices" #> [41453] "ctStanParnames" #> [41454] "ctStanPlotPost" #> [41455] "ctStanPostPredict" #> [41456] "ctstantestdat" #> [41457] "ctstantestfit" #> [41458] "ctStanTIpredeffects" #> [41459] "ctStanTIpredMarginal" #> [41460] "ctStanUpdModel" #> [41461] "ctWideNames" #> [41462] "ctWideToLong" #> [41463] "datastructure" #> [41464] "inv_logit" #> [41465] "isdiag" #> [41466] "Kalman" #> [41467] "longexample" #> [41468] "msquare" #> [41469] "optimstan" #> [41470] "Oscillating" #> [41471] "plot.ctsemFit" #> [41472] "plot.ctsemFitMeasure" #> [41473] "plot.ctsemMultigroupFit" #> [41474] "plot.ctStanFit" #> [41475] "plot.ctStanModel" #> [41476] "sdpcor2cov" #> [41477] "stanWplot" #> [41478] "stan_checkdivergences" #> [41479] "stan_confidenceRegion" #> [41480] "stan_postcalc" #> [41481] "stan_unconstrainsamples" #> [41482] "summary.ctsemFit" #> [41483] "summary.ctsemMultigroupFit" #> [41484] "summary.ctStanFit" #> [41485] "CTT-package" #> [41486] "CTTdata" #> [41487] "cttICC" #> [41488] "CTTkey" #> [41489] "disattenuated.cor" #> [41490] "distractor.analysis" #> [41491] "distractorAnalysis" #> [41492] "itemAnalysis" #> [41493] "polyserial" #> [41494] "reliability" #> [41495] "score.transform" #> [41496] "spearman.brown" #> [41497] "subscales" #> [41498] "CTTinShiny" #> [41499] "shinyCTT" #> [41500] "startCTT" #> [41501] "ctv-client" #> [41502] "ctv-server" #> [41503] "betabinomial" #> [41504] "betabinomialcsi" #> [41505] "betar" #> [41506] "BIC.GEM" #> [41507] "bitcsi" #> [41508] "bitgama" #> [41509] "chi2cub" #> [41510] "coef.GEM" #> [41511] "cormat" #> [41512] "cubevisual" #> [41513] "cubshevisual" #> [41514] "cubvisual" #> [41515] "CUB_package" #> [41516] "deltaprob" #> [41517] "dissim" #> [41518] "ellecub" #> [41519] "expcub00" #> [41520] "expcube" #> [41521] "fitted.GEM" #> [41522] "GEM" #> [41523] "inibest" #> [41524] "inibestcube" #> [41525] "inibestcubecov" #> [41526] "inibestcubecsi" #> [41527] "inibestgama" #> [41528] "inigrid" #> [41529] "iniihg" #> [41530] "laakso" #> [41531] "logis" #> [41532] "logLik.GEM" #> [41533] "loglikCUB" #> [41534] "loglikCUBE" #> [41535] "loglikCUSH" #> [41536] "loglikIHG" #> [41537] "logscore" #> [41538] "makeplot" #> [41539] "multicub" #> [41540] "multicube" #> [41541] "plotloglikihg" #> [41542] "print.GEM" #> [41543] "probbit" #> [41544] "probcub00" #> [41545] "probcub0q" #> [41546] "probcube" #> [41547] "probcubp0" #> [41548] "probcubpq" #> [41549] "probcubshe1" #> [41550] "probcubshe2" #> [41551] "probcubshe3" #> [41552] "probcush" #> [41553] "probgecub" #> [41554] "probihg" #> [41555] "probihgcovn" #> [41556] "relgoods" #> [41557] "simcub" #> [41558] "simcube" #> [41559] "simcubshe" #> [41560] "simcush" #> [41561] "simihg" #> [41562] "summary.GEM" #> [41563] "univer" #> [41564] "varcub00" #> [41565] "varcube" #> [41566] "varmatCUB" #> [41567] "varmatCUBE" #> [41568] "vcov.GEM" #> [41569] "cubature-package" #> [41570] "cubintegrate" #> [41571] "cuhre" #> [41572] "default_args" #> [41573] "divonne" #> [41574] "hcubature" #> [41575] "suave" #> [41576] "vegas" #> [41577] "cubeView" #> [41578] "cubeViewOutput" #> [41579] "cubfits-package" #> [41580] "Asymmetric" #> [41581] "Cedric" #> [41582] "Convergence" #> [41583] "Utilities" #> [41584] "IO" #> [41585] "Codon" #> [41586] "Adaptation" #> [41587] "Controls" #> [41588] "Coverting" #> [41589] "Utility" #> [41590] "CUB" #> [41591] "Approximation" #> [41592] "Prediction" #> [41593] "Formats" #> [41594] "Datasets" #> [41595] "Estimate" #> [41596] "Phi" #> [41597] "Fit" #> [41598] "Multinomial" #> [41599] "Generating" #> [41600] "Initial" #> [41601] "Input" #> [41602] "Mixed" #> [41603] "Normal" #> [41604] "Optimization" #> [41605] "Plotbin" #> [41606] "Plotmodel" #> [41607] "Plotprxy" #> [41608] "Results" #> [41609] "Yassour2009" #> [41610] "Randomize" #> [41611] "SCUO" #> [41612] "Rearrangment" #> [41613] "Usage" #> [41614] "Tool" #> [41615] "animate" #> [41616] "comparison" #> [41617] "cubieCube" #> [41618] "cycle" #> [41619] "getMovesCube" #> [41620] "getMovesPattern" #> [41621] "invCube" #> [41622] "invMoves" #> [41623] "plot.cube" #> [41624] "plot3D.cube" #> [41625] "read.cubesolve" #> [41626] "rotations" #> [41627] "solvable" #> [41628] "solver" #> [41629] "stickerCube" #> [41630] "cubist.default" #> [41631] "cubistControl" #> [41632] "dotplot.cubist" #> [41633] "exportCubistFiles" #> [41634] "predict.cubist" #> [41635] "summary.cubist" #> [41636] "clip" #> [41637] "meansd" #> [41638] "printcross" #> [41639] "strutils" #> [41640] "sum.n" #> [41641] "xf" #> [41642] "xtab" #> [41643] "binaryfeaturematrix" #> [41644] "check.dist" #> [41645] "count.substring.occurrences" #> [41646] "enumerate.meaningcombinations" #> [41647] "enumerate.substrings" #> [41648] "hammingdists" #> [41649] "normalisedlevenshteindists" #> [41650] "orderinsensitivedists" #> [41651] "page.test" #> [41652] "read.dist" #> [41653] "repmatrix" #> [41654] "segment.string" #> [41655] "shuffle.locations" #> [41656] "sm.compositionality" #> [41657] "ssm.compositionality" #> [41658] "temperature.colors" #> [41659] "wrap.meaningdistfunction" #> [41660] "CUMP-package" #> [41661] "combGWAS" #> [41662] "cumplyr-package" #> [41663] "cartesian_product" #> [41664] "cumddply" #> [41665] "iddply" #> [41666] "processed.rt.data" #> [41667] "rt.data" #> [41668] "cumSeg-package" #> [41669] "fibroblast" #> [41670] "jumpoints" #> [41671] "plot.aCGHsegmented" #> [41672] "cumstats-package" #> [41673] "cumgmean" #> [41674] "cumhmean" #> [41675] "cumkurt" #> [41676] "cummean" #> [41677] "cummedian" #> [41678] "cummode" #> [41679] "cumquant" #> [41680] "cumskew" #> [41681] "cumvar" #> [41682] "curl" #> [41683] "curl_download" #> [41684] "curl_echo" #> [41685] "curl_escape" #> [41686] "curl_fetch_memory" #> [41687] "curl_options" #> [41688] "file_writer" #> [41689] "handle_cookies" #> [41690] "ie_proxy" #> [41691] "multi" #> [41692] "multipart" #> [41693] "nslookup" #> [41694] "parse_date" #> [41695] "parse_headers" #> [41696] "cci.nostrat" #> [41697] "cci.pest" #> [41698] "cci.strat" #> [41699] "chisq.log" #> [41700] "chisq.loglog" #> [41701] "chisq.naive" #> [41702] "clfs" #> [41703] "clfs.nostrat" #> [41704] "clfs.pest" #> [41705] "clfs.strat" #> [41706] "cml" #> [41707] "comci.pest" #> [41708] "lfs.pest" #> [41709] "pvals.2cat" #> [41710] "pvals.cat" #> [41711] "curry" #> [41712] "partial" #> [41713] "tail_curry" #> [41714] "ComputeBW" #> [41715] "ComputeConfIntervals" #> [41716] "ComputeMLE" #> [41717] "ComputeSMLE" #> [41718] "hepatitisA" #> [41719] "rubella" #> [41720] "param.boot" #> [41721] "param.boot.rm" #> [41722] "depth.curve.Tukey" #> [41723] "depthc.Tukey" #> [41724] "dist.curves" #> [41725] "dist.curves.asymm" #> [41726] "dist.images" #> [41727] "images2curves" #> [41728] "mnistShort017" #> [41729] "sample.curves" #> [41730] "voxelize" #> [41731] "curvHDRfilter" #> [41732] "curvHDRvignette" #> [41733] "plot.curvHDRfilter" #> [41734] "cusp-package" #> [41735] "attitudes" #> [41736] "cusp" #> [41737] "cusp.bifset" #> [41738] "cusp.extrema" #> [41739] "cusp.logist" #> [41740] "cusp.nc" #> [41741] "cusp.nlogLike" #> [41742] "cusp3d" #> [41743] "cusp3d.surface" #> [41744] "dcusp" #> [41745] "draw.cusp.bifset" #> [41746] "oliva" #> [41747] "plot.cusp" #> [41748] "plotCuspBifurcation" #> [41749] "plotCuspDensities" #> [41750] "plotCuspResidfitted" #> [41751] "predict.cusp" #> [41752] "summary.cusp" #> [41753] "vcov.cusp" #> [41754] "zeeman" #> [41755] "checkDepVector" #> [41756] "confMatrixMetrics" #> [41757] "cumGainsChart" #> [41758] "cumGainsTable" #> [41759] "cutoffSensitivityPlot" #> [41760] "dynAccuracy" #> [41761] "dynConfMatrix" #> [41762] "expMisclassCost" #> [41763] "liftChart" #> [41764] "liftIndex" #> [41765] "liftTable" #> [41766] "misclassCost" #> [41767] "response" #> [41768] "topDecileLift" #> [41769] "customizedGlmnet" #> [41770] "cv.customizedGlmnet" #> [41771] "nonzero" #> [41772] "nonzero.customizedGlmnet" #> [41773] "nonzero.singleton" #> [41774] "plot.customizedGlmnet" #> [41775] "plot.cv.customizedGlmnet" #> [41776] "predict.customizedGlmnet" #> [41777] "predict.cv.customizedGlmnet" #> [41778] "predict.singleton" #> [41779] "print.customizedGlmnet" #> [41780] "print.cv.customizedGlmnet" #> [41781] "lay_bind_col" #> [41782] "lay_bind_row" #> [41783] "lay_grid" #> [41784] "lay_new" #> [41785] "lay_set" #> [41786] "lay_show" #> [41787] "lay_split_field" #> [41788] "phl_adjust_table" #> [41789] "phl_calc_fontsize" #> [41790] "phl_layout" #> [41791] "phl_with_flextable" #> [41792] "phl_with_gg" #> [41793] "phl_with_plot" #> [41794] "phl_with_table" #> [41795] "phl_with_text" #> [41796] "phl_with_vg" #> [41797] "print.CustomLayout" #> [41798] "print.OfficerCustomLayout" #> [41799] "step_custom_filter" #> [41800] "step_custom_transformation" #> [41801] "cusum_alpha_sim" #> [41802] "cusum_example_data" #> [41803] "cusum_limit_sim" #> [41804] "plot.cusum" #> [41805] "racusum" #> [41806] "racusum_alpha_sim" #> [41807] "racusum_example_data" #> [41808] "racusum_limit_sim" #> [41809] "summary.cusum" #> [41810] "getARL" #> [41811] "getH" #> [41812] "complete.chunk" #> [41813] "CosK" #> [41814] "Cut" #> [41815] "date.month" #> [41816] "EpanK" #> [41817] "GaussK" #> [41818] "Grmse" #> [41819] "HeatStruct" #> [41820] "hqmr.data" #> [41821] "impCV" #> [41822] "MissSimulation" #> [41823] "nmissing" #> [41824] "UnifK" #> [41825] "abs_d_ppv_npv" #> [41826] "abs_d_sens_spec" #> [41827] "add_metric" #> [41828] "cohens_kappa" #> [41829] "cutpoint" #> [41830] "cutpointr" #> [41831] "cutpointr_" #> [41832] "cutpoint_knots" #> [41833] "F1_score" #> [41834] "false_omission_rate" #> [41835] "maximize_boot_metric" #> [41836] "maximize_gam_metric" #> [41837] "maximize_loess_metric" #> [41838] "maximize_metric" #> [41839] "maximize_spline_metric" #> [41840] "misclassification_cost" #> [41841] "multi_cutpointr" #> [41842] "npv" #> [41843] "oc_manual" #> [41844] "oc_mean" #> [41845] "oc_median" #> [41846] "oc_youden_kernel" #> [41847] "oc_youden_normal" #> [41848] "odds_ratio" #> [41849] "plot.cutpointr" #> [41850] "plot_cutpointr" #> [41851] "plot_cut_boot" #> [41852] "plot_metric" #> [41853] "plot_metric_boot" #> [41854] "plot_precision_recall" #> [41855] "plot_sensitivity_specificity" #> [41856] "plot_x" #> [41857] "plr" #> [41858] "ppv" #> [41859] "predict.cutpointr" #> [41860] "print.cutpointr" #> [41861] "print.multi_cutpointr" #> [41862] "prod_ppv_npv" #> [41863] "prod_sens_spec" #> [41864] "prostate_nodal" #> [41865] "p_chisquared" #> [41866] "risk_ratio" #> [41867] "roc01" #> [41868] "sens_constrain" #> [41869] "sum_ppv_npv" #> [41870] "sum_sens_spec" #> [41871] "total_utility" #> [41872] "tpr" #> [41873] "user_span_cutpointr" #> [41874] "youden" #> [41875] "findcutpoints" #> [41876] "cuttlefish.model-package" #> [41877] "delta.glm" #> [41878] "fr.data.lpue" #> [41879] "input.data" #> [41880] "two.stage.model.fit" #> [41881] "two.stage.model.outputs" #> [41882] "cvar-package" #> [41883] "GarchModel" #> [41884] "predict.garch1c1" #> [41885] "sim_garch1c1" #> [41886] "cvAUC-package" #> [41887] "adherence" #> [41888] "admissions" #> [41889] "ci.cvAUC" #> [41890] "ci.pooled.cvAUC" #> [41891] "cvAUC" #> [41892] "calfun" #> [41893] "cptest" #> [41894] "cvcrand" #> [41895] "cvrall" #> [41896] "cvrcov" #> [41897] "Dickinson_design" #> [41898] "Dickinson_outcome" #> [41899] "approx.scotopic.luminance.LarsonEtAl.RGB" #> [41900] "attenuationNumberOfEyes" #> [41901] "BowmanTCDS" #> [41902] "calculateTES" #> [41903] "Color.Vision.c2g" #> [41904] "Color.Vision.Daltonize" #> [41905] "Color.Vision.Simulate" #> [41906] "Color.Vision.VingrysAndKingSmith" #> [41907] "createPNGbuttons" #> [41908] "D15Foutch" #> [41909] "decolorize" #> [41910] "dichromaticCopunctalPoint" #> [41911] "effectiveCornealFluxDensity" #> [41912] "effectivePupilArea" #> [41913] "example1Lanthony1978" #> [41914] "example2Lanthony1978" #> [41915] "exampleBowman1982" #> [41916] "exampleFarnsworth1974" #> [41917] "exampleFM100" #> [41918] "exampleNRC1981" #> [41919] "exampleSimunovic2004" #> [41920] "FarnsworthD15" #> [41921] "FarnsworthMunsell100Hue" #> [41922] "GellerTCDS" #> [41923] "greyscale.avg" #> [41924] "H16" #> [41925] "illuminance2troland" #> [41926] "interpretation.VingrysAndKingSmith" #> [41927] "LanthonyD15" #> [41928] "lightAdaptedPupilSize.Barten" #> [41929] "lightAdaptedPupilSize.BlackieAndHowland" #> [41930] "lightAdaptedPupilSize.Crawford" #> [41931] "lightAdaptedPupilSize.DeGrootAndGebhard" #> [41932] "lightAdaptedPupilSize.Holladay" #> [41933] "lightAdaptedPupilSize.LeGrand" #> [41934] "lightAdaptedPupilSize.MoonAndSpencer" #> [41935] "lightAdaptedPupilSize.StanleyAndDavies" #> [41936] "lightAdaptedPupilSize.WatsonAndYellott" #> [41937] "lightAdaptedPupilSize.WinnEtAl" #> [41938] "loadPNG" #> [41939] "neutralPoint" #> [41940] "plotConfusionVectors" #> [41941] "Roth28" #> [41942] "scoreD15Graphic" #> [41943] "scoreD15TCDS" #> [41944] "scoreFM100Graphic" #> [41945] "scoreRoth28Graphic" #> [41946] "showDuplicated" #> [41947] "typicalD15" #> [41948] "vectorPNGbuttons" #> [41949] "VKSgraphic" #> [41950] "VKStable2" #> [41951] "XYZ2scotopic.Rawtran" #> [41952] "asymptotic_test" #> [41953] "asymptotic_test2" #> [41954] "LRT_STAT" #> [41955] "mslr_test" #> [41956] "mslr_test2" #> [41957] "CVglasso" #> [41958] "plot.CVglasso" #> [41959] "acgm.bandwidth.selection.linkfunction" #> [41960] "acgm.linkfunction.estim" #> [41961] "acgm.statistics" #> [41962] "acgm.test.bootstrap" #> [41963] "cvmgof" #> [41964] "df.bandwidth.selection.linkfunction" #> [41965] "df.cdf.estim" #> [41966] "df.linkfunction.estim" #> [41967] "df.statistics" #> [41968] "df.test.bootstrap" #> [41969] "kernel.function.epan" #> [41970] "kernel.function.gauss" #> [41971] "kernel.function.quart" #> [41972] "vkgmss.bandwidth.selection.linkfunction" #> [41973] "vkgmss.linkfunction.estim" #> [41974] "vkgmss.residuals.cdf.estim" #> [41975] "vkgmss.sd.estim" #> [41976] "vkgmss.statistics" #> [41977] "vkgmss.test.bootstrap" #> [41978] "cvq2-package" #> [41979] "cvq2-class" #> [41980] "cvq2.sample.A" #> [41981] "cvq2.sample.A_pred" #> [41982] "cvq2.sample.B" #> [41983] "cvq2.sample.C" #> [41984] "cvq2.sample.D" #> [41985] "predPow" #> [41986] "q2" #> [41987] "q2-class" #> [41988] "CVR-package" #> [41989] "alcohol" #> [41990] "CVR" #> [41991] "cvrsolver" #> [41992] "plot.CVR" #> [41993] "SimulateCVR" #> [41994] "SparseCCA" #> [41995] "CVST-package" #> [41996] "cochranq.test" #> [41997] "constructCVSTModel" #> [41998] "constructData" #> [41999] "constructLearner" #> [42000] "constructParams" #> [42001] "constructSequentialTest" #> [42002] "CV" #> [42003] "fastCV" #> [42004] "noisyDonoho" #> [42005] "noisySine" #> [42006] "cvimpute.by.wavelet" #> [42007] "cvimpute.image.by.wavelet" #> [42008] "CVThresh" #> [42009] "cvtype" #> [42010] "cvtype.image" #> [42011] "cvwavelet" #> [42012] "cvwavelet.after.impute" #> [42013] "cvwavelet.image" #> [42014] "cvwavelet.image.after.impute" #> [42015] "dopp" #> [42016] "fg1" #> [42017] "heav" #> [42018] "ipd" #> [42019] "ppoly" #> [42020] "cvTools-package" #> [42021] "aggregate.cv" #> [42022] "bwplot.cv" #> [42023] "cost" #> [42024] "cvFit" #> [42025] "cvFolds" #> [42026] "cvReshape" #> [42027] "cvSelect" #> [42028] "cvTool" #> [42029] "cvTuning" #> [42030] "densityplot.cv" #> [42031] "dotplot.cv" #> [42032] "plot.cv" #> [42033] "repCV" #> [42034] "subset.cv" #> [42035] "summary.cv" #> [42036] "xyplot.cv" #> [42037] "CVTuningCov-package" #> [42038] "banding" #> [42039] "F.norm2" #> [42040] "hard.thresholding" #> [42041] "L2.norm2" #> [42042] "random.CV" #> [42043] "regular.CV" #> [42044] "soft.thresholding" #> [42045] "tapering" #> [42046] "biclust_smooth" #> [42047] "cobra" #> [42048] "cobra_internal" #> [42049] "cobra_pod" #> [42050] "cobra_validate" #> [42051] "compactify_edges" #> [42052] "create_adjacency" #> [42053] "create_edge_incidence" #> [42054] "find_clusters" #> [42055] "get_subgroup_means" #> [42056] "get_subgroup_means_full" #> [42057] "get_validation" #> [42058] "gkn_weights" #> [42059] "kernel_weights" #> [42060] "knn_weights" #> [42061] "weights_graph" #> [42062] "AMA_step_size" #> [42063] "create_clustering_problem" #> [42064] "cvxclust" #> [42065] "cvxclustr" #> [42066] "cvxclust_admm" #> [42067] "cvxclust_ama" #> [42068] "cvxclust_path_admm" #> [42069] "cvxclust_path_ama" #> [42070] "mammals" #> [42071] "Anqi" #> [42072] "Fu" #> [42073] "Balasubramanian" #> [42074] "Narasimhan" #> [42075] "Diamond" #> [42076] "Stephen" #> [42077] "Boyd" #> [42078] "Kunsberg" #> [42079] "Rosenfield" #> [42080] "2019-03-13" #> [42081] "06:26:58" #> [42082] "CVXR-package" #> [42083] "*,Expression,Expression-method" #> [42084] "+,Expression,missing-method" #> [42085] "-,Expression,missing-method" #> [42086] ".build_matrix_0" #> [42087] ".build_matrix_1" #> [42088] ".LinOpVector__new" #> [42089] ".LinOpVector__push_back" #> [42090] ".LinOp_at_index" #> [42091] ".LinOp__args_push_back" #> [42092] ".LinOp__get_dense_data" #> [42093] ".LinOp__get_id" #> [42094] ".LinOp__get_size" #> [42095] ".LinOp__get_slice" #> [42096] ".LinOp__get_sparse" #> [42097] ".LinOp__get_sparse_data" #> [42098] ".LinOp__get_type" #> [42099] ".LinOp__new" #> [42100] ".LinOp__set_dense_data" #> [42101] ".LinOp__set_size" #> [42102] ".LinOp__set_slice" #> [42103] ".LinOp__set_sparse" #> [42104] ".LinOp__set_sparse_data" #> [42105] ".LinOp__set_type" #> [42106] ".LinOp__size_push_back" #> [42107] ".LinOp__slice_push_back" #> [42108] ".ProblemData__get_const_to_row" #> [42109] ".ProblemData__get_const_vec" #> [42110] ".ProblemData__get_I" #> [42111] ".ProblemData__get_id_to_col" #> [42112] ".ProblemData__get_J" #> [42113] ".ProblemData__get_V" #> [42114] ".ProblemData__new" #> [42115] ".ProblemData__set_const_to_row" #> [42116] ".ProblemData__set_const_vec" #> [42117] ".ProblemData__set_I" #> [42118] ".ProblemData__set_id_to_col" #> [42119] ".ProblemData__set_J" #> [42120] ".ProblemData__set_V" #> [42121] "/,Expression,Expression-method" #> [42122] "<=,Expression,Expression-method" #> [42123] "==,Expression,Expression-method" #> [42124] "abs,Expression-method" #> [42125] "Abs-class" #> [42126] "AffAtom-class" #> [42127] "AffineProd-class" #> [42128] "affine_prod" #> [42129] "Atom-class" #> [42130] "AxisAtom-class" #> [42131] "BinaryOperator-class" #> [42132] "bmat" #> [42133] "Bool-class" #> [42134] "BoolConstr-class" #> [42135] "CallbackParam-class" #> [42136] "Canonical-class" #> [42137] "canonicalize" #> [42138] "cdiac" #> [42139] "cone-methods" #> [42140] "Constant-class" #> [42141] "Conv-class" #> [42142] "CumSum-class" #> [42143] "cumsum_axis" #> [42144] "curvature-atom" #> [42145] "curvature-comp" #> [42146] "curvature-methods" #> [42147] "cvxr_norm" #> [42148] "diag,Expression-method" #> [42149] "DiagMat-class" #> [42150] "DiagVec-class" #> [42151] "diff,Expression-method" #> [42152] "dspop" #> [42153] "dssamp" #> [42154] "ECOS-class" #> [42155] "ECOS_BB-class" #> [42156] "Elementwise-class" #> [42157] "entr" #> [42158] "Entr-class" #> [42159] "exp,Expression-method" #> [42160] "Exp-class" #> [42161] "ExpCone-class" #> [42162] "Expression-class" #> [42163] "expression-parts" #> [42164] "format_constr" #> [42165] "format_results" #> [42166] "GeoMean-class" #> [42167] "geo_mean" #> [42168] "get_gurobiglue" #> [42169] "get_id" #> [42170] "get_mosekglue" #> [42171] "get_np" #> [42172] "get_problem_data" #> [42173] "get_sp" #> [42174] "GLPK-class" #> [42175] "graph_implementation" #> [42176] "GUROBI-class" #> [42177] "hstack" #> [42178] "HStack-class" #> [42179] "Huber-class" #> [42180] "id" #> [42181] "import_solver" #> [42182] "installed_solvers" #> [42183] "Int-class" #> [42184] "IntConstr-class" #> [42185] "inv_pos" #> [42186] "is_dcp" #> [42187] "is_qp" #> [42188] "KLDiv-class" #> [42189] "kl_div" #> [42190] "Kron-class" #> [42191] "kronecker,Expression,ANY-method" #> [42192] "LambdaMax-class" #> [42193] "lambda_max" #> [42194] "lambda_min" #> [42195] "lambda_sum_largest" #> [42196] "lambda_sum_smallest" #> [42197] "Leaf-class" #> [42198] "log,Expression-method" #> [42199] "Log-class" #> [42200] "Log1p-class" #> [42201] "LogDet-class" #> [42202] "Logistic-class" #> [42203] "LogSumExp-class" #> [42204] "log_det" #> [42205] "log_sum_exp" #> [42206] "LPSOLVE-class" #> [42207] "MatrixFrac-class" #> [42208] "matrix_frac" #> [42209] "matrix_trace" #> [42210] "MaxElemwise-class" #> [42211] "MaxEntries-class" #> [42212] "Maximize-class" #> [42213] "max_elemwise" #> [42214] "max_entries" #> [42215] "mean.Expression" #> [42216] "Minimize-class" #> [42217] "min_elemwise" #> [42218] "min_entries" #> [42219] "mixed_norm" #> [42220] "MOSEK-class" #> [42221] "MulElemwise-class" #> [42222] "NonlinearConstraint-class" #> [42223] "NonNegative-class" #> [42224] "norm,Expression,character-method" #> [42225] "norm1" #> [42226] "norm2" #> [42227] "NormNuc-class" #> [42228] "norm_inf" #> [42229] "norm_nuc" #> [42230] "Objective-arith" #> [42231] "Parameter-class" #> [42232] "Pnorm-class" #> [42233] "Power-class" #> [42234] "Problem-arith" #> [42235] "Problem-class" #> [42236] "problem-parts" #> [42237] "psolve" #> [42238] "p_norm" #> [42239] "QuadOverLin-class" #> [42240] "quad_form" #> [42241] "quad_over_lin" #> [42242] "Rdict-class" #> [42243] "Rdictdefault-class" #> [42244] "resetOptions" #> [42245] "Reshape-class" #> [42246] "reshape_expr" #> [42247] "residual-methods" #> [42248] "RMulExpression-class" #> [42249] "scalene" #> [42250] "SCS-class" #> [42251] "SDP-class" #> [42252] "Semidef" #> [42253] "SemidefUpperTri-class" #> [42254] "setIdCounter" #> [42255] "SigmaMax-class" #> [42256] "sigma_max" #> [42257] "sign,Expression-method" #> [42258] "sign-methods" #> [42259] "sign_from_args" #> [42260] "SizeMetrics-class" #> [42261] "size_from_args" #> [42262] "SOC-class" #> [42263] "SOCAxis-class" #> [42264] "Solver-capable" #> [42265] "Solver-class" #> [42266] "Solver.choose_solver" #> [42267] "Solver.solve" #> [42268] "SolverStats-class" #> [42269] "sqrt,Expression-method" #> [42270] "Sqrt-class" #> [42271] "Square-class" #> [42272] "status_map,ECOS-method" #> [42273] "status_map,GLPK-method" #> [42274] "status_map,GUROBI-method" #> [42275] "status_map,LPSOLVE-method" #> [42276] "status_map,MOSEK-method" #> [42277] "status_map,SCS-method" #> [42278] "SumEntries-class" #> [42279] "SumLargest-class" #> [42280] "sum_entries" #> [42281] "sum_largest" #> [42282] "sum_smallest" #> [42283] "sum_squares" #> [42284] "Symmetric" #> [42285] "SymmetricUpperTri-class" #> [42286] "t.Expression" #> [42287] "to_numeric" #> [42288] "Trace-class" #> [42289] "Transpose-class" #> [42290] "tv" #> [42291] "UnaryOperator-class" #> [42292] "unpack_results" #> [42293] "UpperTri-class" #> [42294] "upper_tri" #> [42295] "validate_args" #> [42296] "validate_solver" #> [42297] "validate_val" #> [42298] "value-methods" #> [42299] "vstack" #> [42300] "VStack-class" #> [42301] "[,Expression,missing,missing,ANY-method" #> [42302] "%*%,Expression,Expression-method" #> [42303] "%>>%" #> [42304] "^,Expression,numeric-method" #> [42305] "cwhmisc-package" #> [42306] "adaptlob" #> [42307] "arcs" #> [42308] "astroC" #> [42309] "astroGeo" #> [42310] "cap" #> [42311] "clean.na" #> [42312] "clocksense" #> [42313] "Const" #> [42314] "cpos" #> [42315] "cwhmisci" #> [42316] "datetime" #> [42317] "dcm" #> [42318] "Ddim" #> [42319] "delayt" #> [42320] "delstr" #> [42321] "digits" #> [42322] "div.prot" #> [42323] "dt2str" #> [42324] "eql" #> [42325] "f.log" #> [42326] "factor" #> [42327] "FinneyCorr" #> [42328] "formatFix" #> [42329] "frac" #> [42330] "ggrep" #> [42331] "Halton" #> [42332] "int2" #> [42333] "interpol" #> [42334] "invgauss" #> [42335] "is.constant" #> [42336] "jitterNA" #> [42337] "Julian" #> [42338] "date" #> [42339] "libs" #> [42340] "lowess.bygroup" #> [42341] "lpr" #> [42342] "ls.functions" #> [42343] "mult.fig.p" #> [42344] "my.table" #> [42345] "n22dig" #> [42346] "n2c" #> [42347] "NA2str" #> [42348] "num.ident" #> [42349] "num2Latex" #> [42350] "numberof" #> [42351] "numer" #> [42352] "padding" #> [42353] "panel" #> [42354] "parsecheck" #> [42355] "pasteRound" #> [42356] "plotSymbols" #> [42357] "plt" #> [42358] "pointfit" #> [42359] "printP" #> [42360] "progress.meter" #> [42361] "qnorm.appr" #> [42362] "r2B" #> [42363] "RCA" #> [42364] "remove.dup.rows" #> [42365] "replacechar" #> [42366] "scode" #> [42367] "select.range" #> [42368] "seqm" #> [42369] "shapiro.wilk.test" #> [42370] "smoothed.df" #> [42371] "SplomT" #> [42372] "str2B" #> [42373] "T3plot" #> [42374] "tex.table" #> [42375] "w.median" #> [42376] "waitReturn" #> [42377] "whole" #> [42378] "cwm-package" #> [42379] "bestPermutation" #> [42380] "cwrEm" #> [42381] "logLik.cwrObj" #> [42382] "plot.cwrObj" #> [42383] "predict.cwrObj" #> [42384] "print.cwrObj" #> [42385] "stepCwr" #> [42386] "summary.cwrObj" #> [42387] "cxhull" #> [42388] "cxxfunplus-package" #> [42389] "cxxdso-class" #> [42390] "cxxfunctionplus" #> [42391] "getDynLib-methods" #> [42392] "grab.cxxfun-methods" #> [42393] "is.dso.loaded-methods" #> [42394] "is.null.cxxfun" #> [42395] "convert_time" #> [42396] "cycleRdata" #> [42397] "diff_section" #> [42398] "download_elev_data" #> [42399] "elevation_correct" #> [42400] "GC" #> [42401] "interval_detect" #> [42402] "LT" #> [42403] "mmv" #> [42404] "mmv2" #> [42405] "plot.cycleRdata" #> [42406] "predict.Ptmodels" #> [42407] "Pt_model" #> [42408] "Pt_prof" #> [42409] "read_ride" #> [42410] "ride_examples" #> [42411] "rollmean_" #> [42412] "rollmean_nunif" #> [42413] "smth_plot" #> [42414] "summary.cycleRdata" #> [42415] "summary_metrics" #> [42416] "Wbal_" #> [42417] "zdist_plot" #> [42418] "zone_index" #> [42419] "zone_time" #> [42420] "json2sf_cs" #> [42421] "cyclocomp" #> [42422] "cyclocomp_package" #> [42423] "cyclocomp_package_dir" #> [42424] "cycloids-package" #> [42425] "ggT" #> [42426] "kgV" #> [42427] "npeaks" #> [42428] "zykloid" #> [42429] "zykloid.scaleA" #> [42430] "zykloid.scaleAa" #> [42431] "zykloid.scaleP" #> [42432] "Marc" #> [42433] "Suchard" #> [42434] "14:53:23" #> [42435] "coef.cyclopsFit" #> [42436] "confint.cyclopsFit" #> [42437] "convertToCyclopsData" #> [42438] "createAutoGridCrossValidationControl" #> [42439] "createControl" #> [42440] "createCyclopsData" #> [42441] "createNonSeparablePrior" #> [42442] "createParameterizedPrior" #> [42443] "cyclops" #> [42444] "fitCyclopsModel" #> [42445] "fitCyclopsSimulation" #> [42446] "getCovariateIds" #> [42447] "getCovariateTypes" #> [42448] "getFloatingPointSize" #> [42449] "getHyperParameter" #> [42450] "getNumberOfCovariates" #> [42451] "getNumberOfRows" #> [42452] "getNumberOfStrata" #> [42453] "getUnivariableCorrelation" #> [42454] "getUnivariableSeparability" #> [42455] "isInitialized" #> [42456] "isSorted" #> [42457] "logLik.cyclopsFit" #> [42458] "meanLinearPredictor" #> [42459] "Multitype" #> [42460] "oxford" #> [42461] "predict.cyclopsFit" #> [42462] "print.cyclopsData" #> [42463] "print.cyclopsFit" #> [42464] "readCyclopsData" #> [42465] "simulateCyclopsData" #> [42466] "summary.cyclopsData" #> [42467] "survfit.cyclopsFit" #> [42468] "vcov.cyclopsFit" #> [42469] "bulk_origin" #> [42470] "bulk_origin_asn" #> [42471] "bulk_peer" #> [42472] "cymruservices" #> [42473] "cymru_active" #> [42474] "ipv4_bogons" #> [42475] "ipv6_bogons" #> [42476] "malware_hash" #> [42477] "cyphid-package" #> [42478] "cyphid.function.help" #> [42479] "get.all.breaks" #> [42480] "get.peaks" #> [42481] "jaw" #> [42482] "cyphr" #> [42483] "data_admin_init" #> [42484] "data_request_access" #> [42485] "encrypt_data" #> [42486] "keypair_openssl" #> [42487] "keypair_sodium" #> [42488] "key_openssl" #> [42489] "key_sodium" #> [42490] "rewrite_register" #> [42491] "session_key_refresh" #> [42492] "ssh_keygen" #> [42493] "cystiSim-package" #> [42494] "cystiRun" #> [42495] "cystiSim" #> [42496] "do_man_mda" #> [42497] "do_pig_mda" #> [42498] "do_pig_mda_vac" #> [42499] "do_pig_vac" #> [42500] "man_mbeya" #> [42501] "man_mbozi" #> [42502] "pig_mbeya" #> [42503] "pig_mbozi" #> [42504] "slaughter" #> [42505] "AdvancedAnalysis-class" #> [42506] "attachments" #> [42507] "authentication" #> [42508] "citrus" #> [42509] "CITRUS-class" #> [42510] "compensations" #> [42511] "drop" #> [42512] "fcs_files" #> [42513] "flowsom" #> [42514] "FlowSOM-class" #> [42515] "helper_functions" #> [42516] "news" #> [42517] "panels" #> [42518] "populations" #> [42519] "sample_tags" #> [42520] "spade" #> [42521] "SPADE-class" #> [42522] "UserSession-class" #> [42523] "visne" #> [42524] "viSNE-class" #> [42525] "analyzedata" #> [42526] "asinnorm" #> [42527] "calcperevent" #> [42528] "CytobankAPIstatsGUI" #> [42529] "filterfiles" #> [42530] "get1status" #> [42531] "get2status" #> [42532] "getfcsfiles" #> [42533] "getmarkers" #> [42534] "getnewind" #> [42535] "getpops" #> [42536] "getrawsignals" #> [42537] "parseevents" #> [42538] "parsestats" #> [42539] "parsestatsmean" #> [42540] "percentevent" #> [42541] "fcs_files.download_fcs_files_stable" #> [42542] "gates.apply_cluster_gates" #> [42543] "spade.bubble_spade_nodes" #> [42544] "cytoDiv" #> [42545] "cytofan" #> [42546] "do_fan" #> [42547] "geom_fan" #> [42548] "StatFan" #> [42549] "cytometree-package" #> [42550] "Annotation" #> [42551] "bootstrapCI" #> [42552] "CytomeTree" #> [42553] "DLBCL" #> [42554] "FmeasureC" #> [42555] "FmeasureC_no0" #> [42556] "HIPC" #> [42557] "plot_cytopop" #> [42558] "plot_graph" #> [42559] "plot_nodes" #> [42560] "RetrievePops" #> [42561] "aggregate" #> [42562] "correlation_threshold" #> [42563] "count_na_rows" #> [42564] "drop_na_columns" #> [42565] "drop_na_rows" #> [42566] "generalized_log" #> [42567] "replicate_correlation" #> [42568] "variable_importance" #> [42569] "variable_select" #> [42570] "variance_threshold" #> [42571] "createAssembly" #> [42572] "D3GB" #> [42573] "gbk2genomebrowser" #> [42574] "genomebrowser" #> [42575] "genomemap" #> [42576] "genome_addGFF" #> [42577] "genome_addSequence" #> [42578] "genome_addTrack" #> [42579] "genome_addVCF" #> [42580] "getAssemblyFromFasta" #> [42581] "GRCh37" #> [42582] "GRCh37.bands" #> [42583] "GRCh38" #> [42584] "GRCh38.bands" #> [42585] "NCBI36" #> [42586] "segmentation" #> [42587] "d3heatmap" #> [42588] "d3heatmapOutput" #> [42589] "d3ClusterDendro" #> [42590] "d3ForceNetwork" #> [42591] "d3Network" #> [42592] "d3Sankey" #> [42593] "d3SimpleNetwork" #> [42594] "d3Tree" #> [42595] "flare" #> [42596] "JSONtoDF" #> [42597] "MisLinks" #> [42598] "MisNodes" #> [42599] "add_data" #> [42600] "add_nodes_data" #> [42601] "add_title" #> [42602] "aggregate_sessions_to_path" #> [42603] "compile_D3_partitionR" #> [42604] "compute_unique_leaf_name" #> [42605] "D3partitionR" #> [42606] "D3partitionR-shiny" #> [42607] "df_to_nest" #> [42608] "find_min_max_tree" #> [42609] "get_all_nodes_names" #> [42610] "is_present_variable" #> [42611] "plot.D3partitionR" #> [42612] "scale_type" #> [42613] "set_chart_type" #> [42614] "set_continuous_color_scale" #> [42615] "set_discrete_color_scale" #> [42616] "set_labels_parameters" #> [42617] "set_legend_parameters" #> [42618] "set_shiny_input" #> [42619] "set_tooltip_parameters" #> [42620] "set_trail" #> [42621] "strip_path" #> [42622] "tooltip_builder" #> [42623] "d3plus" #> [42624] "d3plus-exports" #> [42625] "d3plus-shiny" #> [42626] "d3p_data" #> [42627] "d3p_id" #> [42628] "d3p_links" #> [42629] "d3p_nodes" #> [42630] "d3p_type" #> [42631] "d3p_x" #> [42632] "d3p_y" #> [42633] "change_to_name" #> [42634] "d3_dep_jetpack" #> [42635] "d3_dep_v3" #> [42636] "d3_dep_v4" #> [42637] "d3_dep_v5" #> [42638] "d3_igraph" #> [42639] "d3_json" #> [42640] "d3_nest" #> [42641] "d3_party" #> [42642] "d3_table" #> [42643] "d3_v8" #> [42644] "promote_na" #> [42645] "promote_na_one" #> [42646] "d3tree" #> [42647] "d3tree-shiny" #> [42648] "df2tree" #> [42649] "stan.models" #> [42650] "DAAG-package" #> [42651] "ACF1" #> [42652] "align2D" #> [42653] "allbacks" #> [42654] "anesthetic" #> [42655] "ant111b" #> [42656] "antigua" #> [42657] "appletaste" #> [42658] "audists" #> [42659] "aulatlong" #> [42660] "austpop" #> [42661] "bestsetNoise" #> [42662] "bomregions" #> [42663] "bomsoi" #> [42664] "bomsoi2001" #> [42665] "bostonc" #> [42666] "bounce" #> [42667] "capstring" #> [42668] "carprice" #> [42669] "Cars93.summary" #> [42670] "cerealsugar" #> [42671] "cfseal" #> [42672] "codling" #> [42673] "compareTreecalcs" #> [42674] "component.residual" #> [42675] "confusion" #> [42676] "cottonworkers" #> [42677] "cps1" #> [42678] "cricketer" #> [42679] "cuckoohosts" #> [42680] "cuckoos" #> [42681] "CVbinary" #> [42682] "CVlm" #> [42683] "DAAGxdb" #> [42684] "datafile" #> [42685] "dengue" #> [42686] "dewpoint" #> [42687] "droughts" #> [42688] "edcCO2" #> [42689] "edcT" #> [42690] "elastic1" #> [42691] "elastic2" #> [42692] "elasticband" #> [42693] "errorsINseveral" #> [42694] "errorsINx" #> [42695] "excessRisk" #> [42696] "fossilfuel" #> [42697] "fossum" #> [42698] "frostedflakes" #> [42699] "fruitohms" #> [42700] "gaba" #> [42701] "geophones" #> [42702] "greatLakes" #> [42703] "grog" #> [42704] "hardcopy" #> [42705] "head.injury" #> [42706] "headInjury" #> [42707] "hills" #> [42708] "hills2000" #> [42709] "hotspots" #> [42710] "hotspots2006" #> [42711] "houseprices" #> [42712] "humanpower" #> [42713] "hurricNamed" #> [42714] "intersalt" #> [42715] "ironslag" #> [42716] "jobs" #> [42717] "kiwishade" #> [42718] "leafshape" #> [42719] "leafshape17" #> [42720] "leaftemp" #> [42721] "leaftemp.all" #> [42722] "litters" #> [42723] "lmdiags" #> [42724] "logisticsim" #> [42725] "Lottario" #> [42726] "Manitoba.lakes" #> [42727] "measles" #> [42728] "medExpenses" #> [42729] "mifem" #> [42730] "mignonette" #> [42731] "modelcars" #> [42732] "monica" #> [42733] "moths" #> [42734] "multilap" #> [42735] "nassCDS" #> [42736] "nasshead" #> [42737] "nihills" #> [42738] "nsw74demo" #> [42739] "nsw74psid1" #> [42740] "nsw74psid3" #> [42741] "nsw74psidA" #> [42742] "nswdemo" #> [42743] "nswpsid1" #> [42744] "obounce" #> [42745] "oddbooks" #> [42746] "onesamp" #> [42747] "onet.permutation" #> [42748] "onetPermutation" #> [42749] "oneway.plot" #> [42750] "onewayPlot" #> [42751] "orings" #> [42752] "overlapDensity" #> [42753] "pair65" #> [42754] "panel.corr" #> [42755] "panelCorr" #> [42756] "panelplot" #> [42757] "plotSampDist" #> [42758] "plotSimDiags" #> [42759] "plotSimScat" #> [42760] "poissonsim" #> [42761] "possum" #> [42762] "possumsites" #> [42763] "powerplot" #> [42764] "poxetc" #> [42765] "progression" #> [42766] "psid1" #> [42767] "psid2" #> [42768] "psid3" #> [42769] "qreference" #> [42770] "races2000" #> [42771] "rainforest" #> [42772] "rareplants" #> [42773] "rockArt" #> [42774] "roller" #> [42775] "sampdist" #> [42776] "science" #> [42777] "seedrates" #> [42778] "show.colors" #> [42779] "simulateLinear" #> [42780] "simulateSampDist" #> [42781] "socsupport" #> [42782] "softbacks" #> [42783] "sorption" #> [42784] "SP500close" #> [42785] "SP500W90" #> [42786] "spam7" #> [42787] "stVincent" #> [42788] "sugar" #> [42789] "tinting" #> [42790] "tomato" #> [42791] "toycars" #> [42792] "two65" #> [42793] "twot.permutation" #> [42794] "twotPermutation" #> [42795] "vince111b" #> [42796] "vlt" #> [42797] "wages1833" #> [42798] "whoops" #> [42799] "worldRecords" #> [42800] "zzDAAGxdb" #> [42801] "coralRG" #> [42802] "coralTargets" #> [42803] "DEnma" #> [42804] "imgplot" #> [42805] "plantStressCounts" #> [42806] "plotprintseq" #> [42807] "primateDNA" #> [42808] "DAAGxtras-package" #> [42809] "compareModels" #> [42810] "covsample" #> [42811] "covtest" #> [42812] "covtrain" #> [42813] "earlycrcktr" #> [42814] "fishRivers" #> [42815] "fumig" #> [42816] "MaskedPriming" #> [42817] "SOI" #> [42818] "daarem" #> [42819] "fpiter" #> [42820] "ProbitLogLik" #> [42821] "ProbitSimulate" #> [42822] "ProbitUpdate" #> [42823] "dabest" #> [42824] "dabestr" #> [42825] "lsat_scores" #> [42826] "plot.dabest" #> [42827] "print.dabest" #> [42828] "transcription_scores" #> [42829] "wellbeing_ind" #> [42830] "wellbeing_paired" #> [42831] "DAC.normal" #> [42832] "DAC.uniform" #> [42833] "Turnover" #> [42834] "f.star.test" #> [42835] "induce.cfe" #> [42836] "lw.f.star" #> [42837] "lw.t.test" #> [42838] "rec.mean.var" #> [42839] "threeganova.sim" #> [42840] "dad-package" #> [42841] "appendtofolderh" #> [42842] "as.data.frame.folder" #> [42843] "as.data.frame.folderh" #> [42844] "as.data.frame.foldert" #> [42845] "as.folder" #> [42846] "as.folder.data.frame" #> [42847] "as.folder.folderh" #> [42848] "as.folderh" #> [42849] "as.folderh.foldermtg" #> [42850] "as.foldert" #> [42851] "as.foldert.array" #> [42852] "as.foldert.data.frame" #> [42853] "bandwidth.parameter" #> [42854] "castles" #> [42855] "castles.dated" #> [42856] "castles.nondated" #> [42857] "cor.folder" #> [42858] "distl2d" #> [42859] "distl2dpar" #> [42860] "dstatis.inter" #> [42861] "fdiscd.misclass" #> [42862] "fdiscd.predict" #> [42863] "fhclustd" #> [42864] "floribundity" #> [42865] "fmdsd" #> [42866] "folderh" #> [42867] "foldermtg" #> [42868] "foldert" #> [42869] "fpcad" #> [42870] "fpcat" #> [42871] "getcol.folder" #> [42872] "getcol.foldert" #> [42873] "getrow.folder" #> [42874] "getrow.foldert" #> [42875] "hellinger" #> [42876] "hellingerpar" #> [42877] "interpret.dstatis" #> [42878] "interpret.fmdsd" #> [42879] "interpret.fpcad" #> [42880] "interpret.fpcat" #> [42881] "is.dstatis" #> [42882] "is.fdiscd.misclass" #> [42883] "is.fdiscd.predict" #> [42884] "is.fhclustd" #> [42885] "is.fmdsd" #> [42886] "is.folder" #> [42887] "is.folderh" #> [42888] "is.foldermtg" #> [42889] "is.foldert" #> [42890] "is.fpcad" #> [42891] "jeffreys" #> [42892] "jeffreyspar" #> [42893] "kurtosis.folder" #> [42894] "l2d" #> [42895] "l2dpar" #> [42896] "matdistl2d" #> [42897] "matdistl2dpar" #> [42898] "mathellinger" #> [42899] "mathellingerpar" #> [42900] "matipl2d" #> [42901] "matipl2dpar" #> [42902] "matjeffreys" #> [42903] "matjeffreyspar" #> [42904] "matwasserstein" #> [42905] "matwassersteinpar" #> [42906] "mean.folder" #> [42907] "mtgcomponents" #> [42908] "mtgorder" #> [42909] "mtgplant1" #> [42910] "mtgplant2" #> [42911] "mtgrank" #> [42912] "plot.dstatis" #> [42913] "plot.fhclustd" #> [42914] "plot.fmdsd" #> [42915] "plot.foldert" #> [42916] "plot.fpcad" #> [42917] "plot.fpcat" #> [42918] "plotframes" #> [42919] "print.dstatis" #> [42920] "print.fdiscd.misclass" #> [42921] "print.fdiscd.predict" #> [42922] "print.fhclustd" #> [42923] "print.fmdsd" #> [42924] "print.foldermtg" #> [42925] "print.foldert" #> [42926] "print.fpcad" #> [42927] "print.fpcat" #> [42928] "read.mtg" #> [42929] "rmcol.folder" #> [42930] "rmcol.foldert" #> [42931] "rmrow.folder" #> [42932] "rmrow.foldert" #> [42933] "roseflowers" #> [42934] "roseleaves" #> [42935] "rosephytomer" #> [42936] "roses" #> [42937] "skewness.folder" #> [42938] "sqrtmatrix" #> [42939] "summary.folder" #> [42940] "summary.folderh" #> [42941] "summary.foldermtg" #> [42942] "summary.foldert" #> [42943] "var.folder" #> [42944] "varietyleaves" #> [42945] "wasserstein" #> [42946] "wassersteinpar" #> [42947] "dae-package" #> [42948] "ABC.Interact.dat" #> [42949] "as.data.frame.pstructure" #> [42950] "as.numfac" #> [42951] "BIBDWheat.dat" #> [42952] "blockboundaryPlot" #> [42953] "Casuarina.dat" #> [42954] "correct.degfree" #> [42955] "dae-deprecated" #> [42956] "daeTips" #> [42957] "decomp.relate" #> [42958] "degfree" #> [42959] "designAmeasures" #> [42960] "designAnatomy" #> [42961] "designLatinSqrSys" #> [42962] "designPlot" #> [42963] "designPlotlabels" #> [42964] "designRandomize" #> [42965] "detect.diff" #> [42966] "efficiency.criteria" #> [42967] "Exp249.mplot.des" #> [42968] "extab" #> [42969] "fac.ar1mat" #> [42970] "fac.combine" #> [42971] "fac.divide" #> [42972] "fac.gen" #> [42973] "fac.layout" #> [42974] "fac.match" #> [42975] "fac.meanop" #> [42976] "fac.nested" #> [42977] "fac.recode" #> [42978] "fac.sumop" #> [42979] "fac.vcmat" #> [42980] "Fac4Proc.dat" #> [42981] "fitted.aovlist" #> [42982] "fitted.errors" #> [42983] "get.daeTolerance" #> [42984] "harmonic.mean" #> [42985] "interaction.ABC.plot" #> [42986] "is.allzero" #> [42987] "is.projector" #> [42988] "LatticeSquare_t49.des" #> [42989] "marginality" #> [42990] "mat.ar1" #> [42991] "mat.ar2" #> [42992] "mat.ar3" #> [42993] "mat.arma" #> [42994] "mat.banded" #> [42995] "mat.dirprod" #> [42996] "mat.dirsum" #> [42997] "mat.exp" #> [42998] "mat.gau" #> [42999] "mat.I" #> [43000] "mat.J" #> [43001] "mat.ma1" #> [43002] "mat.ma2" #> [43003] "mat.ncssvar" #> [43004] "mat.sar" #> [43005] "mat.sar2" #> [43006] "mat.Vpred" #> [43007] "mat.Vpredicts" #> [43008] "McIntyreTMV.dat" #> [43009] "meanop" #> [43010] "mpone" #> [43011] "no.reps" #> [43012] "p2canon.object" #> [43013] "pcanon.object" #> [43014] "power.exp" #> [43015] "print.aliasing" #> [43016] "print.projector" #> [43017] "print.pstructure" #> [43018] "print.summary.p2canon" #> [43019] "print.summary.pcanon" #> [43020] "proj2.combine" #> [43021] "proj2.efficiency" #> [43022] "proj2.eigen" #> [43023] "projector" #> [43024] "projector-class" #> [43025] "projs.2canon" #> [43026] "projs.combine.p2canon" #> [43027] "pstructure.formula" #> [43028] "pstructure.object" #> [43029] "qqyeffects" #> [43030] "resid.errors" #> [43031] "residuals.aovlist" #> [43032] "Sensory3Phase.dat" #> [43033] "set.daeTolerance" #> [43034] "SPLGrass.dat" #> [43035] "summary.p2canon" #> [43036] "summary.pcanon" #> [43037] "tukey.1df" #> [43038] "yates.effects" #> [43039] "Zncsspline" #> [43040] "daewr-package" #> [43041] "Altscreen" #> [43042] "antifungal" #> [43043] "Apo" #> [43044] "arso" #> [43045] "augm" #> [43046] "Bdish" #> [43047] "Bff" #> [43048] "bha" #> [43049] "BIBsize" #> [43050] "bioequiv" #> [43051] "bioeqv" #> [43052] "BoxM" #> [43053] "BPmonitor" #> [43054] "bread" #> [43055] "bstep" #> [43056] "cake" #> [43057] "chem" #> [43058] "chipman" #> [43059] "COdata" #> [43060] "cont" #> [43061] "cpipe" #> [43062] "culture" #> [43063] "dairy" #> [43064] "DefScreen" #> [43065] "drug" #> [43066] "EEw1s1" #> [43067] "EEw1s2" #> [43068] "EEw1s3" #> [43069] "EEw2s1" #> [43070] "EEw2s2" #> [43071] "EEw2s3" #> [43072] "EEw3" #> [43073] "eptaxr" #> [43074] "eptaxs2" #> [43075] "eptaxyb" #> [43076] "Fcrit" #> [43077] "fhstep" #> [43078] "Fpower" #> [43079] "Fpower1" #> [43080] "Fpower2" #> [43081] "fullnormal" #> [43082] "gagerr" #> [43083] "gapstat" #> [43084] "Gaptest" #> [43085] "gear" #> [43086] "halfnorm" #> [43087] "hardwood" #> [43088] "ihstep" #> [43089] "inject" #> [43090] "LGB" #> [43091] "LGBc" #> [43092] "mod" #> [43093] "ModelRobust" #> [43094] "MPV" #> [43095] "Naph" #> [43096] "OptPB" #> [43097] "pastry" #> [43098] "pest" #> [43099] "pesticide" #> [43100] "polvdat" #> [43101] "polymer" #> [43102] "prodstd" #> [43103] "qsar" #> [43104] "rcb" #> [43105] "residue" #> [43106] "sausage" #> [43107] "Smotor" #> [43108] "soup" #> [43109] "soupmx" #> [43110] "splitPdes" #> [43111] "SPMPV" #> [43112] "strung" #> [43113] "strungtile" #> [43114] "sugarbeet" #> [43115] "taste" #> [43116] "teach" #> [43117] "Tet" #> [43118] "tile" #> [43119] "Treb" #> [43120] "Tukey1df" #> [43121] "vci" #> [43122] "virus" #> [43123] "volt" #> [43124] "daff" #> [43125] "differs_from" #> [43126] "diff_data" #> [43127] "merge_data" #> [43128] "patch_data" #> [43129] "render_diff" #> [43130] "which_conflicts" #> [43131] "write_diff" #> [43132] "abaz.df" #> [43133] "abduct.age.df" #> [43134] "anneal.df" #> [43135] "anscombe.df" #> [43136] "bennett.df" #> [43137] "bottle.df" #> [43138] "casework.df" #> [43139] "cck196.df" #> [43140] "cck45.df" #> [43141] "docexam.df" #> [43142] "dpd.df" #> [43143] "fiber.color.df" #> [43144] "fitPvalue" #> [43145] "formatScientificTeX" #> [43146] "gc.df" #> [43147] "ghb.df" #> [43148] "gustafson.df" #> [43149] "intPlot" #> [43150] "jauhari1.df" #> [43151] "jauhari2.df" #> [43152] "kent.df" #> [43153] "kerckring.df" #> [43154] "last" #> [43155] "liver.df" #> [43156] "morphine.df" #> [43157] "nasal.spline.df" #> [43158] "newton.df" #> [43159] "nzglass.df" #> [43160] "pairsDAFS" #> [43161] "palatal.df" #> [43162] "plotBoth" #> [43163] "plotBoth.control" #> [43164] "plotRegDiagPlots" #> [43165] "printANODEVTable" #> [43166] "printANOVATable" #> [43167] "printCI" #> [43168] "printRegTable" #> [43169] "ri.calibration.df" #> [43170] "ri.calibration2.df" #> [43171] "Rsq" #> [43172] "salting1.df" #> [43173] "salting2.df" #> [43174] "sex.age.df" #> [43175] "shadeDens" #> [43176] "shotgun.df" #> [43177] "squamous.df" #> [43178] "StangleBook" #> [43179] "SweaveBook" #> [43180] "tryptase.df" #> [43181] "velocity.df" #> [43182] "vhcdt.df" #> [43183] "wong.df" #> [43184] "adjustmentSets" #> [43185] "ancestorGraph" #> [43186] "AncestralRelations" #> [43187] "as.dagitty" #> [43188] "backDoorGraph" #> [43189] "dagitty" #> [43190] "dconnected" #> [43191] "downloadGraph" #> [43192] "EquivalentModels" #> [43193] "exogenousVariables" #> [43194] "getExample" #> [43195] "graphLayout" #> [43196] "graphType" #> [43197] "impliedConditionalIndependencies" #> [43198] "instrumentalVariables" #> [43199] "is.dagitty" #> [43200] "isAdjustmentSet" #> [43201] "lavaanToGraph" #> [43202] "localTests" #> [43203] "moralize" #> [43204] "names.dagitty" #> [43205] "orientPDAG" #> [43206] "plot.dagitty" #> [43207] "plotLocalTestResults" #> [43208] "randomDAG" #> [43209] "simulateSEM" #> [43210] "vanishingTetrads" #> [43211] "VariableStatus" #> [43212] "dagR-package" #> [43213] "add.arc" #> [43214] "add.node" #> [43215] "addAngle" #> [43216] "anglePoint" #> [43217] "assoc.exists" #> [43218] "brute.search" #> [43219] "dag.adjust" #> [43220] "dag.adjustment" #> [43221] "dag.ancestors" #> [43222] "dag.draw" #> [43223] "dag.init" #> [43224] "dag.legend" #> [43225] "dag.letter" #> [43226] "dag.move" #> [43227] "dag.search" #> [43228] "dag.sim" #> [43229] "demo.dag0" #> [43230] "demo.dag1" #> [43231] "demo.dag2" #> [43232] "demo.dag3" #> [43233] "demo.dag4" #> [43234] "demo.dag5" #> [43235] "demo.dag6" #> [43236] "demo.dag7" #> [43237] "distPoints" #> [43238] "eval.paths" #> [43239] "find.paths" #> [43240] "garrows" #> [43241] "inAngle" #> [43242] "is.acyclic" #> [43243] "is.in" #> [43244] "is.unknown" #> [43245] "msas" #> [43246] "rm.arc" #> [43247] "rm.node" #> [43248] "smoothArc" #> [43249] "summary_dagRdag" #> [43250] "viv" #> [43251] "write.paths" #> [43252] "DAIME-package" #> [43253] "strattotimepointcont" #> [43254] "strattotimeratecont" #> [43255] "timetostratpointcont" #> [43256] "timetostratratecont" #> [43257] "DAISIE-package" #> [43258] "DAISIE_convertprobdist" #> [43259] "DAISIE_dataprep" #> [43260] "DAISIE_ExpEIN" #> [43261] "DAISIE_loglik_all" #> [43262] "DAISIE_margprobdist" #> [43263] "DAISIE_ML" #> [43264] "DAISIE_numcol" #> [43265] "DAISIE_plot_age_diversity" #> [43266] "DAISIE_plot_island" #> [43267] "DAISIE_plot_sims" #> [43268] "DAISIE_probdist" #> [43269] "DAISIE_sim" #> [43270] "DAISIE_tutorial" #> [43271] "Galapagos_datalist" #> [43272] "Galapagos_datalist_2types" #> [43273] "Galapagos_datatable" #> [43274] "islands_10reps_RAW" #> [43275] "islands_1type_1000reps" #> [43276] "islands_2types_1000reps" #> [43277] "Macaronesia_datalist" #> [43278] "DAKS-package" #> [43279] "corr_iita" #> [43280] "hasse" #> [43281] "iita" #> [43282] "imp2state" #> [43283] "ind_gen" #> [43284] "mini_iita" #> [43285] "ob_counter" #> [43286] "orig_iita" #> [43287] "pisa" #> [43288] "pop_iita" #> [43289] "pop_variance" #> [43290] "print.iita" #> [43291] "print.pat" #> [43292] "print.popiita" #> [43293] "print.summpopiita" #> [43294] "print.ztest" #> [43295] "simu" #> [43296] "state2imp" #> [43297] "summary.iita" #> [43298] "summary.popiita" #> [43299] "z_test" #> [43300] "apartments" #> [43301] "dragons" #> [43302] "explain.default" #> [43303] "HR" #> [43304] "install_dependencies" #> [43305] "loss_cross_entropy" #> [43306] "model_feature_response" #> [43307] "model_performance" #> [43308] "plot.model_feature_response_explainer" #> [43309] "plot.model_performance_explainer" #> [43310] "plot.prediction_breakdown_explainer" #> [43311] "plot.variable_importance_explainer" #> [43312] "plot.variable_response_explainer" #> [43313] "predict.explainer" #> [43314] "prediction_breakdown" #> [43315] "print.explainer" #> [43316] "print.model_performance_explainer" #> [43317] "theme_drwhy" #> [43318] "theme_mi2" #> [43319] "variable_response" #> [43320] "yhat" #> [43321] "loss_sum_of_squares" #> [43322] "caterpillar.dalmatian" #> [43323] "convergence" #> [43324] "convergence.dalmatian" #> [43325] "dalmatian" #> [43326] "fitted.dalmatian" #> [43327] "pfdata" #> [43328] "print.dalmatian.summary" #> [43329] "ranef.dalmatian" #> [43330] "setJAGSInits" #> [43331] "summary.dalmatian" #> [43332] "traceplots.dalmatian" #> [43333] "weights.df" #> [43334] "DALY-package" #> [43335] "aggregate.DALY" #> [43336] "DALYcalculator" #> [43337] "DALYmanual" #> [43338] "DALYoptions" #> [43339] "DALY_list" #> [43340] "DALY_Neurocysticercosis" #> [43341] "DALY_Toxoplasmosis" #> [43342] "getDALY" #> [43343] "hist.DALY" #> [43344] "plot.DALY" #> [43345] "print.DALY" #> [43346] "readDALYdata" #> [43347] "saveDALYdata" #> [43348] "setDALYexample" #> [43349] "setData" #> [43350] "setLifeExp" #> [43351] "setStdLE" #> [43352] "summary.DALY" #> [43353] "correctedMarkers" #> [43354] "back_propogation,Neural_Network,numeric,numeric,numeric-method" #> [43355] "forward_propogation,Neural_Network,matrix-method" #> [43356] "Get_Cost,Neural_Network,numeric-method" #> [43357] "Get_LogLoss" #> [43358] "Get_Number_Observations,Neural_Network-method" #> [43359] "initialize,Neural_Network-method" #> [43360] "Neural_Network-class" #> [43361] "Predict,Neural_Network,data.frame-method" #> [43362] "Start" #> [43363] "Train,Neural_Network,data.frame,numeric,numeric,numeric-method" #> [43364] "DAMisc-package" #> [43365] "aclp" #> [43366] "aveEffPlot" #> [43367] "BGMtest" #> [43368] "binfit" #> [43369] "btscs" #> [43370] "cat2Table" #> [43371] "combTest" #> [43372] "crSpanTest" #> [43373] "crTest" #> [43374] "DAintfun" #> [43375] "DAintfun2" #> [43376] "france" #> [43377] "glmChange" #> [43378] "glmChange2" #> [43379] "intEff" #> [43380] "InteractionEx" #> [43381] "intQualQuant" #> [43382] "logit_cc" #> [43383] "mnlAveEffPlot" #> [43384] "mnlChange" #> [43385] "mnlChange2" #> [43386] "mnlfit" #> [43387] "mnlSig" #> [43388] "NKnots" #> [43389] "NKnotsTest" #> [43390] "ordAveEffPlot" #> [43391] "ordChange" #> [43392] "ordChange2" #> [43393] "ordfit" #> [43394] "outXT" #> [43395] "panel.2cat" #> [43396] "panel.ci" #> [43397] "panel.doublerug" #> [43398] "panel.transci" #> [43399] "poisGOF" #> [43400] "pre" #> [43401] "prepanel.ci" #> [43402] "print.pre" #> [43403] "scaleDataFrame" #> [43404] "searchVarLabels" #> [43405] "simPredpolr" #> [43406] "testLoess" #> [43407] "ziChange" #> [43408] "DAMOCLES-package" #> [43409] "DAMOCLES_bootstrap" #> [43410] "DAMOCLES_loglik" #> [43411] "DAMOCLES_ML" #> [43412] "DAMOCLES_sim" #> [43413] "NWPrimates_data" #> [43414] "damr_example" #> [43415] "link_dam_metadata" #> [43416] "load_dam" #> [43417] "read_dam_file" #> [43418] "single_file_metadata" #> [43419] "two_files_metadata" #> [43420] "dams" #> [43421] "get_nid" #> [43422] "nid_cleaned" #> [43423] "dandelion" #> [43424] "factload" #> [43425] "timss2011" #> [43426] "alphavantage" #> [43427] "as.data.table.xts" #> [43428] "assignFormals" #> [43429] "checkCRANStatus" #> [43430] "demotivate" #> [43431] "googleFinanceData" #> [43432] "inGit" #> [43433] "motivate" #> [43434] "plotOBOS" #> [43435] "print.xts" #> [43436] "silent" #> [43437] "ymd" #> [43438] "dap-package" #> [43439] "apply_DAP" #> [43440] "classify_DAP" #> [43441] "cv_DAP" #> [43442] "solve_DAP_C" #> [43443] "solve_DAP_seq" #> [43444] "standardizeData" #> [43445] "dap" #> [43446] "ilap" #> [43447] "vap" #> [43448] "Dark-package" #> [43449] "BestFit" #> [43450] "BootDark" #> [43451] "dark" #> [43452] "Declutter" #> [43453] "GetData" #> [43454] "ModelSelect" #> [43455] "MultiStart" #> [43456] "P3" #> [43457] "P5c" #> [43458] "P6c" #> [43459] "P7c" #> [43460] "TestData" #> [43461] "DarkDiv" #> [43462] "darksky" #> [43463] "darksky_api_key" #> [43464] "get_current_forecast" #> [43465] "get_forecast_for" #> [43466] "plot.darksky" #> [43467] "print.darksky" #> [43468] "Gruber" #> [43469] "Arthur" #> [43470] "Unmack" #> [43471] "Lindsay" #> [43472] "V." #> [43473] "Clark" #> [43474] "Oliver" #> [43475] "Berry" #> [43476] "2019-02-07" #> [43477] "14:13:23" #> [43478] "bandicoot.gl" #> [43479] "dart2genlight" #> [43480] "gi2gl" #> [43481] "gl.alf" #> [43482] "gl.amova" #> [43483] "gl.assign" #> [43484] "gl.basic.stats" #> [43485] "gl.collapse" #> [43486] "gl.collapse.pval" #> [43487] "gl.collapse.recursive" #> [43488] "gl.costdistances" #> [43489] "gl.define.pop" #> [43490] "gl.dist.heatmap" #> [43491] "gl.dist.pop" #> [43492] "gl.diversity" #> [43493] "gl.drop.ind" #> [43494] "gl.drop.loc" #> [43495] "gl.drop.pop" #> [43496] "gl.edit.recode.ind" #> [43497] "gl.edit.recode.pop" #> [43498] "gl.filter.callrate" #> [43499] "gl.filter.cloneid" #> [43500] "gl.filter.hamming" #> [43501] "gl.filter.hwe" #> [43502] "gl.filter.maf" #> [43503] "gl.filter.monomorphs" #> [43504] "gl.filter.repavg" #> [43505] "gl.filter.secondaries" #> [43506] "gl.fixed.diff" #> [43507] "gl.fst.pop" #> [43508] "gl.gene.freq" #> [43509] "gl.genleastcost" #> [43510] "gl.grm" #> [43511] "gl.grm.network" #> [43512] "gl.Ho" #> [43513] "gl.Hs" #> [43514] "gl.hwe.pop" #> [43515] "gl.ibd" #> [43516] "gl.keep.ind" #> [43517] "gl.keep.pop" #> [43518] "gl.make.recode.ind" #> [43519] "gl.make.recode.pop" #> [43520] "gl.map.interactive" #> [43521] "gl.merge.pop" #> [43522] "gl.nhybrids" #> [43523] "gl.outflank" #> [43524] "gl.pcoa" #> [43525] "gl.pcoa.plot" #> [43526] "gl.pcoa.plot.3d" #> [43527] "gl.pcoa.pop" #> [43528] "gl.pcoa.scree" #> [43529] "gl.percent.freq" #> [43530] "gl.plot" #> [43531] "gl.read.dart" #> [43532] "gl.read.dart.2row" #> [43533] "gl.read.silicodart" #> [43534] "gl.recalc.metrics" #> [43535] "gl.recode.ind" #> [43536] "gl.recode.pop" #> [43537] "gl.report.bases" #> [43538] "gl.report.callrate" #> [43539] "gl.report.hamming" #> [43540] "gl.report.heterozygosity" #> [43541] "gl.report.hwe" #> [43542] "gl.report.ld" #> [43543] "gl.report.maf" #> [43544] "gl.report.monomorphs" #> [43545] "gl.report.pa" #> [43546] "gl.report.pa.pop" #> [43547] "gl.report.repavg" #> [43548] "gl.report.secondaries" #> [43549] "gl.sexlinkage" #> [43550] "gl.sim.ind" #> [43551] "gl.sim.offspring" #> [43552] "gl.subsample.loci" #> [43553] "gl.tree.nj" #> [43554] "gl.utils.fdsim" #> [43555] "gl.write.csv" #> [43556] "gl2demerelate" #> [43557] "gl2fasta" #> [43558] "gl2faststructure" #> [43559] "gl2gds" #> [43560] "gl2gi" #> [43561] "gl2phylip" #> [43562] "gl2plink" #> [43563] "gl2sa" #> [43564] "gl2shp" #> [43565] "gl2snapp" #> [43566] "gl2structure" #> [43567] "gl2svdquartets" #> [43568] "gl2treemix" #> [43569] "is.fixed" #> [43570] "platy" #> [43571] "possums.gl" #> [43572] "prob.hwe" #> [43573] "read.dart" #> [43574] "testset.gl" #> [43575] "testset_metadata" #> [43576] "testset_pop_recode" #> [43577] "testset_SNPs_2Row" #> [43578] "util.outflank" #> [43579] "util.outflank.MakeDiploidFSTMat" #> [43580] "util.outflank.plotter" #> [43581] "utils.hamming" #> [43582] "utils.hwe" #> [43583] "utils.recalc.avgpic" #> [43584] "utils.recalc.callrate" #> [43585] "utils.recalc.freqhets" #> [43586] "utils.recalc.freqhomref" #> [43587] "utils.recalc.freqhomsnp" #> [43588] "utils.recalc.maf" #> [43589] "darts-package" #> [43590] "drawAimSpot" #> [43591] "drawBoard" #> [43592] "generalEM" #> [43593] "generalExpScores" #> [43594] "simpleEM" #> [43595] "simpleExpScores" #> [43596] "dashboard-package" #> [43597] "dashboard_launch" #> [43598] "dashboard_open" #> [43599] "dashboard_stop" #> [43600] "dcbarchart" #> [43601] "dcboxplot" #> [43602] "dcpiechart" #> [43603] "dcrowchart" #> [43604] "dcscatter" #> [43605] "dctable" #> [43606] "linebreak" #> [43607] "Dasst-package" #> [43608] "addDate<-" #> [43609] "buildContents" #> [43610] "compute<-" #> [43611] "Dasst" #> [43612] "Dasst-class" #> [43613] "gatherTables" #> [43614] "getAncillary" #> [43615] "length.Dasst" #> [43616] "length<-.Dasst" #> [43617] "plantGrowth" #> [43618] "print.Ancillary" #> [43619] "print.Dasst" #> [43620] "print.summary.Dasst" #> [43621] "read.dssat" #> [43622] "searchAncillary" #> [43623] "stackTables" #> [43624] "write.dssat" #> [43625] "[<-" #> [43626] "[[" #> [43627] "[[<-" #> [43628] "as.function.formula" #> [43629] "bindRows" #> [43630] "DataFrame" #> [43631] "FL" #> [43632] "mutar" #> [43633] "verboseApply" #> [43634] "Watal" #> [43635] "Iwasaki" #> [43636] "Seth" #> [43637] "Wenchel" #> [43638] "Broman" #> [43639] "Tobias" #> [43640] "Schmidt" #> [43641] "Arenburg" #> [43642] "Smith" #> [43643] "Cocquemas" #> [43644] "Philippe" #> [43645] "Chataignon" #> [43646] "Declan" #> [43647] "Groves" #> [43648] "Possenriede" #> [43649] "Felipe" #> [43650] "Parages" #> [43651] "Denes" #> [43652] "Toth" #> [43653] "Mus" #> [43654] "Yaramaz-David" #> [43655] "Ayappan" #> [43656] "Perumal" #> [43657] "Sams" #> [43658] "Morgan" #> [43659] "Quinn" #> [43660] "@javrucebo" #> [43661] "@marc-outins" #> [43662] "Dowle" #> [43663] "10:05:02" #> [43664] "data.table-package" #> [43665] ":=" #> [43666] "address" #> [43667] "all.equal" #> [43668] "as.data.table" #> [43669] "as.matrix" #> [43670] "as.xts.data.table" #> [43671] "chmatch" #> [43672] "copy" #> [43673] "data.table-class" #> [43674] "datatable.optimize" #> [43675] "dcast.data.table" #> [43676] "first" #> [43677] "foverlaps" #> [43678] "frank" #> [43679] "fread" #> [43680] "fsort" #> [43681] "fwrite" #> [43682] "groupingsets" #> [43683] "IDateTime" #> [43684] "melt.data.table" #> [43685] "na.omit.data.table" #> [43686] "patterns" #> [43687] "print.data.table" #> [43688] "rbindlist" #> [43689] "rleid" #> [43690] "rowid" #> [43691] "set2key" #> [43692] "setattr" #> [43693] "setcolorder" #> [43694] "setDF" #> [43695] "setDT" #> [43696] "setDTthreads" #> [43697] "setkey" #> [43698] "setNumericRounding" #> [43699] "setops" #> [43700] "setorder" #> [43701] "shouldPrint" #> [43702] "special-symbols" #> [43703] "subset.data.table" #> [43704] "tables" #> [43705] "test.data.table" #> [43706] "timetaken" #> [43707] "transform.data.table" #> [43708] "transpose" #> [43709] "truelength" #> [43710] "tstrsplit" #> [43711] "update.dev.pkg" #> [43712] "2018-09-24" #> [43713] "18:30:16" #> [43714] "AreNamesUnique" #> [43715] "as.data.frame.Node" #> [43716] "as.dendrogram.Node" #> [43717] "as.igraph.Node" #> [43718] "as.list.Node" #> [43719] "as.Node" #> [43720] "as.Node.BinaryTree" #> [43721] "as.Node.data.frame" #> [43722] "as.Node.dendrogram" #> [43723] "as.Node.list" #> [43724] "as.Node.party" #> [43725] "as.Node.phylo" #> [43726] "as.phylo.Node" #> [43727] "averageBranchingFactor" #> [43728] "CheckNameReservedWord" #> [43729] "Climb" #> [43730] "Clone" #> [43731] "CreateRandomTree" #> [43732] "CreateRegularTree" #> [43733] "Cumulate" #> [43734] "data.tree" #> [43735] "DefaultPlotHeight" #> [43736] "Distance" #> [43737] "Do" #> [43738] "FindNode" #> [43739] "FormatFixedDecimal" #> [43740] "FormatPercent" #> [43741] "Get" #> [43742] "GetAttribute" #> [43743] "GetPhyloNr" #> [43744] "isLeaf" #> [43745] "isNotLeaf" #> [43746] "isNotRoot" #> [43747] "isRoot" #> [43748] "Navigate" #> [43749] "NODE_RESERVED_NAMES_CONST" #> [43750] "plot.Node" #> [43751] "print.Node" #> [43752] "Prune" #> [43753] "Revert" #> [43754] "SetFormat" #> [43755] "ToNewick" #> [43756] "Traverse" #> [43757] "cfg" #> [43758] "cfg_env" #> [43759] "cfg_saved" #> [43760] "data.world" #> [43761] "data.world-defunct" #> [43762] "qry_sparql" #> [43763] "qry_sql" #> [43764] "save_config" #> [43765] "set_config" #> [43766] "Atensorfn" #> [43767] "BAtensorfn" #> [43768] "Btensorfn" #> [43769] "CanadianWeather" #> [43770] "coefCheck" #> [43771] "Data2LD" #> [43772] "Data2LD.opt" #> [43773] "fdascript" #> [43774] "fun.Dexplinear" #> [43775] "fun.explinear" #> [43776] "getForceTerm" #> [43777] "getHomoTerm" #> [43778] "HeadImpactData" #> [43779] "make.Coef" #> [43780] "make.Fterm" #> [43781] "make.Model" #> [43782] "make.Variable" #> [43783] "make.Xterm" #> [43784] "modelList2Vec" #> [43785] "modelVec2List" #> [43786] "RefineryData" #> [43787] "createConnectionDetails" #> [43788] "createZipFile" #> [43789] "DatabaseConnector" #> [43790] "DatabaseConnectorDriver" #> [43791] "dbAppendTable,DatabaseConnectorConnection,character,data.frame-method" #> [43792] "dbClearResult,DatabaseConnectorResult-method" #> [43793] "dbColumnInfo,DatabaseConnectorResult-method" #> [43794] "dbConnect,DatabaseConnectorDriver-method" #> [43795] "dbCreateTable,DatabaseConnectorConnection,character,data.frame-method" #> [43796] "dbDisconnect,DatabaseConnectorConnection-method" #> [43797] "dbExecute,DatabaseConnectorConnection,character-method" #> [43798] "dbExistsTable,DatabaseConnectorConnection,character-method" #> [43799] "dbFetch,DatabaseConnectorResult-method" #> [43800] "dbGetQuery,DatabaseConnectorConnection,character-method" #> [43801] "dbGetRowCount,DatabaseConnectorResult-method" #> [43802] "dbGetRowsAffected,DatabaseConnectorResult-method" #> [43803] "dbGetStatement,DatabaseConnectorResult-method" #> [43804] "dbHasCompleted,DatabaseConnectorResult-method" #> [43805] "dbIsValid,DatabaseConnectorDbiConnection-method" #> [43806] "dbIsValid,DatabaseConnectorJdbcConnection-method" #> [43807] "dbListFields,DatabaseConnectorConnection,character-method" #> [43808] "dbListTables,DatabaseConnectorConnection-method" #> [43809] "dbQuoteIdentifier,DatabaseConnectorConnection,character-method" #> [43810] "dbQuoteString,DatabaseConnectorConnection,character-method" #> [43811] "dbReadTable,DatabaseConnectorConnection,character-method" #> [43812] "dbRemoveTable,DatabaseConnectorConnection,character-method" #> [43813] "dbSendQuery,DatabaseConnectorDbiConnection,character-method" #> [43814] "dbSendQuery,DatabaseConnectorJdbcConnection,character-method" #> [43815] "dbSendStatement,DatabaseConnectorConnection,character-method" #> [43816] "dbUnloadDriver,DatabaseConnectorDriver-method" #> [43817] "dbWriteTable,DatabaseConnectorConnection,character,data.frame-method" #> [43818] "disconnect" #> [43819] "executeSql" #> [43820] "getTableNames" #> [43821] "insertTable" #> [43822] "jdbcDrivers" #> [43823] "lowLevelExecuteSql" #> [43824] "lowLevelQuerySql" #> [43825] "lowLevelQuerySql.ffdf" #> [43826] "querySql" #> [43827] "querySql.ffdf" #> [43828] "renderTranslateExecuteSql" #> [43829] "renderTranslateQuerySql" #> [43830] "renderTranslateQuerySql.ffdf" #> [43831] "show,DatabaseConnectorConnection-method" #> [43832] "show,DatabaseConnectorDriver-method" #> [43833] "DatabaseConnectorJars" #> [43834] "Thrun" #> [43835] "2019-01-27" #> [43836] "14:20:03" #> [43837] "DatabionicSwarm-package" #> [43838] "ClusteringAccuracy" #> [43839] "DBSclustering" #> [43840] "DefaultColorSequence" #> [43841] "Delaunay4Points" #> [43842] "DelaunayClassificationError" #> [43843] "Delta3DWeightsC" #> [43844] "DijkstraSSSP" #> [43845] "findPossiblePositionsCsingle" #> [43846] "GeneratePswarmVisualization" #> [43847] "getCartesianCoordinates" #> [43848] "getUmatrix4Projection" #> [43849] "Hepta" #> [43850] "Lsun3D" #> [43851] "plotSwarm" #> [43852] "ProjectedPoints2Grid" #> [43853] "Pswarm" #> [43854] "PswarmCurrentRadiusC2botsPositive" #> [43855] "rDistanceToroidCsingle" #> [43856] "RelativeDifference" #> [43857] "RobustNormalization" #> [43858] "sESOM4BMUs" #> [43859] "setdiffMatrix" #> [43860] "setGridSize" #> [43861] "setPolarGrid" #> [43862] "setRmin" #> [43863] "ShortestGraphPathsC" #> [43864] "trainstepC" #> [43865] "datacheck-package" #> [43866] "as.rules" #> [43867] "as_rules" #> [43868] "datadict.profile" #> [43869] "datadict_profile" #> [43870] "has.punct" #> [43871] "has.ruleErrors" #> [43872] "has_punct" #> [43873] "has_rule_errors" #> [43874] "heatmap.quality" #> [43875] "heatmap_quality" #> [43876] "is.datadict.profile" #> [43877] "is.oneOf" #> [43878] "is.onlyLowers" #> [43879] "is.properName" #> [43880] "is.withinRange" #> [43881] "is_datadict_profile" #> [43882] "is_one_of" #> [43883] "is_only_lowers" #> [43884] "is_proper_name" #> [43885] "is_within_range" #> [43886] "pkg.version" #> [43887] "pkg_version" #> [43888] "prep4rep" #> [43889] "read.rules" #> [43890] "read_rules" #> [43891] "ruleCoverage" #> [43892] "rule_coverage" #> [43893] "runDatacheck" #> [43894] "run_datacheck" #> [43895] "scoreSum" #> [43896] "score_sum" #> [43897] "shortSummary" #> [43898] "short_summary" #> [43899] "consolida" #> [43900] "getSfilesPath" #> [43901] "htmltodata" #> [43902] "MergerXLSX" #> [43903] "CasesTable" #> [43904] "change" #> [43905] "CountSpell" #> [43906] "dMerge" #> [43907] "DropNA" #> [43908] "FillDown" #> [43909] "FillIn" #> [43910] "FindDups" #> [43911] "grepl.sub" #> [43912] "InsertRow" #> [43913] "MoveFront" #> [43914] "NaVar" #> [43915] "PercChange" #> [43916] "rmExcept" #> [43917] "shiftMA" #> [43918] "slide" #> [43919] "slideMA" #> [43920] "SpreadDummy" #> [43921] "StartEnd" #> [43922] "TimeExpand" #> [43923] "TimeFill" #> [43924] "VarDrop" #> [43925] "Heather" #> [43926] "Hackett" #> [43927] "Cheryl" #> [43928] "Renton" #> [43929] "Triggs" #> [43930] "Krishan" #> [43931] "Bhasin" #> [43932] "Carola" #> [43933] "Deppe" #> [43934] "Ruijing" #> [43935] "Swift" #> [43936] "Rob" #> [43937] "Noble-Eddy" #> [43938] "2018-09-19" #> [43939] "08:40:03" #> [43940] "allVarMatchMessage" #> [43941] "checkEmpty" #> [43942] "checkForRCompareCol" #> [43943] "checkKeysExist" #> [43944] "checkNA" #> [43945] "checkUniqueness" #> [43946] "cleanColNames" #> [43947] "coerceData" #> [43948] "coerceFactorsToChar" #> [43949] "collapseClasses" #> [43950] "colsWithUnequalValues" #> [43951] "compareData" #> [43952] "compareNames" #> [43953] "createAntiSubset" #> [43954] "createCleaningInfo" #> [43955] "createColMatching" #> [43956] "createCompareObject" #> [43957] "createMeta" #> [43958] "createMismatches" #> [43959] "createMismatchObject" #> [43960] "createReportText" #> [43961] "createRowMatching" #> [43962] "createTextSummary" #> [43963] "currentObjVersion" #> [43964] "executeCoercions" #> [43965] "generateMismatchData" #> [43966] "getCoercions" #> [43967] "getMismatchColNames" #> [43968] "is.dataCompareRobject" #> [43969] "isNotNull" #> [43970] "isSingleNA" #> [43971] "listObsNotVerbose" #> [43972] "listObsVerbose" #> [43973] "locateMismatches" #> [43974] "makeValidKeys" #> [43975] "makeValidNames" #> [43976] "matchColumns" #> [43977] "matchMultiIndex" #> [43978] "matchNoIndex" #> [43979] "matchRows" #> [43980] "matchSingleIndex" #> [43981] "metaDataInfo" #> [43982] "mismatchHighStop" #> [43983] "orderColumns" #> [43984] "outputSectionHeader" #> [43985] "print.dataCompareRobject" #> [43986] "print.summary.dataCompareRobject" #> [43987] "processFlow" #> [43988] "rCompare" #> [43989] "rcompObjItemLength" #> [43990] "rounddf" #> [43991] "saveReport" #> [43992] "subsetDataColumns" #> [43993] "summary.dataCompareRobject" #> [43994] "trimCharVars" #> [43995] "updateCompareObject" #> [43996] "updateCompareObject.cleaninginfo" #> [43997] "updateCompareObject.colmatching" #> [43998] "updateCompareObject.matches" #> [43999] "updateCompareObject.meta" #> [44000] "updateCompareObject.mismatches" #> [44001] "updateCompareObject.rowmatching" #> [44002] "validateArguments" #> [44003] "validateData" #> [44004] "variableDetails" #> [44005] "variableMismatches" #> [44006] "warnLargeData" #> [44007] "datadigest-package" #> [44008] "codebook-shiny" #> [44009] "codebookApp" #> [44010] "explorer" #> [44011] "explorer-shiny" #> [44012] "explorerApp" #> [44013] "datadogr" #> [44014] "k9_auth" #> [44015] "k9_get_events" #> [44016] "k9_get_metrics" #> [44017] "k9_list_metrics" #> [44018] "k9_post_metric" #> [44019] "datadr-package" #> [44020] "addData" #> [44021] "addTransform" #> [44022] "adult" #> [44023] "applyTransform" #> [44024] "as.data.frame.ddf" #> [44025] "as.list.ddo" #> [44026] "bsv" #> [44027] "charFileHash" #> [44028] "combCollect" #> [44029] "combDdf" #> [44030] "combDdo" #> [44031] "combMean" #> [44032] "combMeanCoef" #> [44033] "combRbind" #> [44034] "condDiv" #> [44035] "ddf" #> [44036] "ddf-accessors" #> [44037] "ddo" #> [44038] "ddo-ddf-accessors" #> [44039] "ddo-ddf-attributes" #> [44040] "digestFileHash" #> [44041] "divide-internals" #> [44042] "drAggregate" #> [44043] "drBLB" #> [44044] "drFilter" #> [44045] "drGetGlobals" #> [44046] "drGLM" #> [44047] "drHexbin" #> [44048] "drJoin" #> [44049] "drLapply" #> [44050] "drLM" #> [44051] "drPersist" #> [44052] "drQuantile" #> [44053] "drRead.table" #> [44054] "drSample" #> [44055] "drSubset" #> [44056] "getCondCuts" #> [44057] "getSplitVar" #> [44058] "hdfsConn" #> [44059] "kvApply" #> [44060] "kvPair" #> [44061] "kvPairs" #> [44062] "localDiskConn" #> [44063] "localDiskControl" #> [44064] "makeExtractable" #> [44065] "mr-summary-stats" #> [44066] "mrExec" #> [44067] "print.ddo" #> [44068] "print.kvPair" #> [44069] "print.kvValue" #> [44070] "readHDFStextFile" #> [44071] "readTextFileByChunk" #> [44072] "recombine" #> [44073] "removeData" #> [44074] "rhipeControl" #> [44075] "rrDiv" #> [44076] "setupTransformEnv" #> [44077] "to_ddf" #> [44078] "updateAttributes" #> [44079] "DataEntry-package" #> [44080] "DataExplorer-package" #> [44081] "configure_report" #> [44082] "create_report" #> [44083] "drop_columns" #> [44084] "dummify" #> [44085] "group_category" #> [44086] "introduce" #> [44087] "plot_bar" #> [44088] "plot_boxplot" #> [44089] "plot_correlation" #> [44090] "plot_density" #> [44091] "plot_histogram" #> [44092] "plot_intro" #> [44093] "plot_missing" #> [44094] "plot_prcomp" #> [44095] "plot_qq" #> [44096] "plot_scatterplot" #> [44097] "plot_str" #> [44098] "profile_missing" #> [44099] "set_missing" #> [44100] "split_columns" #> [44101] "update_columns" #> [44102] "write.xls" #> [44103] "action_vec" #> [44104] "add_interact_num" #> [44105] "best_performance" #> [44106] "build_bitstring" #> [44107] "compare_fsm" #> [44108] "datafsm" #> [44109] "decode_action_vec" #> [44110] "decode_state_mat" #> [44111] "degeneracy_check" #> [44112] "estimation_details" #> [44113] "evolve_model" #> [44114] "evolve_model_cv" #> [44115] "evolve_model_ntimes" #> [44116] "find_wildcards" #> [44117] "fitnessCPP" #> [44118] "ga_fsm-class" #> [44119] "NV_games" #> [44120] "var_imp" #> [44121] "DataGraph-package" #> [44122] "addDTable" #> [44123] "addDTBin" #> [44124] "closeDTable" #> [44125] "closeDTBin" #> [44126] "infoDTBin" #> [44127] "openDTable" #> [44128] "openDTBin" #> [44129] "syncDTable" #> [44130] "syncDTBin" #> [44131] "writeDTable" #> [44132] "importAllMdf" #> [44133] "importAllSdf" #> [44134] "importCsv" #> [44135] "importCsv2" #> [44136] "importExcel" #> [44137] "importPipe" #> [44138] "importTab" #> [44139] "importTilde" #> [44140] "'identifyLoners.R'" #> [44141] "'identifyNums.R'" #> [44142] "'identifyOutliersTBStyle.R'" #> [44143] "'identifyWhitespace.R'" #> [44144] "'isSingular.R'" #> [44145] "'isEmpty.R'" #> [44146] "'isKey.R'" #> [44147] "'makeCodebook.R'" #> [44148] "'makeDataReport.R'" #> [44149] "'refCat.R'" #> [44150] "'render.R'" #> [44151] "'setChecks.R'" #> [44152] "'setVisuals.R'" #> [44153] "'smartNum.R'" #> [44154] "'standardVisual.R'" #> [44155] "'summaryResult.R'" #> [44156] "'tableVisual.R'" #> [44157] "'unpackLabelled.R'" #> [44158] "'variableType.R'" #> [44159] "Anne" #> [44160] "Helby" #> [44161] "Petersen" #> [44162] "Thorn" #> [44163] "Ekstrøm" #> [44164] "2018-10-03" #> [44165] "allCheckFunctions" #> [44166] "allClasses" #> [44167] "allSummaryFunctions" #> [44168] "allVisualFunctions" #> [44169] "artData" #> [44170] "basicVisual" #> [44171] "basicVisualCFLB" #> [44172] "bigPresidentData" #> [44173] "centralValue" #> [44174] "checkResult" #> [44175] "countMissing" #> [44176] "defaultCharacterChecks" #> [44177] "defaultCharacterSummaries" #> [44178] "defaultDateChecks" #> [44179] "defaultDateSummaries" #> [44180] "defaultFactorChecks" #> [44181] "defaultFactorSummaries" #> [44182] "defaultHavenlabelledChecks" #> [44183] "defaultHavenlabelledSummaries" #> [44184] "defaultIntegerChecks" #> [44185] "defaultIntegerSummaries" #> [44186] "defaultLabelledChecks" #> [44187] "defaultLabelledSummaries" #> [44188] "defaultLogicalChecks" #> [44189] "defaultLogicalSummaries" #> [44190] "defaultNumericChecks" #> [44191] "defaultNumericSummaries" #> [44192] "description" #> [44193] "identifyCaseIssues" #> [44194] "identifyLoners" #> [44195] "identifyMissing" #> [44196] "identifyNums" #> [44197] "identifyOutliers" #> [44198] "identifyOutliersTBStyle" #> [44199] "identifyWhitespace" #> [44200] "isCPR" #> [44201] "isKey" #> [44202] "isSingular" #> [44203] "isSupported" #> [44204] "makeCodebook" #> [44205] "makeDataReport" #> [44206] "messageGenerator" #> [44207] "presidentData" #> [44208] "quartiles" #> [44209] "refCat" #> [44210] "setChecks" #> [44211] "setSummaries" #> [44212] "setVisuals" #> [44213] "standardVisual" #> [44214] "summaryFunction" #> [44215] "summaryResult" #> [44216] "tableVisual" #> [44217] "testData" #> [44218] "toyData" #> [44219] "uniqueValues" #> [44220] "variableType" #> [44221] "visualFunction" #> [44222] "mapAttach" #> [44223] "Mappers" #> [44224] "newMap" #> [44225] "newMapper" #> [44226] "uninstall" #> [44227] "add_arcs" #> [44228] "add_arcs_name" #> [44229] "add_bubbles" #> [44230] "add_choropleth" #> [44231] "add_graticule" #> [44232] "add_icons" #> [44233] "add_labels" #> [44234] "add_legend" #> [44235] "add_markers" #> [44236] "config_arcs" #> [44237] "config_bubbles" #> [44238] "config_geo" #> [44239] "datamaps" #> [44240] "datamaps-shiny" #> [44241] "delete_map" #> [44242] "set_projection" #> [44243] "update_arcs" #> [44244] "update_bubbles" #> [44245] "update_choropleth" #> [44246] "update_labels" #> [44247] "update_legend" #> [44248] "datamart-package" #> [44249] "address_lookup" #> [44250] "allensbach" #> [44251] "as.character" #> [44252] "Blogger-class" #> [44253] "BlogPostTarget-class" #> [44254] "city_coords" #> [44255] "csvdata" #> [44256] "CsvData-class" #> [44257] "Dbpedia-class" #> [44258] "dependencies" #> [44259] "DirectoryLocation-class" #> [44260] "enipedia" #> [44261] "enipedia_countries" #> [44262] "evs2008.lvl2" #> [44263] "expenditures" #> [44264] "FileTarget-class" #> [44265] "gapminder" #> [44266] "google.oauth2" #> [44267] "GoogleOAuth2-class" #> [44268] "InternalData-class" #> [44269] "iwv_online" #> [44270] "localappdir" #> [44271] "Location-class" #> [44272] "Mashup-class" #> [44273] "MdFigure-class" #> [44274] "MdReport-class" #> [44275] "mem.info" #> [44276] "MemoryLocation-class" #> [44277] "MemoryLocation2-class" #> [44278] "netConnectGermany" #> [44279] "openei" #> [44280] "Pastebin-class" #> [44281] "put" #> [44282] "queries" #> [44283] "read.csvdata" #> [44284] "read.google.oauth2" #> [44285] "resalias" #> [44286] "resfunc" #> [44287] "ResFunc-class" #> [44288] "SftpLocation-class" #> [44289] "sourceforge" #> [44290] "strcap" #> [44291] "strdecrypt" #> [44292] "strdehtml" #> [44293] "strencrypt" #> [44294] "strhead" #> [44295] "strparse" #> [44296] "strrecode" #> [44297] "strsubst" #> [44298] "strtail" #> [44299] "SweaveReport-class" #> [44300] "Target-class" #> [44301] "uconv" #> [44302] "uconvlist" #> [44303] "urldata" #> [44304] "UrlData-class" #> [44305] "WebLocation-class" #> [44306] "Xdata-class" #> [44307] "xsparql" #> [44308] "Xsparql-class" #> [44309] "build_dict" #> [44310] "build_linker" #> [44311] "dataMeta" #> [44312] "incorporate_attr" #> [44313] "my.data" #> [44314] "prompt_attr" #> [44315] "prompt_linker" #> [44316] "save_it" #> [44317] "bsdr" #> [44318] "bsef" #> [44319] "cme" #> [44320] "ddr" #> [44321] "Jordan" #> [44322] "Lauren" #> [44323] "Edmund" #> [44324] "Hart" #> [44325] "Chamberlain" #> [44326] "Regents" #> [44327] "University" #> [44328] "California" #> [44329] "2019-01-29" #> [44330] "21:40:03" #> [44331] "AbstractTableDescriber-class" #> [44332] "addData,DataPackage,D1Object-method" #> [44333] "asDataFrame" #> [44334] "AuthenticationManager" #> [44335] "AuthenticationManager-class" #> [44336] "auth_delete" #> [44337] "auth_get" #> [44338] "auth_head" #> [44339] "auth_post" #> [44340] "auth_put" #> [44341] "auth_put_post_delete" #> [44342] "canRead,D1Object-method" #> [44343] "CertificateManager" #> [44344] "CertificateManager-class" #> [44345] "CNode" #> [44346] "CNode-class" #> [44347] "convert.csv" #> [44348] "createD1Object" #> [44349] "createDataPackage" #> [44350] "createObject" #> [44351] "D1Client" #> [44352] "D1Client-class" #> [44353] "d1IdentifierSearch" #> [44354] "D1Node" #> [44355] "D1Node-class" #> [44356] "D1Object" #> [44357] "D1Object-class" #> [44358] "d1SolrQuery" #> [44359] "d1_errors" #> [44360] "data.characterEncoding" #> [44361] "data.formatFamily" #> [44362] "data.tableAttributeNames" #> [44363] "data.tableAttributeOrientation" #> [44364] "data.tableAttributeStorageTypes" #> [44365] "data.tableAttributeTypes" #> [44366] "data.tableFieldDelimiter" #> [44367] "data.tableMissingValueCodes" #> [44368] "data.tableQuoteCharacter" #> [44369] "data.tableSkipLinesHeader" #> [44370] "dataone" #> [44371] "describeObject" #> [44372] "documented.d1Identifiers" #> [44373] "documented.entityNames" #> [44374] "documented.sizes" #> [44375] "downloadCert" #> [44376] "downloadObject" #> [44377] "echoCredentials" #> [44378] "EMLParser" #> [44379] "EMLParser-class" #> [44380] "encodeSolr" #> [44381] "encodeUrlPath" #> [44382] "encodeUrlQuery" #> [44383] "evaluateAuth" #> [44384] "generateIdentifier" #> [44385] "getAuthExpires" #> [44386] "getAuthMethod" #> [44387] "getAuthSubject" #> [44388] "getCapabilities" #> [44389] "getCert" #> [44390] "getCertExpires" #> [44391] "getCertInfo" #> [44392] "getCertLocation" #> [44393] "getChecksum" #> [44394] "getCN" #> [44395] "getD1Object" #> [44396] "getData,D1Object-method" #> [44397] "getDataObject" #> [44398] "getDataPackage" #> [44399] "getEndpoint" #> [44400] "getErrorDescription" #> [44401] "getFormat" #> [44402] "getFormatId,D1Object-method" #> [44403] "getIdentifier,D1Object-method" #> [44404] "getMetadataMember" #> [44405] "getMN" #> [44406] "getMNode" #> [44407] "getMNodeId" #> [44408] "getObject" #> [44409] "getPackage" #> [44410] "getQueryEngineDescription" #> [44411] "getSystemMetadata" #> [44412] "getTokenInfo" #> [44413] "get_user_agent" #> [44414] "hasReservation" #> [44415] "initialize,D1Client-method" #> [44416] "initialize,D1Node-method" #> [44417] "initialize,D1Object-method" #> [44418] "isAuthExpired" #> [44419] "isAuthorized" #> [44420] "isAuthValid" #> [44421] "isCertExpired" #> [44422] "listFormats" #> [44423] "listMemberNodes" #> [44424] "listNodes" #> [44425] "listObjects" #> [44426] "listQueryEngines" #> [44427] "MNode" #> [44428] "MNode-class" #> [44429] "obscureAuth" #> [44430] "obscureCert" #> [44431] "parseCapabilities" #> [44432] "parseSolrResult" #> [44433] "reserveIdentifier" #> [44434] "resolve" #> [44435] "restoreAuth" #> [44436] "restoreCert" #> [44437] "setMNodeId" #> [44438] "setObsoletedBy" #> [44439] "setPublicAccess,D1Object-method" #> [44440] "showAuth" #> [44441] "showClientSubject" #> [44442] "updateSystemMetadata" #> [44443] "uploadDataObject" #> [44444] "uploadDataPackage" #> [44445] "addAccessRule" #> [44446] "addMember" #> [44447] "canRead" #> [44448] "clearAccessPolicy" #> [44449] "containsId" #> [44450] "createFromTriples" #> [44451] "DataObject-class" #> [44452] "datapack" #> [44453] "DataPackage-class" #> [44454] "describeWorkflow" #> [44455] "dmsg" #> [44456] "freeResourceMap" #> [44457] "getFormatId" #> [44458] "getIdentifier" #> [44459] "getIdentifiers" #> [44460] "getMember" #> [44461] "getRelationships" #> [44462] "getSize" #> [44463] "getTriples" #> [44464] "getValue" #> [44465] "hasAccessRule" #> [44466] "initialize,DataObject-method" #> [44467] "initialize,DataPackage-method" #> [44468] "initialize,ResourceMap-method" #> [44469] "initialize,SystemMetadata-method" #> [44470] "insertRelationship" #> [44471] "parseRDF" #> [44472] "parseSystemMetadata" #> [44473] "recordDerivation" #> [44474] "removeAccessRule" #> [44475] "removeMember" #> [44476] "replaceMember" #> [44477] "ResourceMap-class" #> [44478] "selectMember" #> [44479] "serializePackage" #> [44480] "serializeRDF" #> [44481] "serializeSystemMetadata" #> [44482] "serializeToBagIt" #> [44483] "setPublicAccess" #> [44484] "SystemMetadata" #> [44485] "SystemMetadata-class" #> [44486] "updateMetadata" #> [44487] "updateRelationships" #> [44488] "updateXML" #> [44489] "Kleanthis" #> [44490] "Koupidis" #> [44491] "Lazaros" #> [44492] "Ioannidis" #> [44493] "Charalampos" #> [44494] "Bratsas" #> [44495] "Knowledge" #> [44496] "International" #> [44497] "2019-03-08" #> [44498] "16:32:49" #> [44499] "datapackage.r-package" #> [44500] "BinaryReadable" #> [44501] "BinaryReadableConnection" #> [44502] "DataPackageError" #> [44503] "dereferencePackageDescriptor" #> [44504] "dereferenceResourceDescriptor" #> [44505] "descriptor.pointer" #> [44506] "expandPackageDescriptor" #> [44507] "expandResourceDescriptor" #> [44508] "file_basename" #> [44509] "file_extension" #> [44510] "findFiles" #> [44511] "helpers.from.json.to.list" #> [44512] "helpers.from.list.to.json" #> [44513] "infer" #> [44514] "is.compressed" #> [44515] "is.git" #> [44516] "is.json" #> [44517] "is.local.descriptor.path" #> [44518] "is.valid" #> [44519] "isRemotePath" #> [44520] "isSafePath" #> [44521] "isUndefined" #> [44522] "locateDescriptor" #> [44523] "Package.load" #> [44524] "Profile" #> [44525] "Profile.load" #> [44526] "Resource" #> [44527] "Resource.load" #> [44528] "retrieveDescriptor" #> [44529] "write.json" #> [44530] "DataPackageR-package" #> [44531] "assert_data_version" #> [44532] "construct_yml_config" #> [44533] "DataPackageR" #> [44534] "datapackager_object_read" #> [44535] "datapackage_skeleton" #> [44536] "data_version" #> [44537] "document" #> [44538] "keepDataObjects-defunct" #> [44539] "package_build" #> [44540] "project_data_path" #> [44541] "project_extdata_path" #> [44542] "project_path" #> [44543] "use_data_object" #> [44544] "use_ignore" #> [44545] "use_processing_script" #> [44546] "use_raw_dataset" #> [44547] "yml_find" #> [44548] "clipboard_context" #> [44549] "df_construct" #> [44550] "df_format" #> [44551] "df_paste" #> [44552] "dmdclip" #> [44553] "dpasta" #> [44554] "dp_set_decimal_mark" #> [44555] "dp_set_max_rows" #> [44556] "guess_output_context" #> [44557] "guess_sep" #> [44558] "nchar_type" #> [44559] "nquote_str" #> [44560] "pad_to" #> [44561] "parse_vector" #> [44562] "read_clip_tbl_guess" #> [44563] "render_type" #> [44564] "render_type_pad_to" #> [44565] "tortellini" #> [44566] "tribble_construct" #> [44567] "tribble_format" #> [44568] "tribble_paste" #> [44569] "vector_construct" #> [44570] "vector_construct_vertical" #> [44571] "vector_format" #> [44572] "vector_format_vertical" #> [44573] "vector_paste" #> [44574] "vector_paste_vertical" #> [44575] "zzz_rs_dfiddle" #> [44576] "zzz_rs_toggle_quotes" #> [44577] "aggregateByKey" #> [44578] "as.POSIXct_fast" #> [44579] "build_bins" #> [44580] "build_encoding" #> [44581] "build_scales" #> [44582] "dataPrepNews" #> [44583] "dateFormatUnifier" #> [44584] "fastDiscretization" #> [44585] "fastFilterVariables" #> [44586] "fastHandleNa" #> [44587] "fastIsEqual" #> [44588] "fastRound" #> [44589] "fastScale" #> [44590] "findAndTransformDates" #> [44591] "findAndTransformNumerics" #> [44592] "generateDateDiffs" #> [44593] "generateFactorFromDate" #> [44594] "generateFromCharacter" #> [44595] "generateFromFactor" #> [44596] "identifyDates" #> [44597] "messy_adult" #> [44598] "one_hot_encoder" #> [44599] "prepareSet" #> [44600] "sameShape" #> [44601] "setAsNumericMatrix" #> [44602] "setColAsCharacter" #> [44603] "setColAsDate" #> [44604] "setColAsFactor" #> [44605] "setColAsNumeric" #> [44606] "shapeSet" #> [44607] "unFactor" #> [44608] "whichAreBijection" #> [44609] "whichAreConstant" #> [44610] "whichAreIncluded" #> [44611] "whichAreInDouble" #> [44612] "dataQualityR-package" #> [44613] "checkDataQuality" #> [44614] "crx" #> [44615] "Carr" #> [44616] "Watkins" #> [44617] "Laura" #> [44618] "DeCicco" #> [44619] "23:08:49" #> [44620] "addWaterYear" #> [44621] "calcWaterYear" #> [44622] "constructNWISURL" #> [44623] "constructUseURL" #> [44624] "constructWQPURL" #> [44625] "countyCd" #> [44626] "countyCdLookup" #> [44627] "dataRetrieval" #> [44628] "getQuerySummary" #> [44629] "getWebServiceData" #> [44630] "importNGWMN" #> [44631] "importRDB1" #> [44632] "importWaterML1" #> [44633] "importWaterML2" #> [44634] "importWQP" #> [44635] "parameterCdFile" #> [44636] "readNGWMNdata" #> [44637] "readNGWMNlevels" #> [44638] "readNGWMNsites" #> [44639] "readNWISdata" #> [44640] "readNWISdv" #> [44641] "readNWISgwl" #> [44642] "readNWISmeas" #> [44643] "readNWISpCode" #> [44644] "readNWISpeak" #> [44645] "readNWISqw" #> [44646] "readNWISrating" #> [44647] "readNWISsite" #> [44648] "readNWISstat" #> [44649] "readNWISuse" #> [44650] "readNWISuv" #> [44651] "readWQPdata" #> [44652] "readWQPqw" #> [44653] "renameNWISColumns" #> [44654] "setAccess" #> [44655] "stateCd" #> [44656] "stateCdLookup" #> [44657] "whatNWISdata" #> [44658] "whatNWISsites" #> [44659] "whatWQPdata" #> [44660] "whatWQPmetrics" #> [44661] "whatWQPsamples" #> [44662] "whatWQPsites" #> [44663] "zeroPad" #> [44664] "datarobot-package" #> [44665] "ApplySchema" #> [44666] "AutopilotMode" #> [44667] "BlendMethods" #> [44668] "BlueprintChartToGraphviz" #> [44669] "CleanServerData" #> [44670] "ConnectToDataRobot" #> [44671] "ConstructDurationString" #> [44672] "CreateBacktestSpecification" #> [44673] "CreateDataSource" #> [44674] "CreateDataStore" #> [44675] "CreateDatetimePartitionSpecification" #> [44676] "CreateDerivedFeatures" #> [44677] "CreateFeaturelist" #> [44678] "CreateGroupPartition" #> [44679] "CreateModelingFeaturelist" #> [44680] "CreatePrimeCode" #> [44681] "CreateRandomPartition" #> [44682] "CreateRatingTable" #> [44683] "CreateStratifiedPartition" #> [44684] "CreateUserPartition" #> [44685] "CrossValidateModel" #> [44686] "cvMethods" #> [44687] "DataPartition" #> [44688] "DataPathFromDataArg" #> [44689] "DataSubset" #> [44690] "DeleteDataSource" #> [44691] "DeleteDataStore" #> [44692] "DeleteJob" #> [44693] "DeleteModel" #> [44694] "DeleteModelJob" #> [44695] "DeletePredictionDataset" #> [44696] "DeletePredictJob" #> [44697] "DeleteProject" #> [44698] "DeleteReasonCodes" #> [44699] "DeleteReasonCodesInitialization" #> [44700] "DeleteTransferrableModel" #> [44701] "DifferencingMethod" #> [44702] "DownloadPrimeCode" #> [44703] "DownloadRatingTable" #> [44704] "DownloadReasonCodes" #> [44705] "DownloadScoringCode" #> [44706] "DownloadTimeSeriesFeatureDerivationLog" #> [44707] "DownloadTrainingPredictions" #> [44708] "DownloadTransferrableModel" #> [44709] "ExpectHasKeys" #> [44710] "FeatureFromAsyncUrl" #> [44711] "GenerateDatetimePartition" #> [44712] "GetAllLiftCharts" #> [44713] "GetAllReasonCodesRowsAsDataFrame" #> [44714] "GetAllRocCurves" #> [44715] "GetBlenderModel" #> [44716] "GetBlenderModelFromJobId" #> [44717] "GetBlueprint" #> [44718] "GetBlueprintChart" #> [44719] "GetBlueprintDocumentation" #> [44720] "GetConfusionChart" #> [44721] "GetDataSource" #> [44722] "GetDataStore" #> [44723] "GetDataStoreSchemas" #> [44724] "GetDataStoreTables" #> [44725] "GetDatetimeModelFromJobId" #> [44726] "GetDatetimeModelObject" #> [44727] "GetDatetimePartition" #> [44728] "GetDriver" #> [44729] "GetFeatureImpactForJobId" #> [44730] "GetFeatureImpactForModel" #> [44731] "GetFeatureInfo" #> [44732] "GetFeaturelist" #> [44733] "GetFrozenModel" #> [44734] "GetFrozenModelFromJobId" #> [44735] "GetJob" #> [44736] "GetLiftChart" #> [44737] "GetMissingValuesReport" #> [44738] "GetModel" #> [44739] "GetModelBlueprintChart" #> [44740] "GetModelBlueprintDocumentation" #> [44741] "GetModelFromJobId" #> [44742] "GetModelingFeaturelist" #> [44743] "GetModelJob" #> [44744] "GetModelJobs" #> [44745] "GetModelParameters" #> [44746] "GetModelRecommendation" #> [44747] "GetMultiSeriesProperties" #> [44748] "GetPredictions" #> [44749] "GetPredictJob" #> [44750] "GetPredictJobs" #> [44751] "GetPrimeEligibility" #> [44752] "GetPrimeFile" #> [44753] "GetPrimeFileFromJobId" #> [44754] "GetPrimeModel" #> [44755] "GetPrimeModelFromJobId" #> [44756] "GetProject" #> [44757] "GetProjectList" #> [44758] "GetProjectStatus" #> [44759] "GetRatingTable" #> [44760] "GetRatingTableFromJobId" #> [44761] "GetRatingTableModel" #> [44762] "GetRatingTableModelFromJobId" #> [44763] "GetReasonCodesInitialization" #> [44764] "GetReasonCodesInitializationFromJobId" #> [44765] "GetReasonCodesMetadata" #> [44766] "GetReasonCodesMetadataFromJobId" #> [44767] "GetReasonCodesRows" #> [44768] "GetRecommendedModel" #> [44769] "GetRocCurve" #> [44770] "GetRulesets" #> [44771] "GetServerDataInRows" #> [44772] "GetTimeSeriesFeatureDerivationLog" #> [44773] "GetTrainingPredictionDataFrame" #> [44774] "GetTrainingPredictions" #> [44775] "GetTrainingPredictionsFromJobId" #> [44776] "GetTransferrableModel" #> [44777] "GetValidMetrics" #> [44778] "GetWordCloud" #> [44779] "JobStatus" #> [44780] "JobType" #> [44781] "ListBlueprints" #> [44782] "ListConfusionCharts" #> [44783] "ListDataSources" #> [44784] "ListDataStores" #> [44785] "ListDrivers" #> [44786] "ListFeatureInfo" #> [44787] "ListFeaturelists" #> [44788] "ListJobs" #> [44789] "ListLiftCharts" #> [44790] "ListModelFeatures" #> [44791] "ListModelingFeaturelists" #> [44792] "ListModelJobs" #> [44793] "ListModelRecommendations" #> [44794] "ListModels" #> [44795] "ListPredictionDatasets" #> [44796] "ListPrimeFiles" #> [44797] "ListPrimeModels" #> [44798] "ListProjects" #> [44799] "ListRatingTableModels" #> [44800] "ListRatingTables" #> [44801] "ListReasonCodesMetadata" #> [44802] "ListRocCurves" #> [44803] "ListTrainingPredictions" #> [44804] "ListTransferrableModels" #> [44805] "MakeDataRobotRequest" #> [44806] "PauseQueue" #> [44807] "PeriodicityMaxTimeStep" #> [44808] "PeriodicityTimeUnits" #> [44809] "plot.listOfModels" #> [44810] "PostgreSQLdrivers" #> [44811] "PredictionDatasetFromAsyncUrl" #> [44812] "PrimeLanguage" #> [44813] "ProjectFromAsyncUrl" #> [44814] "RecommendedModelType" #> [44815] "ReformatMetrics" #> [44816] "RenameRatingTable" #> [44817] "RequestApproximation" #> [44818] "RequestBlender" #> [44819] "RequestFeatureImpact" #> [44820] "RequestFrozenDatetimeModel" #> [44821] "RequestFrozenModel" #> [44822] "RequestMultiSeriesDetection" #> [44823] "RequestNewDatetimeModel" #> [44824] "RequestNewModel" #> [44825] "RequestNewRatingTableModel" #> [44826] "RequestPredictionsForDataset" #> [44827] "RequestPrimeModel" #> [44828] "RequestReasonCodes" #> [44829] "RequestReasonCodesInitialization" #> [44830] "RequestSampleSizeUpdate" #> [44831] "RequestTrainingPredictions" #> [44832] "RequestTransferrableModel" #> [44833] "ScaleoutModelingMode" #> [44834] "ScoreBacktests" #> [44835] "SetTarget" #> [44836] "SetupProject" #> [44837] "SetupProjectFromDataSource" #> [44838] "SetupProjectFromHDFS" #> [44839] "SetupProjectFromMySQL" #> [44840] "SetupProjectFromOracle" #> [44841] "SetupProjectFromPostgreSQL" #> [44842] "StartNewAutoPilot" #> [44843] "StartProject" #> [44844] "StartRetryWaiter" #> [44845] "Stringify" #> [44846] "summary.dataRobotModel" #> [44847] "TargetLeakageType" #> [44848] "TargetType" #> [44849] "TestDataStore" #> [44850] "TreatAsExponential" #> [44851] "UnpauseQueue" #> [44852] "UpdateDataSource" #> [44853] "UpdateDataStore" #> [44854] "UpdateProject" #> [44855] "UpdateTransferrableModel" #> [44856] "UploadData" #> [44857] "UploadPredictionDataset" #> [44858] "UploadPredictionDatasetFromDataSource" #> [44859] "UploadTransferrableModel" #> [44860] "ValidateModel" #> [44861] "ValidateParameterIn" #> [44862] "ValidateProject" #> [44863] "ViewWebModel" #> [44864] "ViewWebProject" #> [44865] "WaitForAutopilot" #> [44866] "WaitForJobToComplete" #> [44867] "box_plots" #> [44868] "datasauRus" #> [44869] "datasaurus_dozen" #> [44870] "datasaurus_dozen_wide" #> [44871] "simpsons_paradox" #> [44872] "simpsons_paradox_wide" #> [44873] "twelve_from_slant_alternate_long" #> [44874] "twelve_from_slant_alternate_wide" #> [44875] "twelve_from_slant_long" #> [44876] "twelve_from_slant_wide" #> [44877] "ds" #> [44878] "inventory" #> [44879] "datasets.load-package" #> [44880] "alldata" #> [44881] "browseDatasets" #> [44882] "datasets.load" #> [44883] "getDatasetInfo" #> [44884] "print.browseDatasets" #> [44885] "print.datasets" #> [44886] "printDatasets" #> [44887] "promptDatasets" #> [44888] "DataSpaceR-package" #> [44889] "checkNetrc" #> [44890] "connectDS" #> [44891] "DataSpaceConnection" #> [44892] "DataSpaceStudy" #> [44893] "getNetrcPath" #> [44894] "writeNetrc" #> [44895] "datassim" #> [44896] "dataStepClass" #> [44897] "toDf" #> [44898] "toEnv" #> [44899] "Dirmeier" #> [44900] "2018-12-19" #> [44901] "13:00:03" #> [44902] "datastructures-package" #> [44903] "bimap" #> [44904] "bimap-class" #> [44905] "binomial_heap" #> [44906] "binomial_heap-class" #> [44907] "clear" #> [44908] "decrease_key" #> [44909] "deque-class" #> [44910] "fibonacci_heap" #> [44911] "fibonacci_heap-class" #> [44912] "hashmap-class" #> [44913] "heap-class" #> [44914] "map-class" #> [44915] "multimap" #> [44916] "multimap-class" #> [44917] "queue" #> [44918] "queue-class" #> [44919] "stack" #> [44920] "stack-class" #> [44921] "unordered_map-class" #> [44922] "[,unordered_map,vector,missing,missing-method" #> [44923] "[<-,bimap,vector,missing,vector-method" #> [44924] "[<-,heap,vector,missing,list-method" #> [44925] "[<-,heap,vector,missing,matrix-method" #> [44926] "[<-,heap,vector,missing,vector-method" #> [44927] "[<-,unordered_map,vector,missing,ANY-method" #> [44928] "[<-,unordered_map,vector,missing,list-method" #> [44929] "[<-,unordered_map,vector,missing,vector-method" #> [44930] "sim_evita10_bruf" #> [44931] "sim_evita10_mun" #> [44932] "sim_evita10_uf" #> [44933] "sim_evitb10_bruf" #> [44934] "sim_evitb10_mun" #> [44935] "sim_evitb10_uf" #> [44936] "sim_inf10_bruf" #> [44937] "sim_inf10_mun" #> [44938] "sim_inf10_uf" #> [44939] "sim_obt10_bruf" #> [44940] "sim_obt10_mun" #> [44941] "sim_obt10_uf" #> [44942] "sinasc_nv_bruf" #> [44943] "sinasc_nv_mun" #> [44944] "sinasc_nv_uf" #> [44945] ".plot.deldir.datautils" #> [44946] "getElapsed" #> [44947] "getPurity" #> [44948] "getTimestamp" #> [44949] "mergeToList" #> [44950] "plotmeanshack" #> [44951] "upper" #> [44952] "add_dataset_file" #> [44953] "add_file" #> [44954] "create_dataset" #> [44955] "create_dataverse" #> [44956] "dataset_atom" #> [44957] "dataset_versions" #> [44958] "dataverse" #> [44959] "dataverse_metadata" #> [44960] "dataverse_search" #> [44961] "delete_dataset" #> [44962] "delete_dataverse" #> [44963] "delete_file" #> [44964] "delete_sword_dataset" #> [44965] "get_dataset" #> [44966] "get_dataverse" #> [44967] "get_facets" #> [44968] "get_file" #> [44969] "get_user_key" #> [44970] "initiate_sword_dataset" #> [44971] "list_datasets" #> [44972] "publish_dataset" #> [44973] "publish_dataverse" #> [44974] "publish_sword_dataset" #> [44975] "service_document" #> [44976] "set_dataverse_metadata" #> [44977] "as.whos" #> [44978] "browse" #> [44979] "entry.view" #> [44980] "getOpt" #> [44981] "heat.view" #> [44982] "whos" #> [44983] "whos.options" #> [44984] "Felix" #> [44985] "Pape" #> [44986] "Onno" #> [44987] "Hansen-Goos" #> [44988] "[ctr," #> [44989] "Alfred" #> [44990] "Ultsch" #> [44991] "[dtc," #> [44992] "12:42:42" #> [44993] "DataVisualizations-package" #> [44994] "categoricalVariable" #> [44995] "Choroplethmap" #> [44996] "ChoroplethPostalCodesAndAGS_Germany" #> [44997] "ClassBoxplot" #> [44998] "ClassMDplot" #> [44999] "ClassPDEplot" #> [45000] "ClassPDEplotMaxLikeli" #> [45001] "Classplot" #> [45002] "Crosstable" #> [45003] "DualaxisClassplot" #> [45004] "DualaxisLinechart" #> [45005] "Fanplot" #> [45006] "GoogleMapsCoordinates" #> [45007] "HeatmapColors" #> [45008] "inPSphere2D" #> [45009] "InspectBoxplots" #> [45010] "InspectDistances" #> [45011] "InspectScatterplots" #> [45012] "InspectStandardization" #> [45013] "InspectVariable" #> [45014] "ITS" #> [45015] "MAplot" #> [45016] "MDplot" #> [45017] "MDplot4multiplevectors" #> [45018] "MTY" #> [45019] "PDEplot" #> [45020] "PDEscatter" #> [45021] "Piechart" #> [45022] "Pixelmatrix" #> [45023] "Plot3D" #> [45024] "PlotMissingvalues" #> [45025] "PlotProductratio" #> [45026] "PmatrixColormap" #> [45027] "Sheparddiagram" #> [45028] "ShepardPDEscatter" #> [45029] "SignedLog" #> [45030] "Silhouetteplot" #> [45031] "Slopechart" #> [45032] "StatPDEdensity" #> [45033] "stat_pde_density" #> [45034] "Worldmap" #> [45035] "world_country_polygons" #> [45036] "zplot" #> [45037] "DataViz-package" #> [45038] "oldestpeople" #> [45039] "quad" #> [45040] "rcpp_throwchart" #> [45041] "r_throwchart" #> [45042] "throwchart" #> [45043] "as.date" #> [45044] "date.ddmmmyy" #> [45045] "date.mdy" #> [45046] "date.mmddyy" #> [45047] "date.mmddyyyy" #> [45048] "date.object" #> [45049] "as.second" #> [45050] "c.timeline" #> [45051] "timepoint" #> [45052] "toSAS.datetime" #> [45053] "datetimeutils-package" #> [45054] "business_days" #> [45055] "convert_date" #> [45056] "convert_tz" #> [45057] "end_of_period" #> [45058] "guess_datetime" #> [45059] "last_weekday" #> [45060] "nth_day" #> [45061] "rfc822t" #> [45062] "roundPOSIXt" #> [45063] "timegrid" #> [45064] "DATforDCEMRI-package" #> [45065] "DAT" #> [45066] "DAT.checkData" #> [45067] "DAT.simData" #> [45068] "datorama_query" #> [45069] "datorama_token" #> [45070] "clone_dat" #> [45071] "cmd_check" #> [45072] "create_dat" #> [45073] "datr" #> [45074] "dat_install" #> [45075] "install_dat" #> [45076] "log_dat" #> [45077] "pull_dat" #> [45078] "share_dat" #> [45079] "status_dat" #> [45080] "sync_dat" #> [45081] "aocc" #> [45082] "ccost" #> [45083] "dave" #> [45084] "davesil" #> [45085] "dircor" #> [45086] "EKs" #> [45087] "EKv" #> [45088] "fitmarkov" #> [45089] "fspa" #> [45090] "ltim" #> [45091] "lveg" #> [45092] "Mtabs" #> [45093] "mveg" #> [45094] "mxplot" #> [45095] "nsit" #> [45096] "nveg" #> [45097] "orank" #> [45098] "overly" #> [45099] "pcaser" #> [45100] "pcobiplot" #> [45101] "pcovar" #> [45102] "psit" #> [45103] "pveg" #> [45104] "sn59sit" #> [45105] "sn59veg" #> [45106] "sn6sit" #> [45107] "sn6veg" #> [45108] "sn7sit" #> [45109] "sn7veg" #> [45110] "SNPsm" #> [45111] "SNPtm" #> [45112] "speedprof" #> [45113] "srank" #> [45114] "ssind" #> [45115] "ssit" #> [45116] "sspft" #> [45117] "sveg" #> [45118] "tsit" #> [45119] "tveg" #> [45120] "vrsit" #> [45121] "vrveg" #> [45122] "vvelocity" #> [45123] "wetsit" #> [45124] "wetveg" #> [45125] "ws200" #> [45126] "ws30" #> [45127] "ws500" #> [45128] "wssit" #> [45129] "Davies" #> [45130] "davies.moment" #> [45131] "davies.start" #> [45132] "expected.gld" #> [45133] "fit.davies.p" #> [45134] "Gld" #> [45135] "ozturk" #> [45136] "plotcf" #> [45137] "rstupid" #> [45138] "twolines.vert" #> [45139] "x00m700p4" #> [45140] "dawai-package" #> [45141] "err.est" #> [45142] "err.est.rlda" #> [45143] "err.est.rqda" #> [45144] "predict.rlda" #> [45145] "predict.rqda" #> [45146] "rlda" #> [45147] "rqda" #> [45148] "Vehicle2" #> [45149] "calc_nd" #> [45150] "daymetr" #> [45151] "daymet_grid_agg" #> [45152] "daymet_grid_offset" #> [45153] "daymet_grid_tmean" #> [45154] "download_daymet" #> [45155] "download_daymet_batch" #> [45156] "download_daymet_ncss" #> [45157] "download_daymet_tiles" #> [45158] "nc2tif" #> [45159] "read_daymet" #> [45160] "tile_outlines" #> [45161] "dbarts" #> [45162] "dbartsControl" #> [45163] "dbartsData" #> [45164] "dbartsSampler-class" #> [45165] "guessNumCores" #> [45166] "makeModelMatrixFromDataFrame" #> [45167] "rbart" #> [45168] "xbart" #> [45169] "DatabaseConnect" #> [45170] "sqlToR" #> [45171] "unix2POSIXct" #> [45172] "dbEmpLikeGOF-package" #> [45173] "Baby" #> [45174] "dbEmpLikeGOF" #> [45175] "returnCutoff" #> [45176] "Tbars" #> [45177] "testmat" #> [45178] "dbEmpLikeNorm-package" #> [45179] "datamat" #> [45180] "dbELnorm" #> [45181] "returnCutoffValue" #> [45182] "DBEST" #> [45183] "NDVI.Site1" #> [45184] "NDVI.Site2" #> [45185] "plot.DBEST" #> [45186] "TREND.Site1" #> [45187] "TREND.Site2" #> [45188] "verifyWrite" #> [45189] "DBfit-package" #> [45190] "boot1" #> [45191] "boot2" #> [45192] "dbfit" #> [45193] "durbin1fit" #> [45194] "durbin1xy" #> [45195] "durbin2fit" #> [45196] "hmdesign2" #> [45197] "hmmat" #> [45198] "hypothmat" #> [45199] "lagx" #> [45200] "nurho" #> [45201] "print.dbfit" #> [45202] "rhoci2" #> [45203] "simpgen1hm2" #> [45204] "simulacorrection" #> [45205] "summary.dbfit" #> [45206] "wrho" #> [45207] "DBGSA-package" #> [45208] "afExp" #> [45209] "avelinkdis" #> [45210] "b1" #> [45211] "centdis" #> [45212] "distable" #> [45213] "functionall" #> [45214] "randdis" #> [45215] "valuep" #> [45216] "assign.clusters" #> [45217] "cluster.bic" #> [45218] "count.parameters" #> [45219] "emission.heatmap" #> [45220] "hmm.clust" #> [45221] "model.ll" #> [45222] "partition.bic" #> [45223] "select.seeds" #> [45224] "seq2hmm.ll" #> [45225] "size.search" #> [45226] "smooth.hmm" #> [45227] "smooth.probabilities" #> [45228] "transition.heatmap" #> [45229] "dbhydroR-package" #> [45230] "clean_hydro" #> [45231] "clean_wq" #> [45232] "get_dbkey" #> [45233] "get_hydro" #> [45234] "get_wq" #> [45235] "list(markdown" #> [45236] "roclets" #> [45237] "c(``collate''," #> [45238] "``namespace''," #> [45239] "``rd''," #> [45240] "DBI-package" #> [45241] "dbAppendTable" #> [45242] "dbBind" #> [45243] "dbCanConnect" #> [45244] "dbClearResult" #> [45245] "dbColumnInfo" #> [45246] "dbConnect" #> [45247] "dbCreateTable" #> [45248] "dbDataType" #> [45249] "dbDisconnect" #> [45250] "dbDriver" #> [45251] "dbExecute" #> [45252] "dbExistsTable" #> [45253] "dbFetch" #> [45254] "dbGetException" #> [45255] "dbGetInfo" #> [45256] "dbGetQuery" #> [45257] "dbGetRowCount" #> [45258] "dbGetRowsAffected" #> [45259] "dbGetStatement" #> [45260] "dbHasCompleted" #> [45261] "DBIConnection-class" #> [45262] "DBIDriver-class" #> [45263] "DBIObject-class" #> [45264] "DBIResult-class" #> [45265] "dbIsValid" #> [45266] "dbListConnections" #> [45267] "dbListFields" #> [45268] "dbListObjects" #> [45269] "dbListResults" #> [45270] "dbListTables" #> [45271] "dbQuoteIdentifier" #> [45272] "dbQuoteLiteral" #> [45273] "dbQuoteString" #> [45274] "dbReadTable" #> [45275] "dbRemoveTable" #> [45276] "dbSendQuery" #> [45277] "dbSendStatement" #> [45278] "dbUnquoteIdentifier" #> [45279] "dbWithTransaction" #> [45280] "dbWriteTable" #> [45281] "Id-class" #> [45282] "make.db.names" #> [45283] "rownames" #> [45284] "SQL" #> [45285] "sqlAppendTable" #> [45286] "sqlCreateTable" #> [45287] "sqlData" #> [45288] "sqlInterpolate" #> [45289] "transactions" #> [45290] "'spec-meta-get-row-count.R'" #> [45291] "'spec-transaction-with-transaction.R'" #> [45292] "'spec-connection-get-info.R'" #> [45293] "'spec-meta-column-info.R'" #> [45294] "'spec-driver.R'" #> [45295] "'spec-connection.R'" #> [45296] "'spec-sql.R'" #> [45297] "'spec-meta.R'" #> [45298] "'spec-compliance.R'" #> [45299] "'spec-stress-connection.R'" #> [45300] "'spec-all.R'" #> [45301] "'spec-.R'" #> [45302] "'test-all.R'" #> [45303] "'test-driver.R'" #> [45304] "'test-connection.R'" #> [45305] "'test-sql.R'" #> [45306] "'test-meta.R'" #> [45307] "'test-compliance.R'" #> [45308] "'test-stress.R'" #> [45309] "'tweaks.R'" #> [45310] "Müller" #> [45311] "Consortium" #> [45312] "2018-01-25" #> [45313] "19:54:58" #> [45314] "DBItest-package" #> [45315] "DBIspec" #> [45316] "make_context" #> [45317] "spec_connection_disconnect" #> [45318] "spec_driver_connect" #> [45319] "spec_driver_data_type" #> [45320] "spec_meta_bind" #> [45321] "spec_meta_get_rows_affected" #> [45322] "spec_meta_get_row_count" #> [45323] "spec_meta_get_statement" #> [45324] "spec_meta_has_completed" #> [45325] "spec_meta_is_valid" #> [45326] "spec_result_clear_result" #> [45327] "spec_result_create_table_with_data_type" #> [45328] "spec_result_execute" #> [45329] "spec_result_fetch" #> [45330] "spec_result_get_query" #> [45331] "spec_result_roundtrip" #> [45332] "spec_result_send_query" #> [45333] "spec_result_send_statement" #> [45334] "spec_sql_exists_table" #> [45335] "spec_sql_list_tables" #> [45336] "spec_sql_quote_identifier" #> [45337] "spec_sql_quote_string" #> [45338] "spec_sql_read_table" #> [45339] "spec_sql_remove_table" #> [45340] "spec_sql_write_table" #> [45341] "spec_transaction_begin_commit_rollback" #> [45342] "spec_transaction_with_transaction" #> [45343] "test_all" #> [45344] "test_compliance" #> [45345] "test_connection" #> [45346] "test_data_type" #> [45347] "test_driver" #> [45348] "test_getting_started" #> [45349] "test_meta" #> [45350] "test_result" #> [45351] "test_sql" #> [45352] "test_stress" #> [45353] "test_transaction" #> [45354] "tweaks" #> [45355] "DBKGrad-package" #> [45356] "dbkGrad" #> [45357] "ItalyM" #> [45358] "plot.dbkGrad" #> [45359] "d011" #> [45360] "d011ch" #> [45361] "IVaids" #> [45362] "dblr_train" #> [45363] "predict.dblr" #> [45364] "dbmss-package" #> [45365] "as.Dtable" #> [45366] "as.wmppp" #> [45367] "dbmssEnvelope.object" #> [45368] "DEnvelope" #> [45369] "Dhat" #> [45370] "Dtable" #> [45371] "envelope.Dtable" #> [45372] "gEnvelope" #> [45373] "ghat" #> [45374] "GoFtest" #> [45375] "is.wmppp" #> [45376] "KdEnvelope" #> [45377] "Kdhat" #> [45378] "KEnvelope" #> [45379] "Khat" #> [45380] "KinhomEnvelope" #> [45381] "Kinhomhat" #> [45382] "KmmEnvelope" #> [45383] "Kmmhat" #> [45384] "Ktest" #> [45385] "LEnvelope" #> [45386] "Lhat" #> [45387] "LmmEnvelope" #> [45388] "Lmmhat" #> [45389] "MEnvelope" #> [45390] "mEnvelope" #> [45391] "Mhat" #> [45392] "mhat" #> [45393] "paracou16" #> [45394] "print.dbmssEnvelope" #> [45395] "rPopulationIndependenceK" #> [45396] "rPopulationIndependenceM" #> [45397] "rRandomLabeling" #> [45398] "rRandomLabelingM" #> [45399] "rRandomLocation" #> [45400] "rRandomPositionK" #> [45401] "spatstat" #> [45402] "summary.dbmssEnvelope" #> [45403] "wmppp" #> [45404] "wmppp.object" #> [45405] "close_db" #> [45406] "dbparser" #> [45407] "get_drugbank_exported_date" #> [45408] "get_drugbank_metadata" #> [45409] "get_drugbank_version" #> [45410] "get_xml_db_rows" #> [45411] "open_db" #> [45412] "parse_drug" #> [45413] "parse_drug_affected_organisms" #> [45414] "parse_drug_ahfs_codes" #> [45415] "parse_drug_all" #> [45416] "parse_drug_articles" #> [45417] "parse_drug_atc_codes" #> [45418] "parse_drug_books" #> [45419] "parse_drug_carriers" #> [45420] "parse_drug_carriers_actions" #> [45421] "parse_drug_carriers_articles" #> [45422] "parse_drug_carriers_links" #> [45423] "parse_drug_carriers_polypeptides" #> [45424] "parse_drug_carriers_polypeptides_external_identifiers" #> [45425] "parse_drug_carriers_polypeptides_go_classifiers" #> [45426] "parse_drug_carriers_polypeptides_pfams" #> [45427] "parse_drug_carriers_polypeptides_synonyms" #> [45428] "parse_drug_carriers_textbooks" #> [45429] "parse_drug_categories" #> [45430] "parse_drug_classification" #> [45431] "parse_drug_dosages" #> [45432] "parse_drug_element" #> [45433] "parse_drug_element_options" #> [45434] "parse_drug_enzymes" #> [45435] "parse_drug_enzymes_actions" #> [45436] "parse_drug_enzymes_articles" #> [45437] "parse_drug_enzymes_links" #> [45438] "parse_drug_enzymes_polypeptides" #> [45439] "parse_drug_enzymes_polypeptides_external_identifiers" #> [45440] "parse_drug_enzymes_polypeptides_go_classifiers" #> [45441] "parse_drug_enzymes_polypeptides_pfams" #> [45442] "parse_drug_enzymes_polypeptides_synonyms" #> [45443] "parse_drug_enzymes_textbooks" #> [45444] "parse_drug_experimental_properties" #> [45445] "parse_drug_external_identifiers" #> [45446] "parse_drug_external_links" #> [45447] "parse_drug_food_interactions" #> [45448] "parse_drug_groups" #> [45449] "parse_drug_interactions" #> [45450] "parse_drug_international_brands" #> [45451] "parse_drug_links" #> [45452] "parse_drug_manufacturers" #> [45453] "parse_drug_mixtures" #> [45454] "parse_drug_packagers" #> [45455] "parse_drug_patents" #> [45456] "parse_drug_pathway" #> [45457] "parse_drug_pathway_drugs" #> [45458] "parse_drug_pathway_enzyme" #> [45459] "parse_drug_pdb_entries" #> [45460] "parse_drug_prices" #> [45461] "parse_drug_products" #> [45462] "parse_drug_reactions" #> [45463] "parse_drug_reactions_enzymes" #> [45464] "parse_drug_salts" #> [45465] "parse_drug_sequences" #> [45466] "parse_drug_snp_adverse_drug_reactions" #> [45467] "parse_drug_snp_effects" #> [45468] "parse_drug_synonyms" #> [45469] "parse_drug_targets" #> [45470] "parse_drug_targets_actions" #> [45471] "parse_drug_targets_articles" #> [45472] "parse_drug_targets_links" #> [45473] "parse_drug_targets_polypeptides" #> [45474] "parse_drug_targets_polypeptides_external_identifiers" #> [45475] "parse_drug_targets_polypeptides_go_classifiers" #> [45476] "parse_drug_targets_polypeptides_pfams" #> [45477] "parse_drug_targets_polypeptides_synonyms" #> [45478] "parse_drug_targets_textbooks" #> [45479] "parse_drug_transporters" #> [45480] "parse_drug_transporters_actions" #> [45481] "parse_drug_transporters_articles" #> [45482] "parse_drug_transporters_links" #> [45483] "parse_drug_transporters_polypeptides" #> [45484] "parse_drug_transporters_polypeptides_external_identifiers" #> [45485] "parse_drug_transporters_polypeptides_go_classifiers" #> [45486] "parse_drug_transporters_polypeptides_pfams" #> [45487] "parse_drug_transporters_polypeptides_synonyms" #> [45488] "parse_drug_transporters_textbooks" #> [45489] "dbplot_bar" #> [45490] "dbplot_boxplot" #> [45491] "dbplot_histogram" #> [45492] "dbplot_line" #> [45493] "dbplot_raster" #> [45494] "db_bin" #> [45495] "db_compute_bins" #> [45496] "db_compute_boxplot" #> [45497] "db_compute_count" #> [45498] "db_compute_raster" #> [45499] "arrange.tbl_lazy" #> [45500] "collapse.tbl_sql" #> [45501] "copy_to.src_sql" #> [45502] "do.tbl_sql" #> [45503] "in_schema" #> [45504] "join.tbl_sql" #> [45505] "memdb_frame" #> [45506] "remote_name" #> [45507] "sql" #> [45508] "src_dbi" #> [45509] "translate_sql" #> [45510] "window_order" #> [45511] "dbscan" #> [45512] "DS3" #> [45513] "extractFOSC" #> [45514] "frNN" #> [45515] "glosh" #> [45516] "hdbscan" #> [45517] "hullplot" #> [45518] "jpclust" #> [45519] "kNN" #> [45520] "kNNdist" #> [45521] "lof" #> [45522] "moons" #> [45523] "NN" #> [45524] "optics" #> [45525] "pointdensity" #> [45526] "reachability" #> [45527] "sNN" #> [45528] "sNNclust" #> [45529] "dbstats-package" #> [45530] "as.D2" #> [45531] "as.Gram" #> [45532] "D2toDist" #> [45533] "D2toG" #> [45534] "dbglm" #> [45535] "dblm" #> [45536] "dbplsr" #> [45537] "disttoD2" #> [45538] "GtoD2" #> [45539] "ldbglm" #> [45540] "ldblm" #> [45541] "plot.dblm" #> [45542] "plot.dbplsr" #> [45543] "plot.ldblm" #> [45544] "predict.dbglm" #> [45545] "predict.dblm" #> [45546] "predict.dbplsr" #> [45547] "predict.ldbglm" #> [45548] "predict.ldblm" #> [45549] "summary.dbglm" #> [45550] "summary.dblm" #> [45551] "summary.dbplsr" #> [45552] "summary.ldbglm" #> [45553] "summary.ldblm" #> [45554] "dbxConnect" #> [45555] "dbxDelete" #> [45556] "dbxDisconnect" #> [45557] "dbxExecute" #> [45558] "dbxInsert" #> [45559] "dbxSelect" #> [45560] "dbxUpdate" #> [45561] "dbxUpsert" #> [45562] "dc3net" #> [45563] "dc3netcom" #> [45564] "dc3netdif" #> [45565] "geneNames" #> [45566] "maxofMIM" #> [45567] "normalData" #> [45568] "orderList" #> [45569] "probSameFilt" #> [45570] "rankList" #> [45571] "tumorData" #> [45572] "uniqNet" #> [45573] "DCA-package" #> [45574] "dca" #> [45575] "find.xy" #> [45576] "la.simu.gen" #> [45577] "plot_la" #> [45578] "DCchoice-package" #> [45579] "AP" #> [45580] "bootCI" #> [45581] "Carson" #> [45582] "ct2df" #> [45583] "dbchoice" #> [45584] "KR" #> [45585] "krCI" #> [45586] "kristrom" #> [45587] "oohbchoice" #> [45588] "oohbsyn" #> [45589] "plot.dbchoice" #> [45590] "plot.kristrom" #> [45591] "plot.sbchoice" #> [45592] "plot.turnbull" #> [45593] "predict.dbchoice" #> [45594] "predict.sbchoice" #> [45595] "sbchoice" #> [45596] "summary.dbchoice" #> [45597] "summary.kristrom" #> [45598] "summary.sbchoice" #> [45599] "summary.turnbull" #> [45600] "turnbull" #> [45601] "update.dbchoice" #> [45602] "update.sbchoice" #> [45603] "calculate_jaccard" #> [45604] "DCD" #> [45605] "get_ordered_community_output" #> [45606] "order_topological_matrix" #> [45607] "prune_edges" #> [45608] "cov_mv" #> [45609] "DCEM" #> [45610] "dcem_cluster_mv" #> [45611] "dcem_cluster_uv" #> [45612] "dcem_test" #> [45613] "dcem_train" #> [45614] "ionosphere_data" #> [45615] "means_mv" #> [45616] "means_mv_impr" #> [45617] "means_uv" #> [45618] "means_uv_impr" #> [45619] "sd_uv" #> [45620] "trim_data" #> [45621] "dcemriS4-package" #> [45622] "ADC.fast" #> [45623] "aif-models" #> [45624] "aifParameters" #> [45625] "buckley" #> [45626] "compartmentalModel" #> [45627] "convFFT" #> [45628] "dcemri.bayes" #> [45629] "dcemri.lm" #> [45630] "dcemri.map" #> [45631] "dcemri.spline" #> [45632] "doubleAngleMethod" #> [45633] "expConv" #> [45634] "extractAIF" #> [45635] "fastTemplateMatching" #> [45636] "findCenter" #> [45637] "kineticModel" #> [45638] "R10.lm" #> [45639] "rCBV.fast" #> [45640] "shift3D" #> [45641] "T2.fast" #> [45642] "as.SimilarityMatrix" #> [45643] "as.symmetricAdjacencyMatrix" #> [45644] "getEigenvalueList" #> [45645] "getEns" #> [45646] "getEnsList" #> [45647] "GetSim" #> [45648] "monkeyGrooming" #> [45649] "plotCLUSTERS" #> [45650] "plotMultiEigenvalues" #> [45651] "plotTheCluster" #> [45652] "temperatureSample" #> [45653] "DCGL-package" #> [45654] "ASC" #> [45655] "DCe" #> [45656] "DCp" #> [45657] "DCsum" #> [45658] "DRplot" #> [45659] "DRrank" #> [45660] "DRsort" #> [45661] "expressionBasedfilter" #> [45662] "exprs" #> [45663] "exprs_design" #> [45664] "intgenelist" #> [45665] "LFC" #> [45666] "LRC" #> [45667] "percentLinkfilter" #> [45668] "qLinkfilter" #> [45669] "RIF" #> [45670] "rLinkfilter" #> [45671] "tf2target" #> [45672] "varianceBasedfilter" #> [45673] "WGCNA" #> [45674] "'dcSplitArch.r'" #> [45675] "'dcAlgo.r'" #> [45676] "'dcFunArgs.r'" #> [45677] "'dcList2Matrix.r'" #> [45678] "'dcAlgoPredictPR.r'" #> [45679] "'dcRWRpredict.r'" #> [45680] "2015-07-27" #> [45681] "AdjData-class" #> [45682] "Ancestral_domainome" #> [45683] "Anno-class" #> [45684] "Anno-method" #> [45685] "AnnoData-class" #> [45686] "Cnetwork-class" #> [45687] "Cnetwork-method" #> [45688] "Coutput-class" #> [45689] "Coutput-method" #> [45690] "dcAlgo" #> [45691] "dcAlgoPredict" #> [45692] "dcAlgoPredictGenome" #> [45693] "dcAlgoPredictMain" #> [45694] "dcAlgoPredictPR" #> [45695] "dcAlgoPropagate" #> [45696] "dcAncestralML" #> [45697] "dcAncestralMP" #> [45698] "dcBuildAnno" #> [45699] "dcBuildInfoDataFrame" #> [45700] "dcBuildOnto" #> [45701] "dcConverter" #> [45702] "dcDAGannotate" #> [45703] "dcDAGdomainSim" #> [45704] "dcDuplicated" #> [45705] "dcEnrichment" #> [45706] "dcFunArgs" #> [45707] "dcList2Matrix" #> [45708] "dcNaivePredict" #> [45709] "dcRDataLoader" #> [45710] "dcRWRpipeline" #> [45711] "dcRWRpredict" #> [45712] "dcSparseMatrix" #> [45713] "dcSplitArch" #> [45714] "dcSubtreeClade" #> [45715] "dcSubtreeTips" #> [45716] "dcSupraBetter" #> [45717] "dcTreeConnectivity" #> [45718] "Dnetwork-class" #> [45719] "Dnetwork-method" #> [45720] "Eoutput-class" #> [45721] "Eoutput-method" #> [45722] "eTOL" #> [45723] "InfoDataFrame-class" #> [45724] "InfoDataFrame-method" #> [45725] "InterPro" #> [45726] "InterPro2GOBP" #> [45727] "InterPro2GOCC" #> [45728] "InterPro2GOMF" #> [45729] "Onto-class" #> [45730] "Onto-method" #> [45731] "onto.DO" #> [45732] "onto.GOBP" #> [45733] "onto.GOCC" #> [45734] "onto.GOMF" #> [45735] "onto.HPMI" #> [45736] "onto.HPON" #> [45737] "onto.HPPA" #> [45738] "onto.MP" #> [45739] "Pfam" #> [45740] "Pfam2GOBP" #> [45741] "Pfam2GOCC" #> [45742] "Pfam2GOMF" #> [45743] "Rfam" #> [45744] "Rfam2GOBP" #> [45745] "Rfam2GOCC" #> [45746] "Rfam2GOMF" #> [45747] "SCOP.fa" #> [45748] "SCOP.fa2DO" #> [45749] "SCOP.fa2GOBP" #> [45750] "SCOP.fa2GOCC" #> [45751] "SCOP.fa2GOMF" #> [45752] "SCOP.fa2HPMI" #> [45753] "SCOP.fa2HPON" #> [45754] "SCOP.fa2HPPA" #> [45755] "SCOP.fa2MP" #> [45756] "SCOP.sf" #> [45757] "SCOP.sf2DO" #> [45758] "SCOP.sf2GOBP" #> [45759] "SCOP.sf2GOCC" #> [45760] "SCOP.sf2GOMF" #> [45761] "SCOP.sf2HPMI" #> [45762] "SCOP.sf2HPON" #> [45763] "SCOP.sf2HPPA" #> [45764] "SCOP.sf2MP" #> [45765] "visEnrichment" #> [45766] "embedding" #> [45767] "henon.ts" #> [45768] "jacobi" #> [45769] "logistic.ts" #> [45770] "lorenz.ts" #> [45771] "lyapunov" #> [45772] "lyapunov.max" #> [45773] "lyapunov.spec" #> [45774] "rossler.ts" #> [45775] "dChipIO-package" #> [45776] "readCdfBin" #> [45777] "readCdfBinHeader" #> [45778] "readDcp" #> [45779] "readDcpHeader" #> [45780] "readDcpRectangle" #> [45781] "DCL-package" #> [45782] "bdcl.estimation" #> [45783] "clm" #> [45784] "dcl.boot" #> [45785] "dcl.boot.prior" #> [45786] "dcl.estimation" #> [45787] "dcl.predict" #> [45788] "dcl.predict.prior" #> [45789] "extract.prior" #> [45790] "get.cumulative" #> [45791] "get.incremental" #> [45792] "idcl.estimation" #> [45793] "ItriangleBDCL" #> [45794] "NpaidPrior" #> [45795] "NtriangleBDCL" #> [45796] "NtriangleDCL" #> [45797] "NtrianglePrior" #> [45798] "Plot.cashflow" #> [45799] "Plot.clm.par" #> [45800] "Plot.dcl.par" #> [45801] "Plot.triangle" #> [45802] "validating.incurred" #> [45803] "XtriangleBDCL" #> [45804] "XtriangleDCL" #> [45805] "XtrianglePrior" #> [45806] "dclone-package" #> [45807] ".dcFit" #> [45808] "bugs.fit" #> [45809] "bugs.parfit" #> [45810] "clusterSize" #> [45811] "clusterSplitSB" #> [45812] "codaSamples" #> [45813] "dc.fit" #> [45814] "dc.parfit" #> [45815] "dclone" #> [45816] "DcloneEnv" #> [45817] "dcoptions" #> [45818] "errlines" #> [45819] "evalParallelArgument" #> [45820] "jags.fit" #> [45821] "jags.parfit" #> [45822] "jagsModel" #> [45823] "lambdamax.diag" #> [45824] "make.symmetric" #> [45825] "mclapplySB" #> [45826] "mcmc.list-methods" #> [45827] "mcmcapply" #> [45828] "nclones" #> [45829] "ovenbird" #> [45830] "pairs.mcmc.list" #> [45831] "parallel.inits" #> [45832] "parCodaSamples" #> [45833] "parDosa" #> [45834] "parJagsModel" #> [45835] "parLoadModule" #> [45836] "parSetFactory" #> [45837] "parUpdate" #> [45838] "regmod" #> [45839] "stan.fit" #> [45840] "update.mcmc.list" #> [45841] "write.jags.model" #> [45842] "achisq" #> [45843] "achisq.boot" #> [45844] "achisq.stat" #> [45845] "besagnewell" #> [45846] "besagnewell.boot" #> [45847] "besagnewell.stat" #> [45848] "bn.iscluster" #> [45849] "calculate.mle" #> [45850] "DCluster" #> [45851] "dcluster" #> [45852] "empbaysmooth" #> [45853] "gearyc" #> [45854] "gearyc.boot" #> [45855] "gearyc.stat" #> [45856] "get.knclusters" #> [45857] "iscluster" #> [45858] "kn.iscluster" #> [45859] "kullnagar" #> [45860] "kullnagar.boot" #> [45861] "kullnagar.stat" #> [45862] "lognormalEB" #> [45863] "moranI" #> [45864] "moranI.boot" #> [45865] "moranI.stat" #> [45866] "observed.sim" #> [45867] "opgam" #> [45868] "pottwhitt" #> [45869] "pottwhitt.boot" #> [45870] "pottwhitt.stat" #> [45871] "rmultin" #> [45872] "stone" #> [45873] "stone.boot" #> [45874] "stone.stat" #> [45875] "tango" #> [45876] "tango.boot" #> [45877] "tango.stat" #> [45878] "Tests" #> [45879] "Overdispertion" #> [45880] "whittermore" #> [45881] "whittermore.boot" #> [45882] "whittermore.stat" #> [45883] "brainNM" #> [45884] "CalcStatClusterGivenCenter" #> [45885] "CalcStatsAllClusters" #> [45886] "computeprob" #> [45887] "CreateGridDClusterm" #> [45888] "DetectClustersModel" #> [45889] "get.allknclusters" #> [45890] "get.stclusters" #> [45891] "glmAndZIP.iscluster" #> [45892] "knbinary" #> [45893] "mergeknclusters" #> [45894] "Navarre" #> [45895] "NY8" #> [45896] "SelectStatsAllClustersNoOverlap" #> [45897] "SetVbleCluster" #> [45898] "slimknclusters" #> [45899] "DCM" #> [45900] "amps" #> [45901] "dcminfo" #> [45902] "sim_CRUM_N1000" #> [45903] "sim_DINA_N1000" #> [45904] "dcmle-package" #> [45905] "chanames" #> [45906] "codaMCMC-class" #> [45907] "custommodel-class" #> [45908] "dcArgs-class" #> [45909] "dcCodaMCMC-class" #> [45910] "dcDiag-class" #> [45911] "dcdiag-class" #> [45912] "dcFit-class" #> [45913] "dcFunction-class" #> [45914] "dcInits-class" #> [45915] "dcmle" #> [45916] "dcmle-class" #> [45917] "dcModel-class" #> [45918] "dcParams-class" #> [45919] "dcTable-class" #> [45920] "dctable-class" #> [45921] "gsFit-class" #> [45922] "makeDcFit" #> [45923] "mcmc-class" #> [45924] "mcmc.list-class" #> [45925] "mcmc.list.dc-class" #> [45926] "MCMClist-class" #> [45927] "nClones-class" #> [45928] "summary.codaMCMC-class" #> [45929] "summary.dcCodaMCMC-class" #> [45930] "summary.dcmle-class" #> [45931] "dcmodify" #> [45932] "modifier" #> [45933] "modify_so" #> [45934] "DCODE-package" #> [45935] "build_data" #> [45936] "DCODE-internal" #> [45937] "getConstraint" #> [45938] "dCovTS-package" #> [45939] "ADCF" #> [45940] "ADCFplot" #> [45941] "ADCV" #> [45942] "ibmSp500" #> [45943] "kernelFun" #> [45944] "mADCF" #> [45945] "mADCFplot" #> [45946] "mADCFtest" #> [45947] "mADCV" #> [45948] "mADCVtest" #> [45949] "MortTempPart" #> [45950] "UnivTest" #> [45951] "dc_grad" #> [45952] "ddc" #> [45953] "rdc" #> [45954] "dcv-package" #> [45955] "print.LM" #> [45956] "test.DW" #> [45957] "test.LM" #> [45958] "test.PMT" #> [45959] "test.RE" #> [45960] "test.ST" #> [45961] "val" #> [45962] "ddalpha-package" #> [45963] "Cmetric" #> [45964] "compclassf.classify" #> [45965] "compclassf.train" #> [45966] "dataf" #> [45967] "dataf.*" #> [45968] "dataf.geneexp" #> [45969] "dataf.growth" #> [45970] "dataf.medflies" #> [45971] "dataf.population" #> [45972] "dataf.population2010" #> [45973] "dataf.sim.1.CFF07" #> [45974] "dataf.sim.2.CFF07" #> [45975] "dataf.tecator" #> [45976] "dataf2rawfd" #> [45977] "ddalpha.classify" #> [45978] "ddalpha.getErrorRateCV" #> [45979] "ddalpha.getErrorRatePart" #> [45980] "ddalpha.test" #> [45981] "ddalpha.train" #> [45982] "ddalphaf.classify" #> [45983] "ddalphaf.getErrorRateCV" #> [45984] "ddalphaf.getErrorRatePart" #> [45985] "ddalphaf.test" #> [45986] "ddalphaf.train" #> [45987] "depth." #> [45988] "depth.betaSkeleton" #> [45989] "depth.contours" #> [45990] "depth.contours.ddalpha" #> [45991] "depth.graph" #> [45992] "depth.halfspace" #> [45993] "depth.L2" #> [45994] "depth.Mahalanobis" #> [45995] "depth.potential" #> [45996] "depth.projection" #> [45997] "depth.qhpeeling" #> [45998] "depth.sample" #> [45999] "depth.simplicial" #> [46000] "depth.simplicialVolume" #> [46001] "depth.space." #> [46002] "depth.space.halfspace" #> [46003] "depth.space.Mahalanobis" #> [46004] "depth.space.potential" #> [46005] "depth.space.projection" #> [46006] "depth.space.simplicial" #> [46007] "depth.space.simplicialVolume" #> [46008] "depth.space.spatial" #> [46009] "depth.space.zonoid" #> [46010] "depth.spatial" #> [46011] "depth.zonoid" #> [46012] "depthf." #> [46013] "depthf.ABD" #> [46014] "depthf.BD" #> [46015] "depthf.fd1" #> [46016] "depthf.fd2" #> [46017] "depthf.hM" #> [46018] "depthf.hM2" #> [46019] "depthf.HR" #> [46020] "depthf.RP1" #> [46021] "depthf.RP2" #> [46022] "derivatives.est" #> [46023] "dknn.classify" #> [46024] "dknn.classify.trained" #> [46025] "dknn.train" #> [46026] "draw.ddplot" #> [46027] "FKS" #> [46028] "getdata" #> [46029] "infimalRank" #> [46030] "is.in.convex" #> [46031] "L2metric" #> [46032] "plot.ddalpha" #> [46033] "plot.ddalphaf" #> [46034] "plot.functional" #> [46035] "rawfd2dataf" #> [46036] "resetPar" #> [46037] "shape.fd.analysis" #> [46038] "shape.fd.outliers" #> [46039] "bd_loglik" #> [46040] "bd_ML" #> [46041] "brts2phylo" #> [46042] "dd_KI_loglik" #> [46043] "dd_KI_ML" #> [46044] "dd_KI_sim" #> [46045] "dd_loglik" #> [46046] "dd_LR" #> [46047] "dd_ML" #> [46048] "dd_MS_loglik" #> [46049] "dd_MS_ML" #> [46050] "dd_MS_sim" #> [46051] "dd_sim" #> [46052] "dd_SR_loglik" #> [46053] "dd_SR_ML" #> [46054] "dd_SR_sim" #> [46055] "L2brts" #> [46056] "L2phylo" #> [46057] "optimizer" #> [46058] "phylo2L" #> [46059] "roundn" #> [46060] "sample2" #> [46061] "td_sim" #> [46062] "transform_pars" #> [46063] "untransform_pars" #> [46064] "cdna" #> [46065] "cDNAdata" #> [46066] "DDHFm" #> [46067] "ddhft.np.2" #> [46068] "ddhft.np.inv" #> [46069] "dhhrcomp" #> [46070] "dhhrss" #> [46071] "function.from.vector" #> [46072] "genesimulator" #> [46073] "hftrialdatagen" #> [46074] "isotone" #> [46075] "KURTOSIS" #> [46076] "MOMENTS" #> [46077] "ShipCreditFlow" #> [46078] "simdurbin" #> [46079] "simdurbin2" #> [46080] "SKEW" #> [46081] "which.min.diff" #> [46082] "IVExtractResult" #> [46083] "IVfeature" #> [46084] "IVsteps" #> [46085] "IVuncertain" #> [46086] "IV_4K" #> [46087] "IV_5M_1" #> [46088] "IV_5M_2" #> [46089] "IV_daystar" #> [46090] "IV_step1" #> [46091] "IV_step2" #> [46092] "IV_step3" #> [46093] "DDIwR-package" #> [46094] "exportDDI" #> [46095] "setupfile" #> [46096] "addcod" #> [46097] "adjustages" #> [46098] "assignNoteCode" #> [46099] "avgDeaths" #> [46100] "BrasilFemales" #> [46101] "BrasilMales" #> [46102] "cdmltw" #> [46103] "ddm" #> [46104] "ddmplot" #> [46105] "detectAgeInterval" #> [46106] "detectSex" #> [46107] "eOpenCD" #> [46108] "fakeDates" #> [46109] "ggb" #> [46110] "ggbChooseAges" #> [46111] "ggbcoverageFromAges" #> [46112] "ggbcoverageFromYear" #> [46113] "ggbFittedFromAges" #> [46114] "ggbgetAgesFit" #> [46115] "ggbgetRMS" #> [46116] "ggbMakeColumns" #> [46117] "ggbseg" #> [46118] "ggbsegCoverageFromYear" #> [46119] "ggbsegMakeColumns" #> [46120] "group01" #> [46121] "guessage" #> [46122] "guessDeathsColumn" #> [46123] "headerPrep" #> [46124] "HMDlogic" #> [46125] "inUSR" #> [46126] "isLeapYear" #> [46127] "Moz" #> [46128] "reduceOpen" #> [46129] "segCoverageFromAges" #> [46130] "segCoverageFromYear" #> [46131] "segMakeColumns" #> [46132] "segplot" #> [46133] "single2abr" #> [46134] "slopeint" #> [46135] "yint" #> [46136] "yint2" #> [46137] "ypart" #> [46138] "COF" #> [46139] "DB" #> [46140] "INFLO" #> [46141] "KDEOS" #> [46142] "KNN_AGG" #> [46143] "KNN_IN" #> [46144] "KNN_SUM" #> [46145] "LDF" #> [46146] "LDOF" #> [46147] "LOCI" #> [46148] "LOF" #> [46149] "LOOP" #> [46150] "NAN" #> [46151] "NOF" #> [46152] "RDOS" #> [46153] "RKOF" #> [46154] "analysis_complete" #> [46155] "custom_thresholds" #> [46156] "ddpcr" #> [46157] "ddpcr_plate" #> [46158] "fam_positive_pnpp" #> [46159] "hex_positive_pnpp" #> [46160] "launch" #> [46161] "load_plate" #> [46162] "new_plate" #> [46163] "next_step" #> [46164] "plate_data" #> [46165] "plate_meta" #> [46166] "plate_types" #> [46167] "plot.custom_thresholds" #> [46168] "plot.ddpcr_plate" #> [46169] "plot.wildtype_mutant_pnpp" #> [46170] "pnpp_experiment" #> [46171] "save_plate" #> [46172] "set_default_params" #> [46173] "subset.ddpcr_plate" #> [46174] "thresholds" #> [46175] "wells_mutant" #> [46176] "wells_negative" #> [46177] "wells_positive" #> [46178] "wells_success" #> [46179] "wells_used" #> [46180] "wells_wildtype" #> [46181] "well_info" #> [46182] "wildtype_mutant_pnpp" #> [46183] "x_threshold" #> [46184] "x_var" #> [46185] "y_threshold" #> [46186] "DDPGPSurv-package" #> [46187] "DDPGP_Dens" #> [46188] "DDPGP_Haz" #> [46189] "DDPGP_meansurvival" #> [46190] "DDPGP_Surv" #> [46191] "mcmc_DDPGP" #> [46192] "DDRTree" #> [46193] "get_major_eigenvalue" #> [46194] "pca_projection_R" #> [46195] "sqdist_R" #> [46196] "liver.toxicity" #> [46197] "mddsPLS" #> [46198] "MddsPLS_core" #> [46199] "penicilliumYES" #> [46200] "perf_mddsPLS" #> [46201] "plot.perf_mddsPLS" #> [46202] "predict.mddsPLS" #> [46203] "ddst-package" #> [46204] "ddst.exp.test" #> [46205] "ddst.extr.test" #> [46206] "ddst.norm.test" #> [46207] "ddst.uniform.test" #> [46208] "deadbandAD" #> [46209] "deadbandBD" #> [46210] "deadbandVD" #> [46211] "synthetic.sub35" #> [46212] "synthetic.sub40" #> [46213] "synthetic.sub42" #> [46214] "synthetic.sub50" #> [46215] "autosearch" #> [46216] "drawnetwork" #> [46217] "genlatex" #> [46218] "jointprior" #> [46219] "ksl" #> [46220] "learn" #> [46221] "makesimprob" #> [46222] "maketrylist" #> [46223] "Network" #> [46224] "tools" #> [46225] "networkfamily" #> [46226] "numbermixed" #> [46227] "nwfsort" #> [46228] "perturb" #> [46229] "readnet" #> [46230] "rnetwork" #> [46231] "unique.networkfamily" #> [46232] "deamer-package" #> [46233] "deamer-class" #> [46234] "deamerKE" #> [46235] "deamerRO" #> [46236] "deamerSE" #> [46237] "bootstrap_basic" #> [46238] "Coll_Blasco_2006" #> [46239] "cross_efficiency" #> [46240] "cross_efficiency_fuzzy" #> [46241] "Departments" #> [46242] "Doyle_Green_1994" #> [46243] "Economy" #> [46244] "EconomyLong" #> [46245] "efficiencies.dea" #> [46246] "efficiencies.dea_fuzzy" #> [46247] "Electric_plants" #> [46248] "Fortune500" #> [46249] "Fried1993" #> [46250] "Golany_Roll_1989" #> [46251] "Guo_Tanaka_2001" #> [46252] "Hotels" #> [46253] "Hua_Bian_2007" #> [46254] "is.dea" #> [46255] "is.deadata" #> [46256] "is.deadata_fuzzy" #> [46257] "is.dea_fuzzy" #> [46258] "Kao_Liu_2003" #> [46259] "Leon2003" #> [46260] "Libraries" #> [46261] "Lim_Zhu_2015" #> [46262] "malmquist_index" #> [46263] "modelfuzzy_guotanaka" #> [46264] "modelfuzzy_kaoliu" #> [46265] "modelfuzzy_possibilistic" #> [46266] "model_additive" #> [46267] "model_addsupereff" #> [46268] "model_basic" #> [46269] "model_deaps" #> [46270] "model_fdh" #> [46271] "model_multiplier" #> [46272] "model_nonradial" #> [46273] "model_sbmeff" #> [46274] "model_sbmsupereff" #> [46275] "model_supereff" #> [46276] "multipliers" #> [46277] "PFT1981" #> [46278] "plot.dea" #> [46279] "Power_plants" #> [46280] "read_data" #> [46281] "read_data_fuzzy" #> [46282] "read_malmquist" #> [46283] "references" #> [46284] "rts" #> [46285] "Ruggiero2007" #> [46286] "slacks" #> [46287] "summary.dea" #> [46288] "summary.dea_fuzzy" #> [46289] "Supply_Chain" #> [46290] "targets" #> [46291] "Tone2001" #> [46292] "undesirable_basic" #> [46293] "chytrid" #> [46294] "debinfer_cov" #> [46295] "debinfer_par" #> [46296] "deinits" #> [46297] "depars" #> [46298] "de_mcmc" #> [46299] "is.debinfer_parlist" #> [46300] "is.debinfer_result" #> [46301] "logd_prior" #> [46302] "log_post_params" #> [46303] "log_prior_params" #> [46304] "pairs.debinfer_result" #> [46305] "plot.debinfer_result" #> [46306] "plot.post_sim_list" #> [46307] "post_prior_densplot" #> [46308] "post_sim" #> [46309] "prior_draw_rev" #> [46310] "propose_joint_rev" #> [46311] "propose_single_rev" #> [46312] "reshape_post_sim" #> [46313] "setup_debinfer" #> [46314] "solve_de" #> [46315] "summary.debinfer_result" #> [46316] "update_sample_rev" #> [46317] "debug" #> [46318] "debugme" #> [46319] "debugmode" #> [46320] "dwatch" #> [46321] "DECIDE-package" #> [46322] "compare.relimp" #> [46323] "create.classdata" #> [46324] "plot_transition" #> [46325] "print_relimp" #> [46326] "relative.importance" #> [46327] "earcut" #> [46328] "plot_ears" #> [46329] "dmur" #> [46330] "DecisionAnalysis-package" #> [46331] "MAVF_breakout" #> [46332] "MAVF_Scores" #> [46333] "NFLcombine" #> [46334] "SAVF_calc_rho" #> [46335] "SAVF_categorical_score" #> [46336] "SAVF_cat_plot" #> [46337] "SAVF_exp_plot" #> [46338] "SAVF_exp_score" #> [46339] "SAVF_linear_plot" #> [46340] "SAVF_linear_score" #> [46341] "sensitivity_plot" #> [46342] "value_hierarchy_tree" #> [46343] "'decisionSupport.R'" #> [46344] "'decisionSupport-package.R'" #> [46345] "'gompertz_yield.R'" #> [46346] "'make_CPT.R'" #> [46347] "'plsr.mcSimulation.R'" #> [46348] "'random_state.R'" #> [46349] "'sample_simple_CPT.R'" #> [46350] "'temp_situations.R'" #> [46351] "Eike" #> [46352] "Luedeling" #> [46353] "Lutz" #> [46354] "Goehring" #> [46355] "(ICRAF" #> [46356] "World" #> [46357] "Agroforesrtry" #> [46358] "Centre" #> [46359] "(ICRAF)" #> [46360] "2018-10-15" #> [46361] "10:00:02" #> [46362] "decisionSupport-package" #> [46363] "as.data.frame.mcSimulation" #> [46364] "chance_event" #> [46365] "corMat" #> [46366] "corMat<-" #> [46367] "decisionSupport" #> [46368] "discount" #> [46369] "estimate1d" #> [46370] "estimate_read_csv" #> [46371] "estimate_write_csv" #> [46372] "eviSimulation" #> [46373] "gompertz_yield" #> [46374] "hist.eviSimulation" #> [46375] "hist.mcSimulation" #> [46376] "hist.welfareDecisionAnalysis" #> [46377] "individualEvpiSimulation" #> [46378] "make_CPT" #> [46379] "mcSimulation" #> [46380] "paramtnormci_fit" #> [46381] "paramtnormci_numeric" #> [46382] "plainNames2data.frameNames" #> [46383] "plsr.mcSimulation" #> [46384] "print.mcSimulation" #> [46385] "print.summary.eviSimulation" #> [46386] "print.summary.mcSimulation" #> [46387] "print.summary.welfareDecisionAnalysis" #> [46388] "random.estimate" #> [46389] "random.estimate1d" #> [46390] "random_state" #> [46391] "rdist90ci_exact" #> [46392] "rdistq_fit" #> [46393] "rmvnorm90ci_exact" #> [46394] "row.names.estimate" #> [46395] "rtnorm90ci" #> [46396] "sample_CPT" #> [46397] "sample_simple_CPT" #> [46398] "sort.summary.eviSimulation" #> [46399] "summary.eviSimulation" #> [46400] "summary.mcSimulation" #> [46401] "summary.welfareDecisionAnalysis" #> [46402] "temp_situations" #> [46403] "vv" #> [46404] "welfareDecisionAnalysis" #> [46405] "add_arc_layer" #> [46406] "add_contour_layer" #> [46407] "add_geojson_layer" #> [46408] "add_grid_layer" #> [46409] "add_hexagon_layer" #> [46410] "add_icon_layer" #> [46411] "add_layer" #> [46412] "add_line_layer" #> [46413] "add_mapbox_basemap" #> [46414] "add_path_layer" #> [46415] "add_point_cloud_layer" #> [46416] "add_polygon_layer" #> [46417] "add_scatterplot_layer" #> [46418] "add_screen_grid_layer" #> [46419] "add_text_layer" #> [46420] "bart_segments" #> [46421] "bart_stations" #> [46422] "contour_definition" #> [46423] "deckgl" #> [46424] "deckgl-shiny" #> [46425] "default_icon_properties" #> [46426] "does_it_work" #> [46427] "encode_icon_atlas" #> [46428] "get_color_to_rgb_array" #> [46429] "get_position" #> [46430] "get_property" #> [46431] "icon_definition" #> [46432] "sf_bike_parking" #> [46433] "cite_design" #> [46434] "compare_functions" #> [46435] "DeclareDesign" #> [46436] "declare_assignment" #> [46437] "declare_design" #> [46438] "declare_estimand" #> [46439] "declare_estimator" #> [46440] "declare_population" #> [46441] "declare_potential_outcomes" #> [46442] "declare_reveal" #> [46443] "declare_sampling" #> [46444] "declare_step" #> [46445] "diagnosand_handler" #> [46446] "diagnose_design" #> [46447] "diagnosis_helpers" #> [46448] "draw_functions" #> [46449] "expand_design" #> [46450] "get_functions" #> [46451] "modify_design" #> [46452] "post_design" #> [46453] "redesign" #> [46454] "reshape_diagnosis" #> [46455] "run_design" #> [46456] "set_citation" #> [46457] "set_diagnosands" #> [46458] "simulate_design" #> [46459] "getAssoGeneSetPValue" #> [46460] "getBestAssociatedGeneSet" #> [46461] "getBonferroniPValue" #> [46462] "getDE_DC_OptimalThreshold" #> [46463] "getPartitionIndex" #> [46464] "getPathway" #> [46465] "openFileToWrite" #> [46466] "runDecode" #> [46467] "sumResult_MinGain" #> [46468] "as.key" #> [46469] "as.keyvalue.list" #> [46470] "distrikt" #> [46471] "extra_functions" #> [46472] "figo" #> [46473] "forsamling" #> [46474] "hemort" #> [46475] "hsn" #> [46476] "icd10" #> [46477] "icd7" #> [46478] "icd7_grov" #> [46479] "icd9" #> [46480] "icdo" #> [46481] "icdo3" #> [46482] "icdo3_grov" #> [46483] "keyvalue" #> [46484] "klinik" #> [46485] "kommun" #> [46486] "kon" #> [46487] "lan" #> [46488] "m_rtr" #> [46489] "n_rtr" #> [46490] "pad0" #> [46491] "patologiavdelning" #> [46492] "rc" #> [46493] "sida" #> [46494] "sjukhus" #> [46495] "sjukhus_inca" #> [46496] "sjukhus_par" #> [46497] "sjukvardsomrade" #> [46498] "snomed" #> [46499] "snomed3" #> [46500] "summary.keyvalue" #> [46501] "tnmgrund" #> [46502] "t_rtr" #> [46503] "eemdarima" #> [46504] "eemdpsf" #> [46505] "eemdpsfarima" #> [46506] "emdarima" #> [46507] "emdpsf" #> [46508] "emdpsfarima" #> [46509] "lpsf" #> [46510] "decompr" #> [46511] "final" #> [46512] "industries" #> [46513] "leontief" #> [46514] "load_tables" #> [46515] "load_tables_vectors" #> [46516] "out" #> [46517] "wwz" #> [46518] "bw.dboot1" #> [46519] "bw.dboot2" #> [46520] "bw.dmise" #> [46521] "bw.dnrd" #> [46522] "DeconCdf" #> [46523] "DeconCPdf" #> [46524] "DeconNpr" #> [46525] "DeconPdf" #> [46526] "framingham" #> [46527] "plot.Decon" #> [46528] "print.Decon" #> [46529] "deconstructSigs" #> [46530] "example.output" #> [46531] "makePie" #> [46532] "mut.to.sigs.input" #> [46533] "plotSignatures" #> [46534] "plotTumor" #> [46535] "randomly.generated.tumors" #> [46536] "sample.mut.ref" #> [46537] "signatures.cosmic" #> [46538] "signatures.nature2013" #> [46539] "tri.counts.exome" #> [46540] "tri.counts.genome" #> [46541] "vcf.to.sigs.input" #> [46542] "whichSignatures" #> [46543] "bardWordCount" #> [46544] "deconv" #> [46545] "deconvolveR" #> [46546] "disjointTheta" #> [46547] "DECORATE" #> [46548] "predict.DECORATE" #> [46549] "add.cross.strata.test" #> [46550] "add.mantel.haenszel" #> [46551] "add.test" #> [46552] "as.matrix.cor.matrix" #> [46553] "chi.noncentral.conf" #> [46554] "contin.tests.to.table" #> [46555] "contingency.tables" #> [46556] "cor.matrix" #> [46557] "deducer" #> [46558] "deducer.addMenu" #> [46559] "descriptive.table" #> [46560] "devel" #> [46561] "dich" #> [46562] "extract.counts" #> [46563] "get.objects" #> [46564] "ggcorplot" #> [46565] "k.sample.test" #> [46566] "multi.test" #> [46567] "one.sample.test" #> [46568] "onesample.plot" #> [46569] "perm" #> [46570] "perm.t.test" #> [46571] "plot.cor.matrix" #> [46572] "print.contin.table" #> [46573] "print.contin.tests" #> [46574] "print.contingency.tables" #> [46575] "print.cor.matrix" #> [46576] "print.freq.table" #> [46577] "print.multi.test" #> [46578] "qscatter_array" #> [46579] "recode.variables" #> [46580] "rocplot" #> [46581] "sort.data.frame" #> [46582] "summarylm" #> [46583] "table.to.data" #> [46584] "two.sample.test" #> [46585] "makeFactorAnalysisDialog" #> [46586] "DeducerPlugInScaling" #> [46587] "DeducerSpatial-package" #> [46588] "loadCensusData" #> [46589] "spatialBubblePlot" #> [46590] "spatialChoropleth" #> [46591] "spatialColoredPoints" #> [46592] "spatialTextPlot" #> [46593] "DeducerSurvival-package" #> [46594] "DeducerText-package" #> [46595] "make.color.scale" #> [46596] "term.freq" #> [46597] "deducorrect-package" #> [46598] "correctionRules" #> [46599] "correctRounding" #> [46600] "correctSigns" #> [46601] "correctTypos" #> [46602] "correctWithRules" #> [46603] "damerauLevenshteinDistance" #> [46604] "deducorrect-object" #> [46605] "deductiveLevels" #> [46606] "deductiveZeros" #> [46607] "deduImpute" #> [46608] "getSignCorrection" #> [46609] "hellerTompkins" #> [46610] "imputess" #> [46611] "isTotallyUnimodular" #> [46612] "newdeducorrect" #> [46613] "raghavachari" #> [46614] "reduceMatrix" #> [46615] "solSpace" #> [46616] "status" #> [46617] "correct_typos" #> [46618] "deductive" #> [46619] "impute_lr" #> [46620] "australian" #> [46621] "banana" #> [46622] "coli2000" #> [46623] "deepboost" #> [46624] "Deepboost-class" #> [46625] "deepboost.default" #> [46626] "deepboost.evaluate" #> [46627] "deepboost.formula" #> [46628] "deepboost.gridSearch" #> [46629] "deepboost.predict" #> [46630] "deepboost.print" #> [46631] "deepboost.train" #> [46632] "haberman" #> [46633] "magic" #> [46634] "pima" #> [46635] "predict,Deepboost-method" #> [46636] "show,Deepboost-method" #> [46637] "sonar" #> [46638] "deepgmm" #> [46639] "model_selection" #> [46640] "detect" #> [46641] "detect2" #> [46642] "pimp" #> [46643] "pimp2" #> [46644] "toDutch" #> [46645] "toDutch2" #> [46646] "toEnglish" #> [46647] "toEnglish2" #> [46648] "toFrench" #> [46649] "toFrench2" #> [46650] "toGerman" #> [46651] "toGerman2" #> [46652] "toItalian" #> [46653] "toItalian2" #> [46654] "toPolish" #> [46655] "toPolish2" #> [46656] "toSpanish" #> [46657] "toSpanish2" #> [46658] "translate2" #> [46659] "dbn.dnn.train" #> [46660] "load.mnist" #> [46661] "nn.predict" #> [46662] "nn.test" #> [46663] "nn.train" #> [46664] "rbm.down" #> [46665] "rbm.train" #> [46666] "rbm.up" #> [46667] "sae.dnn.train" #> [46668] "deepNN-package" #> [46669] "addGrad" #> [46670] "addList" #> [46671] "backpropagation_MLP" #> [46672] "backprop_evaluate" #> [46673] "bias2list" #> [46674] "biasInit" #> [46675] "download_mnist" #> [46676] "dropoutProbs" #> [46677] "gradInit" #> [46678] "hyptan" #> [46679] "L1_regularisation" #> [46680] "L2_regularisation" #> [46681] "memInit" #> [46682] "MLP_net" #> [46683] "nbiaspar" #> [46684] "nnetpar" #> [46685] "NNgrad_test" #> [46686] "NNpredict" #> [46687] "no_regularisation" #> [46688] "Qloss" #> [46689] "ReLU" #> [46690] "smoothReLU" #> [46691] "softmax" #> [46692] "stopping.default" #> [46693] "stopping.maxit" #> [46694] "updateStopping" #> [46695] "updateStopping.classification" #> [46696] "updateStopping.regression" #> [46697] "weights2list" #> [46698] "wmultinomial" #> [46699] "wQloss" #> [46700] "DEEPR" #> [46701] "simCophy" #> [46702] "default" #> [46703] "define-package" #> [46704] "as.define" #> [46705] "as.document.define" #> [46706] "as.document.submission" #> [46707] "as.labeled" #> [46708] "as.labeled.data.frame" #> [46709] "as.pdf.define" #> [46710] "as.submission" #> [46711] "as.submission.submission" #> [46712] "as.tabular.define" #> [46713] "as.xport" #> [46714] "define" #> [46715] "makesasnames" #> [46716] "igpdi" #> [46717] "igpm" #> [46718] "inpc" #> [46719] "ipc" #> [46720] "ipca" #> [46721] "deformula-package" #> [46722] "deformula.moneone" #> [46723] "deformula.zeroinf" #> [46724] "agm" #> [46725] "doMCMC" #> [46726] "getODEGradient" #> [46727] "LV_example_dataset" #> [46728] "proposeParamsMCMC" #> [46729] "solveODE" #> [46730] "degreenet-package" #> [46731] "acmpmle" #> [46732] "adqemle" #> [46733] "aplnmle" #> [46734] "awarmle" #> [46735] "ayulemle" #> [46736] "bsdp" #> [46737] "bsnb" #> [46738] "bspln" #> [46739] "bswar" #> [46740] "bsyule" #> [46741] "gyulemle" #> [46742] "llgyule" #> [46743] "llgyuleall" #> [46744] "llpln" #> [46745] "llyule" #> [46746] "llyuleall" #> [46747] "reedmolloy" #> [46748] "rplnmle" #> [46749] "ryule" #> [46750] "simcmp" #> [46751] "simdp" #> [46752] "simnb" #> [46753] "simpln" #> [46754] "simwar" #> [46755] "simyule" #> [46756] "sweden" #> [46757] "deisotope" #> [46758] "deisotoper" #> [46759] "findNN" #> [46760] "Delaporte-package" #> [46761] "Delaporte" #> [46762] "Delaporte-defunct" #> [46763] "DelayedEffect.Design" #> [46764] "HR.APPLE" #> [46765] "N.APPLE" #> [46766] "pow.APPLE" #> [46767] "pow.SEPPLE" #> [46768] "pow.sim.logrk" #> [46769] "deldir" #> [46770] "divchain" #> [46771] "divchain.default" #> [46772] "divchain.deldir" #> [46773] "duplicatedxy" #> [46774] "niProperties" #> [46775] "plot.deldir" #> [46776] "plot.divchain" #> [46777] "plot.tile.list" #> [46778] "plot.triang.list" #> [46779] "print.tileInfo" #> [46780] "seaweed" #> [46781] "tile.centroids" #> [46782] "tile.list" #> [46783] "tileInfo" #> [46784] "tilePerim" #> [46785] "triang.list" #> [46786] "triMat" #> [46787] "which.tile" #> [46788] "DeLorean-package" #> [46789] "adjust.by.cell.sizes" #> [46790] "alpha.for.rug" #> [46791] "analyse.noise.levels" #> [46792] "analyse.variance" #> [46793] "anders.huber.cell.sizes" #> [46794] "aov.dl" #> [46795] "avg.par.samples" #> [46796] "calc.inducing.pseudotimes" #> [46797] "calc.roughness" #> [46798] "centralise" #> [46799] "cmp.profiles.plot" #> [46800] "cov.all.genes.conditioned" #> [46801] "cov.calc.dists" #> [46802] "cov.calc.dl.dists" #> [46803] "cov.calc.gene" #> [46804] "cov.calc.gene.conditioned" #> [46805] "cov.matern.32" #> [46806] "cov.periodise" #> [46807] "create.ordering.ll.fn" #> [46808] "de.lorean" #> [46809] "de.lorean.stylesheet" #> [46810] "default.num.cores" #> [46811] "dim.de.lorean" #> [46812] "estimate.cell.sizes" #> [46813] "estimate.hyper" #> [46814] "examine.convergence" #> [46815] "expected.sample.var" #> [46816] "expr.data.plot" #> [46817] "filter_cells" #> [46818] "filter_genes" #> [46819] "find.best.tau" #> [46820] "find.good.ordering" #> [46821] "find.smooth.tau" #> [46822] "fit.dl" #> [46823] "fit.held.out" #> [46824] "fit.model.sample" #> [46825] "fit.model.vb" #> [46826] "gaussian.condition" #> [46827] "gene.covariances" #> [46828] "get.posterior.mean" #> [46829] "get_model" #> [46830] "gp.log.marg.like" #> [46831] "gp.predict" #> [46832] "gp.predictions.df" #> [46833] "guo.expr" #> [46834] "held.out.melt" #> [46835] "held.out.posterior" #> [46836] "held.out.posterior.by.variation" #> [46837] "held.out.posterior.filter" #> [46838] "held.out.posterior.join" #> [46839] "held.out.select.genes" #> [46840] "inducing.covariance" #> [46841] "init.orderings.vs.pseudotimes.plot" #> [46842] "is.de.lorean" #> [46843] "knit.report" #> [46844] "kouno.expr" #> [46845] "make.fit.valid" #> [46846] "make.init.fn" #> [46847] "make.predictions" #> [46848] "marg.like.plot" #> [46849] "melt.expr" #> [46850] "mutate.profile.data" #> [46851] "optimise.best.sample" #> [46852] "ordering.block.move" #> [46853] "ordering.improve" #> [46854] "ordering.invert" #> [46855] "ordering.is.valid" #> [46856] "ordering.maximise" #> [46857] "ordering.metropolis.hastings" #> [46858] "ordering.move" #> [46859] "ordering.random.block.move" #> [46860] "ordering.random.move" #> [46861] "ordering.test.score" #> [46862] "orderings.plot" #> [46863] "partition.de.lorean" #> [46864] "permute.df" #> [46865] "permuted.roughness" #> [46866] "plot.add.expr" #> [46867] "plot.add.mean.and.variance" #> [46868] "plot.de.lorean" #> [46869] "plot.held.out.posterior" #> [46870] "prepare.for.stan" #> [46871] "print.de.lorean" #> [46872] "process.posterior" #> [46873] "profiles.plot" #> [46874] "pseudotime.plot" #> [46875] "pseudotimes.from.orderings" #> [46876] "pseudotimes.pair.plot" #> [46877] "report.file" #> [46878] "Rhat.plot" #> [46879] "roughness.of.permutations" #> [46880] "roughness.of.sample" #> [46881] "roughness.test" #> [46882] "roughnesses.plot" #> [46883] "seriation.find.orderings" #> [46884] "tau.offsets.plot" #> [46885] "test.fit" #> [46886] "test.mh" #> [46887] "test.robustness.de.lorean" #> [46888] "windram.expr" #> [46889] "delt-package" #> [46890] "cluster.lst" #> [46891] "densplit" #> [46892] "eval.bagg" #> [46893] "eval.cart" #> [46894] "eval.greedy" #> [46895] "eval.pick" #> [46896] "eval.stage" #> [46897] "eval.stage.gauss" #> [46898] "intpcf" #> [46899] "lefrig2par" #> [46900] "lstseq.bagg" #> [46901] "lstseq.cart" #> [46902] "lstseq.greedy" #> [46903] "makebina" #> [46904] "pcf.greedy.kernel" #> [46905] "plotparti" #> [46906] "scaspa" #> [46907] "supp" #> [46908] "CheckInputData" #> [46909] "CheckSampling" #> [46910] "Delta" #> [46911] "GetAsinDeltaParams" #> [46912] "GetB" #> [46913] "GetCovariance" #> [46914] "GetDeltaParams" #> [46915] "GetDeltaParamsVar" #> [46916] "GetDeltaPi" #> [46917] "GetDeltaProblemType" #> [46918] "GetGoodness" #> [46919] "GetKappa" #> [46920] "GetKappaProblemType" #> [46921] "GetM1" #> [46922] "GetMx" #> [46923] "adjustExtreme" #> [46924] "deltaPlot" #> [46925] "diagPlot" #> [46926] "verbal" #> [46927] "adak" #> [46928] "BSea" #> [46929] "coral" #> [46930] "deltar" #> [46931] "dr_df" #> [46932] "dr_pair" #> [46933] "dr_plot" #> [46934] "dr_shell" #> [46935] "Demerelate-package" #> [46936] "allele.sharing" #> [46937] "Demerelate" #> [46938] "Emp.calc" #> [46939] "F.stat" #> [46940] "Fis" #> [46941] "Fis.calc" #> [46942] "geo.dist" #> [46943] "glm.prep" #> [46944] "input.txt" #> [46945] "Lin.reg.distance" #> [46946] "Loci.test" #> [46947] "offspring" #> [46948] "relate.calc" #> [46949] "Similarity.Index" #> [46950] "stat.pops" #> [46951] "weir" #> [46952] "DEMEtics-package" #> [46953] "D.Jost-and-Gst.Nei" #> [46954] "Example.transformed" #> [46955] "Example.untransformed" #> [46956] "addCustomTargets" #> [46957] "addCytoband" #> [46958] "adjust4maxprobes" #> [46959] "attachResult" #> [46960] "calcHypergeoExon" #> [46961] "calcHypergeoProb" #> [46962] "celMatrixNormalize" #> [46963] "check4probe" #> [46964] "check4target" #> [46965] "checkDEMIExperiment_analysis" #> [46966] "checkDEMIExperiment_celpath" #> [46967] "checkDEMIExperiment_experiment" #> [46968] "checkDEMIExperiment_maxprobes" #> [46969] "checkDEMIExperiment_maxtargets" #> [46970] "checkDEMIExperiment_normalization" #> [46971] "checkDEMIExperiment_pmsize" #> [46972] "cleanorganismname" #> [46973] "createGroup" #> [46974] "customObject" #> [46975] "demi" #> [46976] "demi.comp.test" #> [46977] "demi.t.test" #> [46978] "demi.wilcox.test" #> [46979] "demi.wilcox.test.fast" #> [46980] "DEMICel" #> [46981] "DEMICel-class" #> [46982] "DEMIClust" #> [46983] "DEMIClust-class" #> [46984] "DEMIDiff" #> [46985] "DEMIDiff-class" #> [46986] "demiequal" #> [46987] "DEMIExperiment" #> [46988] "DEMIExperiment-class" #> [46989] "DEMIGroup" #> [46990] "DEMIGroup-class" #> [46991] "DEMIMessages" #> [46992] "DEMIPathway" #> [46993] "DEMIResult-class" #> [46994] "demisummary" #> [46995] "diffexp" #> [46996] "diffSpliceScore" #> [46997] "findCytoband" #> [46998] "getAlignment" #> [46999] "getAnalysis" #> [47000] "getArraytype" #> [47001] "getCelMatrix" #> [47002] "getCelpath" #> [47003] "getCluster" #> [47004] "getClustMethod" #> [47005] "getCutoffPvalue" #> [47006] "getCytoband" #> [47007] "getDEMIClust" #> [47008] "getExperiment" #> [47009] "getGroup" #> [47010] "getGroupA" #> [47011] "getGroupB" #> [47012] "getGroupNames" #> [47013] "getIndexA" #> [47014] "getIndexB" #> [47015] "getMaxprobes" #> [47016] "getMaxtargets" #> [47017] "getNormMatrix" #> [47018] "getOrganism" #> [47019] "getProbeLevel" #> [47020] "getResult" #> [47021] "getResultTable" #> [47022] "getTargetAnnotation" #> [47023] "getTargetProbes" #> [47024] "initialize.DEMICel" #> [47025] "initialize.DEMIClust" #> [47026] "initialize.DEMIDiff" #> [47027] "initialize.DEMIExperiment" #> [47028] "initialize.DEMIGroup" #> [47029] "initialize.DEMIResult" #> [47030] "loadAnnotation" #> [47031] "loadBlat" #> [47032] "loadCel" #> [47033] "loadCytoband" #> [47034] "loadDEMILibrary" #> [47035] "loadPathway" #> [47036] "makeDEMIResultsTable" #> [47037] "makeUCSCLink" #> [47038] "matchExonGene" #> [47039] "norm.quantile" #> [47040] "norm.rrank" #> [47041] "probe.levels" #> [47042] "probe.plot" #> [47043] "totalMatches_all" #> [47044] "totalMatches_cluster" #> [47045] "validDEMIClust" #> [47046] "validDEMIExperiment" #> [47047] "wprob" #> [47048] "arsenate" #> [47049] "deming" #> [47050] "ferritin" #> [47051] "pbreg" #> [47052] "theilsen" #> [47053] "Compare" #> [47054] "horiuchi" #> [47055] "LTabr" #> [47056] "Mxc1" #> [47057] "Mxc2" #> [47058] "Mxc2e0abr" #> [47059] "Mxc2e0abrvec" #> [47060] "R0vec" #> [47061] "rates1" #> [47062] "rates2" #> [47063] "stepwise_replacement" #> [47064] "demogR-package" #> [47065] "calc.ro" #> [47066] "coale" #> [47067] "cohort" #> [47068] "eigen.analysis" #> [47069] "elassens" #> [47070] "fullsecder" #> [47071] "gen.time" #> [47072] "goodman" #> [47073] "keyfitz" #> [47074] "lams" #> [47075] "leslie.matrix" #> [47076] "leslie.row1" #> [47077] "life.table" #> [47078] "loop.elas" #> [47079] "m2v" #> [47080] "odiag" #> [47081] "plot.leslie.matrix" #> [47082] "project.leslie" #> [47083] "secder" #> [47084] "stoch.sens" #> [47085] "thar" #> [47086] "cat_smd" #> [47087] "cat_table" #> [47088] "cont_smd" #> [47089] "cont_table" #> [47090] "demo_table" #> [47091] "get_mean" #> [47092] "my.chi.sq" #> [47093] "my.fisher" #> [47094] "mydocx" #> [47095] "smd_ci" #> [47096] "t.test.p.value" #> [47097] "demography-package" #> [47098] "aus.fert" #> [47099] "cm.spline" #> [47100] "coherentfdm" #> [47101] "combine.demogdata" #> [47102] "compare.demogdata" #> [47103] "demogdata" #> [47104] "extract.ages" #> [47105] "extract.years" #> [47106] "fdm" #> [47107] "forecast.fdm" #> [47108] "forecast.fdmpr" #> [47109] "forecast.lca" #> [47110] "fr.mort" #> [47111] "hmd" #> [47112] "isfe" #> [47113] "lca" #> [47114] "life.expectancy" #> [47115] "lifetable" #> [47116] "mean.demogdata" #> [47117] "netmigration" #> [47118] "plot.demogdata" #> [47119] "plot.errorfdm" #> [47120] "plot.fmforecast" #> [47121] "plot.lifetable" #> [47122] "pop.sim" #> [47123] "read.demogdata" #> [47124] "residuals.fdm" #> [47125] "set.upperage" #> [47126] "sex.ratio" #> [47127] "simulate.fmforecast" #> [47128] "smooth.demogdata" #> [47129] "summary.fdm" #> [47130] "tfr" #> [47131] "update" #> [47132] "demoKde-package" #> [47133] "kernelBiweight" #> [47134] "DEMOVA-package" #> [47135] "graphe_3Sets" #> [47136] "LMO" #> [47137] "LOO" #> [47138] "preselection" #> [47139] "scramb" #> [47140] "select_MLR" #> [47141] "select_variables" #> [47142] "demu-package" #> [47143] "generalized.wendland" #> [47144] "matern32" #> [47145] "matern52" #> [47146] "remove.projections" #> [47147] "rhomat" #> [47148] "sim.dpp.modal" #> [47149] "sim.dpp.modal.fast" #> [47150] "sim.dpp.modal.np" #> [47151] "sim.dpp.modal.nystrom" #> [47152] "sim.dpp.modal.nystrom.kmeans" #> [47153] "sim.dpp.modal.seq" #> [47154] "wendland1" #> [47155] "wendland2" #> [47156] "Tal" #> [47157] "Galili" #> [47158] "Yoav" #> [47159] "Benjamini" #> [47160] "Jefferis" #> [47161] "(imported" #> [47162] "his" #> [47163] "Marco" #> [47164] "Gallotta" #> [47165] "(a.k.a:" #> [47166] "Renaudie" #> [47167] "Core" #> [47168] "Team" #> [47169] "(Thanks" #> [47170] "Infastructure," #> [47171] "Kurt" #> [47172] "Hornik" #> [47173] "Uwe" #> [47174] "Ligges" #> [47175] "Andrej-Nikolai" #> [47176] "Spiess" #> [47177] "Horvath" #> [47178] "Langfelder" #> [47179] "skullkey" #> [47180] "Der" #> [47181] "Loo" #> [47182] "(https://github.com/markvanderloo" #> [47183] "Andrie" #> [47184] "Vries" #> [47185] "(ggdendro" #> [47186] "Zuguang" #> [47187] "Gu" #> [47188] "(circlize" #> [47189] "Cath" #> [47190] "Ma" #> [47191] "Krzysiek" #> [47192] "Hummel" #> [47193] "Chase" #> [47194] "Lucas" #> [47195] "Graybuck" #> [47196] "jdetribol" #> [47197] "Ho" #> [47198] "20:03:43" #> [47199] "dendextend-package" #> [47200] "all.equal.dendrogram" #> [47201] "all_couple_rotations_at_k" #> [47202] "all_unique" #> [47203] "as.dendlist" #> [47204] "as.phylo.dendrogram" #> [47205] "assign_dendextend_options" #> [47206] "assign_values_to_branches_edgePar" #> [47207] "assign_values_to_leaves_edgePar" #> [47208] "assign_values_to_leaves_nodePar" #> [47209] "assign_values_to_nodes_nodePar" #> [47210] "as_hclust_fixed" #> [47211] "bakers_gamma_for_2_k_matrix" #> [47212] "Bk" #> [47213] "Bk_permutations" #> [47214] "Bk_plot" #> [47215] "branches_attr_by_clusters" #> [47216] "branches_attr_by_labels" #> [47217] "branches_attr_by_lists" #> [47218] "circlize_dendrogram" #> [47219] "click_rotate" #> [47220] "collapse_branch" #> [47221] "colored_bars" #> [47222] "colored_dots" #> [47223] "color_branches" #> [47224] "color_labels" #> [47225] "color_unique_labels" #> [47226] "common_subtrees_clusters" #> [47227] "cor.dendlist" #> [47228] "cor_bakers_gamma" #> [47229] "cor_common_nodes" #> [47230] "cor_cophenetic" #> [47231] "cor_FM_index" #> [47232] "count_terminal_nodes" #> [47233] "cutree" #> [47234] "cutree_1h.dendrogram" #> [47235] "cutree_1k.dendrogram" #> [47236] "cut_lower_fun" #> [47237] "d3dendrogram" #> [47238] "d3dendro_options" #> [47239] "dendextend_options" #> [47240] "dendlist" #> [47241] "DendSer.dendrogram" #> [47242] "dend_diff" #> [47243] "dend_expend" #> [47244] "dist.dendlist" #> [47245] "distinct_edges" #> [47246] "dist_long" #> [47247] "duplicate_leaf" #> [47248] "entanglement" #> [47249] "find_dendrogram" #> [47250] "find_k" #> [47251] "fix_members_attr.dendrogram" #> [47252] "flatten.dendrogram" #> [47253] "flip_leaves" #> [47254] "FM_index" #> [47255] "FM_index_permutation" #> [47256] "FM_index_profdpm" #> [47257] "FM_index_R" #> [47258] "get_branches_heights" #> [47259] "get_childrens_heights" #> [47260] "get_leaves_attr" #> [47261] "get_leaves_branches_attr" #> [47262] "get_leaves_branches_col" #> [47263] "get_leaves_edgePar" #> [47264] "get_leaves_nodePar" #> [47265] "get_nodes_attr" #> [47266] "get_nodes_xy" #> [47267] "get_root_branches_attr" #> [47268] "get_subdendrograms" #> [47269] "ggdend" #> [47270] "hang.dendrogram" #> [47271] "has_component_in_attribute" #> [47272] "heights_per_k.dendrogram" #> [47273] "highlight_branches_col" #> [47274] "highlight_distinct_edges" #> [47275] "identify.dendrogram" #> [47276] "intersect_trees" #> [47277] "is.natural.number" #> [47278] "is_null_list" #> [47279] "is_some_class" #> [47280] "khan" #> [47281] "labels<-" #> [47282] "labels_cex" #> [47283] "labels_colors" #> [47284] "leaf_Colors" #> [47285] "lowest_common_branch" #> [47286] "match_order_by_labels" #> [47287] "match_order_dendrogram_by_old_order" #> [47288] "min_depth" #> [47289] "na_locf" #> [47290] "nleaves" #> [47291] "nnodes" #> [47292] "noded_with_condition" #> [47293] "order.dendrogram<-" #> [47294] "order.hclust" #> [47295] "partition_leaves" #> [47296] "plot_horiz.dendrogram" #> [47297] "prune_common_subtrees.dendlist" #> [47298] "prune_leaf" #> [47299] "pvclust_edges" #> [47300] "pvclust_show_signif" #> [47301] "pvclust_show_signif_gradient" #> [47302] "pvrect2" #> [47303] "raise.dendrogram" #> [47304] "rank_branches" #> [47305] "rank_order.dendrogram" #> [47306] "rank_values_with_clusters" #> [47307] "rect.dendrogram" #> [47308] "reindex_dend" #> [47309] "remove_branches_edgePar" #> [47310] "remove_leaves_nodePar" #> [47311] "remove_nodes_nodePar" #> [47312] "rllply" #> [47313] "rotate_DendSer" #> [47314] "sample.dendrogram" #> [47315] "seriate_dendrogram" #> [47316] "set_labels" #> [47317] "shuffle" #> [47318] "sort_2_clusters_vectors" #> [47319] "sort_dist_mat" #> [47320] "sort_levels_values" #> [47321] "tanglegram" #> [47322] "theme_dendro" #> [47323] "unbranch" #> [47324] "unclass_dend" #> [47325] "untangle" #> [47326] "untangle_DendSer" #> [47327] "untangle_random_search" #> [47328] "untangle_step_rotate_1side" #> [47329] "untangle_step_rotate_2side" #> [47330] "which_leaf" #> [47331] "which_node" #> [47332] "dendroextras-package" #> [47333] "colour_clusters" #> [47334] "labels.hclust" #> [47335] "leaf_colours" #> [47336] "set_leaf_colours" #> [47337] "climate_seg" #> [47338] "cycle_stats" #> [47339] "daily_stats" #> [47340] "dendro.resolution" #> [47341] "dmCD" #> [47342] "dmCDraw" #> [47343] "dmED" #> [47344] "dmEDraw" #> [47345] "dmHS" #> [47346] "dmHSraw" #> [47347] "envED" #> [47348] "fill_gaps" #> [47349] "fill_plot" #> [47350] "is.dendro" #> [47351] "phase_def" #> [47352] "phase_plot" #> [47353] "bet.aSE" #> [47354] "bet.het.aSE" #> [47355] "conifersIP" #> [47356] "csbet.aSE" #> [47357] "csbet.het.aSE" #> [47358] "cswi.aSE" #> [47359] "cswi.het.aSE" #> [47360] "dendro.varcov" #> [47361] "gen.aSE" #> [47362] "gen.het.aSE" #> [47363] "het.var" #> [47364] "mod.table" #> [47365] "sync" #> [47366] "sync.plot" #> [47367] "sync.trend" #> [47368] "sync.trend.plot" #> [47369] "calculate_metrics" #> [47370] "compare_methods" #> [47371] "critical_r" #> [47372] "daily_response" #> [47373] "daily_response_seascorr" #> [47374] "dataset_MVA" #> [47375] "dataset_MVA_individual" #> [47376] "dataset_TRW" #> [47377] "dataset_TRW_complete" #> [47378] "data_MVA" #> [47379] "data_TRW" #> [47380] "data_TRW_1" #> [47381] "example_dataset_1" #> [47382] "example_proxies_1" #> [47383] "example_proxies_individual" #> [47384] "glimpse_daily_data" #> [47385] "KNMI_daily_transform" #> [47386] "KRE_daily_temperatures" #> [47387] "LJ_daily_precipitation" #> [47388] "LJ_daily_temperatures" #> [47389] "LJ_monthly_precipitation" #> [47390] "LJ_monthly_temperatures" #> [47391] "monthly_response" #> [47392] "swit272" #> [47393] "swit272_daily_temperatures" #> [47394] "swit272_monthly_temperatures" #> [47395] "years_to_rownames" #> [47396] "costARc" #> [47397] "crit2cost" #> [47398] "DendSer" #> [47399] "dser" #> [47400] "plotAsColor" #> [47401] "dendsort-package" #> [47402] "dendsort" #> [47403] "sample_tcga" #> [47404] "allmodelpredict" #> [47405] "allmodels" #> [47406] "changetimeFSTP" #> [47407] "dengueoutbreak1" #> [47408] "dengueoutbreak2" #> [47409] "DengueRT" #> [47410] "denoiseq" #> [47411] "ERCC" #> [47412] "getSamplesOf" #> [47413] "readsData" #> [47414] "setInitValues" #> [47415] "setReplicates" #> [47416] "setStepSizes" #> [47417] "simdat" #> [47418] "tunedStepSize" #> [47419] "denoiseR-package" #> [47420] "adashrink" #> [47421] "estim_delta" #> [47422] "estim_sigma" #> [47423] "impactfactor" #> [47424] "imputeada" #> [47425] "imputecount" #> [47426] "ISA" #> [47427] "LRsim" #> [47428] "optishrink" #> [47429] "Presidents" #> [47430] "tumors" #> [47431] "autismDeNovos" #> [47432] "denovolyze" #> [47433] "denovolyzeMultiHits" #> [47434] "denovolyzeR" #> [47435] "fmrpGenes" #> [47436] "parseInput" #> [47437] "PermuteMultiHits" #> [47438] "viewProbabilityTable" #> [47439] "denpro-package" #> [47440] "branchmap" #> [47441] "colors2data" #> [47442] "draw.levset" #> [47443] "draw.pcf" #> [47444] "etais" #> [47445] "excmas" #> [47446] "exmap" #> [47447] "findbnodes" #> [47448] "hgrid" #> [47449] "leafsfirst" #> [47450] "leafsfirst.adagrid" #> [47451] "locofmax" #> [47452] "lstseq.kern" #> [47453] "modecent" #> [47454] "modegraph" #> [47455] "paracoor" #> [47456] "pcf.func" #> [47457] "pcf.kern" #> [47458] "plotbary" #> [47459] "plotbranchmap" #> [47460] "plotexmap" #> [47461] "plotmodet" #> [47462] "plottree" #> [47463] "plotvolu" #> [47464] "plotvolu2d" #> [47465] "profgene" #> [47466] "profhist" #> [47467] "profkern" #> [47468] "prunemodes" #> [47469] "scaletable" #> [47470] "shape2d" #> [47471] "slicing" #> [47472] "stseq" #> [47473] "tree.segme" #> [47474] "treedisc" #> [47475] "denseFLMM" #> [47476] "Density.T.HoldOut" #> [47477] "DensityTestim" #> [47478] "TBuildIrregularHisto" #> [47479] "TBuildKernel" #> [47480] "TBuildList" #> [47481] "TBuildParametric" #> [47482] "TBuildRegularHisto" #> [47483] "densityClust-package" #> [47484] "clustered" #> [47485] "densityClust" #> [47486] "estimateDc" #> [47487] "plotDensityClust" #> [47488] "plotTSNE" #> [47489] "DensParcorr" #> [47490] "prec2dens" #> [47491] "prec2part" #> [47492] "densratio" #> [47493] "KLIEP" #> [47494] "uLSIF" #> [47495] "denstrip-package" #> [47496] "bpstrip" #> [47497] "cistrip" #> [47498] "densregion" #> [47499] "densregion.normal" #> [47500] "densregion.survfit" #> [47501] "denstrip" #> [47502] "denstrip.legend" #> [47503] "denstrip.normal" #> [47504] "sectioned.density" #> [47505] "seqToIntervals" #> [47506] "vwstrip" #> [47507] "vwstrip.normal" #> [47508] "DEoptim" #> [47509] "DEoptim-methods" #> [47510] "DEoptim.control" #> [47511] "SMI" #> [47512] "xrrData" #> [47513] "JDEoptim" #> [47514] "depend.truncation-package" #> [47515] "centenarian" #> [47516] "CHAIEB.Clayton" #> [47517] "CHAIEB.Frank" #> [47518] "dependAFT.reg" #> [47519] "EMURA.Clayton" #> [47520] "EMURA.Frank" #> [47521] "Logrank.stat" #> [47522] "Logrank.stat.tie" #> [47523] "NPMLE.Frank" #> [47524] "NPMLE.Indep" #> [47525] "NPMLE.Normal" #> [47526] "NPMLE.Plackett" #> [47527] "PMLE.Clayton.Exponential" #> [47528] "PMLE.Clayton.Weibull" #> [47529] "PMLE.Normal" #> [47530] "Alphabet" #> [47531] "alphabet.dna" #> [47532] "alphabet.dna.gap" #> [47533] "alphabet.protein" #> [47534] "alphabet.protein.gap" #> [47535] "alphabet.rna" #> [47536] "alphabet.rna.gap" #> [47537] "colorchart" #> [47538] "deprects" #> [47539] "DLData" #> [47540] "filter.by.conservation" #> [47541] "filter.by.dependencies" #> [47542] "filter.by.gaps" #> [47543] "filterColumns" #> [47544] "getDeps" #> [47545] "getPWM" #> [47546] "logo" #> [47547] "plotBlocks" #> [47548] "plotDeparcs" #> [47549] "plotDeplogo" #> [47550] "plotDepmatrix" #> [47551] "replaceColors" #> [47552] "revcom" #> [47553] "subBoxes" #> [47554] "subLines" #> [47555] "suggestColors" #> [47556] "summary.DLData" #> [47557] "DEploid-package" #> [47558] "computeObsWSAF" #> [47559] "dEploid" #> [47560] "extractCoverageFromTxt" #> [47561] "extractCoverageFromVcf" #> [47562] "extractPLAF" #> [47563] "haplotypePainter" #> [47564] "histWSAF" #> [47565] "plotAltVsRef" #> [47566] "plotAltVsRefPlotly" #> [47567] "plotHistWSAFPlotly" #> [47568] "plotObsExpWSAF" #> [47569] "plotObsExpWSAFPlotly" #> [47570] "plotWSAFvsPLAF" #> [47571] "plotWSAFVsPLAFPlotly" #> [47572] "depmix-internal" #> [47573] "discrimination" #> [47574] "dmm" #> [47575] "fitdmm" #> [47576] "markovdata" #> [47577] "mgdmm" #> [47578] "mixdmm" #> [47579] "depmixS4-package" #> [47580] "depmix" #> [47581] "depmix-class" #> [47582] "depmix-methods" #> [47583] "depmix.fitted-class" #> [47584] "depmix.sim-class" #> [47585] "em.control" #> [47586] "forwardbackward" #> [47587] "GLMresponse" #> [47588] "llratio" #> [47589] "makeDepmix" #> [47590] "mix-class" #> [47591] "mix.fitted-class" #> [47592] "mix.sim-class" #> [47593] "response-class" #> [47594] "response-classes" #> [47595] "responses" #> [47596] "sp500" #> [47597] "transInit" #> [47598] "depth-package" #> [47599] "ctrmean" #> [47600] "isodepth" #> [47601] "med" #> [47602] "perspdepth" #> [47603] "pkg-internal" #> [47604] "scontour" #> [47605] "sdepth" #> [47606] "smed" #> [47607] "strmeasure" #> [47608] "trmean" #> [47609] "dd.plot" #> [47610] "multi.quant" #> [47611] "spatial.depth" #> [47612] "spatial.outlier" #> [47613] "spatial.rank" #> [47614] "abline,RobReg-method" #> [47615] "asymmetryCurve" #> [47616] "AsymmetryCurve-class" #> [47617] "BinnDepth2d-class" #> [47618] "binningDepth2D" #> [47619] "combineDepthCurves" #> [47620] "CovDepthWeighted-class" #> [47621] "CovLP" #> [47622] "cracow.airpollution" #> [47623] "ddmvnorm" #> [47624] "ddPlot" #> [47625] "DDPlot-class" #> [47626] "deepReg2d" #> [47627] "DeepReg2d-class" #> [47628] "Depth-class" #> [47629] "depthContour" #> [47630] "DepthCurve-class" #> [47631] "DepthCurveList-class" #> [47632] "depthDensity" #> [47633] "DepthDensity-class" #> [47634] "depthEuclid" #> [47635] "depthLocal" #> [47636] "depthLP" #> [47637] "depthMah" #> [47638] "depthMedian" #> [47639] "depthPersp" #> [47640] "depthProjection" #> [47641] "depthTukey" #> [47642] "fncBoxPlot" #> [47643] "fncDepth" #> [47644] "fncDepthFM" #> [47645] "fncDepthMBD" #> [47646] "fncDepthMedian" #> [47647] "fncGetBand" #> [47648] "FunctionalDepth-class" #> [47649] "getPlot" #> [47650] "inf.mort" #> [47651] "internet.users" #> [47652] "katowice.airpollution" #> [47653] "lsdAddContour" #> [47654] "LSDepth-class" #> [47655] "LSDepthContour-class" #> [47656] "lsdGetContour" #> [47657] "lsdSampleDepthContours" #> [47658] "lsdSampleMaxDepth" #> [47659] "maesles.imm" #> [47660] "mWilcoxonTest" #> [47661] "plot,BinnDepth2d,ANY-method" #> [47662] "plot,DepthDensity,ANY-method" #> [47663] "plot,LSDepthContour,ANY-method" #> [47664] "RobReg-class" #> [47665] "runifsphere" #> [47666] "scaleCurve" #> [47667] "ScaleCurve-class" #> [47668] "trimProjReg2d" #> [47669] "TrimReg2d-class" #> [47670] "under5.mort" #> [47671] "USLABOUR" #> [47672] "centralPlot" #> [47673] "classDS" #> [47674] "classTAD" #> [47675] "MBD" #> [47676] "R.test" #> [47677] "scalecurve" #> [47678] "tmean" #> [47679] "dequer-package" #> [47680] "as.deque" #> [47681] "as.queue" #> [47682] "as.stack" #> [47683] "deque" #> [47684] "peeking" #> [47685] "popping" #> [47686] "printer" #> [47687] "pushing" #> [47688] "revver" #> [47689] "DeRezende.Ferreira-package" #> [47690] "DRF.5F.rates" #> [47691] "DRF.5F.tFix" #> [47692] "DRF.5F.tVar" #> [47693] "ZC_Brazil" #> [47694] "ZC_China" #> [47695] "ZC_India" #> [47696] "ZC_Russia" #> [47697] "ZC_SouthAfrica" #> [47698] "Deriv-package" #> [47699] "Deriv" #> [47700] "format1" #> [47701] "Simplify" #> [47702] "arithasianmc" #> [47703] "arithavgpricecv" #> [47704] "asiangeomavg" #> [47705] "barriers" #> [47706] "binom" #> [47707] "blksch" #> [47708] "bondsimple" #> [47709] "compound" #> [47710] "geomasianmc" #> [47711] "greeks" #> [47712] "implied" #> [47713] "jumps" #> [47714] "perpetual" #> [47715] "newsim,schedevnt,getnextevnt,mainloop,newqueue,appendfcfs,delfcfs,cancelevnt,exparrivals" #> [47716] "check_field" #> [47717] "cran_ascii_fields" #> [47718] "cran_valid_fields" #> [47719] "dep_types" #> [47720] "desc_add_author" #> [47721] "desc_add_me" #> [47722] "desc_add_remotes" #> [47723] "desc_add_role" #> [47724] "desc_add_to_collate" #> [47725] "desc_add_urls" #> [47726] "desc_bump_version" #> [47727] "desc_change_maintainer" #> [47728] "desc_clear_remotes" #> [47729] "desc_clear_urls" #> [47730] "desc_del" #> [47731] "desc_del_author" #> [47732] "desc_del_collate" #> [47733] "desc_del_dep" #> [47734] "desc_del_deps" #> [47735] "desc_del_from_collate" #> [47736] "desc_del_remotes" #> [47737] "desc_del_role" #> [47738] "desc_del_urls" #> [47739] "desc_fields" #> [47740] "desc_get" #> [47741] "desc_get_author" #> [47742] "desc_get_authors" #> [47743] "desc_get_built" #> [47744] "desc_get_collate" #> [47745] "desc_get_deps" #> [47746] "desc_get_field" #> [47747] "desc_get_maintainer" #> [47748] "desc_get_remotes" #> [47749] "desc_get_urls" #> [47750] "desc_get_version" #> [47751] "desc_has_dep" #> [47752] "desc_has_fields" #> [47753] "desc_normalize" #> [47754] "desc_print" #> [47755] "desc_reformat_fields" #> [47756] "desc_reorder_fields" #> [47757] "desc_set" #> [47758] "desc_set_authors" #> [47759] "desc_set_collate" #> [47760] "desc_set_dep" #> [47761] "desc_set_deps" #> [47762] "desc_set_remotes" #> [47763] "desc_set_urls" #> [47764] "desc_set_version" #> [47765] "desc_to_latex" #> [47766] "desc_validate" #> [47767] "celec" #> [47768] "descomponer" #> [47769] "gdescomponer" #> [47770] "gdf" #> [47771] "gdt" #> [47772] "gperiodograma" #> [47773] "gtd" #> [47774] "ipi" #> [47775] "MW" #> [47776] "periodograma" #> [47777] "PIB" #> [47778] "predecirdf" #> [47779] "rdf" #> [47780] "td" #> [47781] "compmeans" #> [47782] "crosstab" #> [47783] "CrossTable" #> [47784] "data.frame2txt" #> [47785] "descr" #> [47786] "file.head" #> [47787] "forODFTable" #> [47788] "fromUTF8" #> [47789] "fwf2csv" #> [47790] "histkdnc" #> [47791] "labels2R" #> [47792] "LogRegR2" #> [47793] "plot.CrossTable" #> [47794] "plot.freqtable" #> [47795] "toUTF8" #> [47796] "xtable.CrossTable" #> [47797] "addbrush" #> [47798] "dd_load" #> [47799] "describedisplayreshape" #> [47800] "ggplot.barplot" #> [47801] "ggplot.dd" #> [47802] "ggplot.ddplot" #> [47803] "ggplot.histogram" #> [47804] "ggplot.parcoords" #> [47805] "ggplot.scatmat" #> [47806] "ggplot.timeseries" #> [47807] "plot.ddplot" #> [47808] "removehiddens" #> [47809] "zeeThemAll" #> [47810] "describer" #> [47811] "describe_nonnumeric" #> [47812] "describe_numeric" #> [47813] "compare.stats" #> [47814] "ds.analysis" #> [47815] "ds.box" #> [47816] "ds.boxplot" #> [47817] "ds.correlation" #> [47818] "ds.frequency" #> [47819] "ds.hist" #> [47820] "ds.kurtosis" #> [47821] "ds.skewness" #> [47822] "ds.statistics" #> [47823] "multisub" #> [47824] "open_spending.ds" #> [47825] "sample_json_link_openspending" #> [47826] "Wuppertal_df" #> [47827] "Wuppertal_openspending" #> [47828] "descriptr" #> [47829] "dist_binom_plot" #> [47830] "dist_chi_plot" #> [47831] "dist_f_plot" #> [47832] "dist_norm_plot" #> [47833] "dist_t" #> [47834] "ds_auto_freq_table" #> [47835] "ds_auto_group_summary" #> [47836] "ds_auto_summary_stats" #> [47837] "ds_cross_table" #> [47838] "ds_css" #> [47839] "ds_cvar" #> [47840] "ds_extreme_obs" #> [47841] "ds_freq_table" #> [47842] "ds_gmean" #> [47843] "ds_group_summary" #> [47844] "ds_hmean" #> [47845] "ds_kurtosis" #> [47846] "ds_launch_shiny_app" #> [47847] "ds_mdev" #> [47848] "ds_measures_location" #> [47849] "ds_measures_symmetry" #> [47850] "ds_measures_variation" #> [47851] "ds_mode" #> [47852] "ds_percentiles" #> [47853] "ds_plot_bar" #> [47854] "ds_plot_bar_grouped" #> [47855] "ds_plot_bar_stacked" #> [47856] "ds_plot_box_group" #> [47857] "ds_plot_box_single" #> [47858] "ds_plot_density" #> [47859] "ds_plot_histogram" #> [47860] "ds_plot_scatter" #> [47861] "ds_range" #> [47862] "ds_rindex" #> [47863] "ds_screener" #> [47864] "ds_skewness" #> [47865] "ds_std_error" #> [47866] "ds_summary_stats" #> [47867] "ds_tailobs" #> [47868] "ds_tidy_stats" #> [47869] "hsb" #> [47870] "mtcarz" #> [47871] "desc_stats" #> [47872] "ANOVA" #> [47873] "as.data.frame.desctable" #> [47874] "chisq.test" #> [47875] "datatable" #> [47876] "desctable" #> [47877] "fisher.test" #> [47878] "flatten_desctable" #> [47879] "header" #> [47880] "headerList" #> [47881] "head_dataframe" #> [47882] "head_datatable" #> [47883] "head_pander" #> [47884] "is.normal" #> [47885] "no.test" #> [47886] "pander.desctable" #> [47887] "parse_formula" #> [47888] "percent" #> [47889] "print.desctable" #> [47890] "statColumn" #> [47891] "statify" #> [47892] "stats_default" #> [47893] "statTable" #> [47894] "subNames" #> [47895] "subTable" #> [47896] "testColumn" #> [47897] "testify" #> [47898] "tests_auto" #> [47899] "varColumn" #> [47900] "tered" #> [47901] "sources" #> [47902] "written" #> [47903] "partly" #> [47904] "Titans" #> [47905] "reason" #> [47906] "here," #> [47907] "was" #> [47908] "primarily" #> [47909] "consolidated" #> [47910] "ONE" #> [47911] "instead" #> [47912] "dozens" #> [47913] "ages" #> [47914] "(which" #> [47915] "themselves" #> [47916] "might" #> [47917] "depend" #> [47918] "needed" #> [47919] "all)," #> [47920] "vide" #> [47921] "common" #> [47922] "consistent" #> [47923] "interface" #> [47924] "far" #> [47925] "naming," #> [47926] "dling," #> [47927] "recycling" #> [47928] "rules" #> [47929] "etc." #> [47930] "concerned." #> [47931] "guides" #> [47932] "were" #> [47933] "naming" #> [47934] "(in" #> [47935] "sence" #> [47936] "convincing" #> [47937] "alternatives)." #> [47938] "'camel" #> [47939] "style'" #> [47940] "consequently" #> [47941] "applied" #> [47942] "rowed" #> [47943] "contributed" #> [47944] "RDCOMClient," #> [47945] "base," #> [47946] "stats," #> [47947] "graphics," #> [47948] "grDevices," #> [47949] "methods," #> [47950] "MASS," #> [47951] "boot," #> [47952] "mvtnorm," #> [47953] "foreign," #> [47954] "expm," #> [47955] "Rcpp," #> [47956] "19:23:30" #> [47957] "DescTools-package" #> [47958] "Abind" #> [47959] "Abstract" #> [47960] "AddMonths" #> [47961] "AddMonthsYM" #> [47962] "Agree" #> [47963] "AllDuplicated" #> [47964] "AndersonDarlingTest" #> [47965] "Arrow" #> [47966] "as.matrix.xtabs" #> [47967] "AscToChar" #> [47968] "Asp" #> [47969] "Association" #> [47970] "Assocs" #> [47971] "AxisBreak" #> [47972] "axTicks.POSIXct" #> [47973] "BarnardTest" #> [47974] "BartelsRankTest" #> [47975] "BarText" #> [47976] "Base" #> [47977] "Conversions" #> [47978] "Benford" #> [47979] "Between," #> [47980] "Outside" #> [47981] "BinomCI" #> [47982] "BinomDiffCI" #> [47983] "BinomRatioCI" #> [47984] "BinTree" #> [47985] "BootCI" #> [47986] "BoxCox" #> [47987] "BoxCoxLambda" #> [47988] "BoxedText" #> [47989] "BreslowDayTest" #> [47990] "BreuschGodfreyTest" #> [47991] "BrierScore" #> [47992] "BubbleLegend" #> [47993] "Canvas" #> [47994] "CartToPol" #> [47995] "CatTable" #> [47996] "CCC" #> [47997] "Clockwise" #> [47998] "Closest" #> [47999] "Coalesce" #> [48000] "CochranArmitageTest" #> [48001] "CochranQTest" #> [48002] "CoefVar" #> [48003] "CohenD" #> [48004] "CohenKappa" #> [48005] "CollapseTable" #> [48006] "ColorDlg" #> [48007] "ColorLegend" #> [48008] "ColPicker" #> [48009] "ColToGrey" #> [48010] "ColToHex" #> [48011] "ColToHsv" #> [48012] "ColToRgb" #> [48013] "ColumnWrap" #> [48014] "CombPairs" #> [48015] "ConDisPairs" #> [48016] "Conf" #> [48017] "ConnLines" #> [48018] "ConoverTest" #> [48019] "ConvUnit" #> [48020] "Cor" #> [48021] "CorPart" #> [48022] "CorPolychor" #> [48023] "CountCompCases" #> [48024] "CourseData" #> [48025] "CramerVonMisesTest" #> [48026] "CronbachAlpha" #> [48027] "CrossN" #> [48028] "Cstat" #> [48029] "CutQ" #> [48030] "d.countries" #> [48031] "d.diamonds" #> [48032] "d.periodic" #> [48033] "d.pizza" #> [48034] "d.whisky" #> [48035] "Date" #> [48036] "day.name" #> [48037] "DegToRad" #> [48038] "DenseRank" #> [48039] "Depreciation" #> [48040] "Desc" #> [48041] "DescTools" #> [48042] "Aliases" #> [48043] "Palettes" #> [48044] "DescToolsOptions" #> [48045] "DigitSum" #> [48046] "dir.choose" #> [48047] "DivCoef" #> [48048] "DivCoefMax" #> [48049] "Divisors" #> [48050] "DoBy" #> [48051] "DoCall" #> [48052] "Dot" #> [48053] "DrawArc" #> [48054] "DrawBand" #> [48055] "DrawBezier" #> [48056] "DrawCircle" #> [48057] "DrawEllipse" #> [48058] "DrawRegPolygon" #> [48059] "Dummy" #> [48060] "DunnettTest" #> [48061] "DunnTest" #> [48062] "DurbinWatsonTest" #> [48063] "Entropy" #> [48064] "Eps" #> [48065] "ErrBars" #> [48066] "ExpFreq" #> [48067] "ExtrVal" #> [48068] "Factorize" #> [48069] "FctArgs" #> [48070] "Fibonacci" #> [48071] "FileOpenCmd" #> [48072] "FindColor" #> [48073] "FindCorr" #> [48074] "FisherZ" #> [48075] "FixToTable" #> [48076] "Frac" #> [48077] "Freq" #> [48078] "Freq2D" #> [48079] "GCD," #> [48080] "LCM" #> [48081] "GenExtrVal" #> [48082] "GenPareto" #> [48083] "GeomSn" #> [48084] "GeomTrans" #> [48085] "GetCurrWrd" #> [48086] "GetNewWrd" #> [48087] "GetNewXL" #> [48088] "Gini" #> [48089] "GiniSimpson" #> [48090] "Gmean" #> [48091] "Gompertz" #> [48092] "GoodmanKruskalGamma" #> [48093] "GoodmanKruskalTau" #> [48094] "GTest" #> [48095] "Herfindahl" #> [48096] "HexToCol" #> [48097] "HexToRgb" #> [48098] "Hmean" #> [48099] "HmsToSec" #> [48100] "HodgesLehmann" #> [48101] "HoeffD" #> [48102] "HosmerLemeshowTest" #> [48103] "HotellingsT2Test" #> [48104] "HuberM" #> [48105] "ICC" #> [48106] "identify.formula" #> [48107] "IdentifyA" #> [48108] "ImportFileDlg" #> [48109] "InDots" #> [48110] "IsDate" #> [48111] "IsDichotomous" #> [48112] "IsEuclid" #> [48113] "IsOdd" #> [48114] "IsPrime" #> [48115] "IsValidWrd" #> [48116] "JarqueBeraTest" #> [48117] "JonckheereTerpstraTest" #> [48118] "KappaM" #> [48119] "KendallTauA" #> [48120] "KendallTauB" #> [48121] "KendallW" #> [48122] "Keywords" #> [48123] "KrippAlpha" #> [48124] "Label," #> [48125] "Lambda" #> [48126] "Lc" #> [48127] "LehmacherTest" #> [48128] "LeveneTest" #> [48129] "LillieTest" #> [48130] "lines.lm" #> [48131] "lines.loess" #> [48132] "LineToUser" #> [48133] "LinScale" #> [48134] "List" #> [48135] "Variety" #> [48136] "Of" #> [48137] "Objects" #> [48138] "LOCF" #> [48139] "LogSt" #> [48140] "Mar" #> [48141] "matpow" #> [48142] "Mean" #> [48143] "MeanAD" #> [48144] "MeanCI" #> [48145] "MeanDiffCI" #> [48146] "MeanSE" #> [48147] "Measures" #> [48148] "Accuracy" #> [48149] "Shape" #> [48150] "MedianCI" #> [48151] "MHChisqTest" #> [48152] "Midx" #> [48153] "MixColor" #> [48154] "MosesTest" #> [48155] "MoveAvg" #> [48156] "MultinomCI" #> [48157] "NemenyiTest" #> [48158] "NPV" #> [48159] "OddsRatio" #> [48160] "Order" #> [48161] "ORToRelRisk" #> [48162] "Outlier" #> [48163] "PageTest" #> [48164] "PairApply" #> [48165] "ParseFormula" #> [48166] "ParseSASDatalines" #> [48167] "PasswordDlg" #> [48168] "PDFManual" #> [48169] "PearsonTest" #> [48170] "PercTable" #> [48171] "Permn" #> [48172] "Phrase" #> [48173] "PlotACF" #> [48174] "PlotArea" #> [48175] "PlotBag" #> [48176] "PlotBubble" #> [48177] "PlotCandlestick" #> [48178] "PlotCashFlow" #> [48179] "PlotCirc" #> [48180] "PlotCorr" #> [48181] "PlotDev" #> [48182] "PlotDot" #> [48183] "PlotECDF" #> [48184] "PlotFaces" #> [48185] "PlotFdist" #> [48186] "PlotFun" #> [48187] "PlotLinesA" #> [48188] "PlotLog" #> [48189] "PlotMarDens" #> [48190] "PlotMiss" #> [48191] "PlotMonth" #> [48192] "PlotMosaic" #> [48193] "PlotMultiDens" #> [48194] "PlotPch" #> [48195] "PlotPolar" #> [48196] "PlotPyramid" #> [48197] "PlotQQ" #> [48198] "PlotTernary" #> [48199] "PlotTreemap" #> [48200] "PlotVenn" #> [48201] "PlotViolin" #> [48202] "PlotWeb" #> [48203] "PMT" #> [48204] "PoissonCI" #> [48205] "PolarGrid" #> [48206] "PostHocTest" #> [48207] "power.chisq.test" #> [48208] "PowerPoint" #> [48209] "pRevGumbel" #> [48210] "Primes" #> [48211] "PtInPoly" #> [48212] "Quantile" #> [48213] "Range" #> [48214] "Recode" #> [48215] "Recycle" #> [48216] "RelRisk" #> [48217] "Rename" #> [48218] "reorder.factor" #> [48219] "Rev" #> [48220] "RevWeibull" #> [48221] "RgbToCol" #> [48222] "RndPairs" #> [48223] "RobScale" #> [48224] "RomanToInt" #> [48225] "Rotate" #> [48226] "RoundTo" #> [48227] "RunsTest" #> [48228] "SampleTwins" #> [48229] "SaveAsDlg" #> [48230] "ScheffeTest" #> [48231] "SelectVarDlg" #> [48232] "SetAlpha" #> [48233] "SetNames" #> [48234] "Shade" #> [48235] "ShapiroFranciaTest" #> [48236] "SiegelTukeyTest" #> [48237] "SignTest" #> [48238] "SmoothSpline" #> [48239] "Some" #> [48240] "numeric" #> [48241] "checks" #> [48242] "SomersDelta" #> [48243] "SortMixed" #> [48244] "SpearmanRho" #> [48245] "split.formula" #> [48246] "SplitAt" #> [48247] "SplitPath" #> [48248] "SpreadOut" #> [48249] "StdCoef" #> [48250] "Str" #> [48251] "StrAbbr" #> [48252] "StrAlign" #> [48253] "Strata" #> [48254] "StrCap" #> [48255] "StrChop" #> [48256] "StrCountW" #> [48257] "StrDist" #> [48258] "StrExtract" #> [48259] "StrIsNumeric" #> [48260] "StrLeft," #> [48261] "StrRight" #> [48262] "StrPad" #> [48263] "StrPos" #> [48264] "StrRev" #> [48265] "StrTrim" #> [48266] "StrTrunc" #> [48267] "StrVal" #> [48268] "StuartMaxwellTest" #> [48269] "StuartTauC" #> [48270] "SysInfo" #> [48271] "TextContrastColor" #> [48272] "TextToTable" #> [48273] "TheilU" #> [48274] "TitleRect" #> [48275] "TMod" #> [48276] "ToLong," #> [48277] "ToWide" #> [48278] "TOne" #> [48279] "ToWrd" #> [48280] "TTestA" #> [48281] "TukeyBiweight" #> [48282] "TwoGroups" #> [48283] "UncertCoef" #> [48284] "UnirootAll" #> [48285] "Untable" #> [48286] "Unwhich" #> [48287] "VarCI" #> [48288] "VarTest" #> [48289] "VecRot" #> [48290] "VIF" #> [48291] "Vigenere" #> [48292] "VonNeumannTest" #> [48293] "wdConst" #> [48294] "Winsorize" #> [48295] "WoolfTest" #> [48296] "WrdCaption" #> [48297] "WrdCellRange" #> [48298] "WrdFont" #> [48299] "WrdFormatCells" #> [48300] "WrdInsertBookmark" #> [48301] "WrdMergeCells" #> [48302] "WrdPageBreak" #> [48303] "WrdParagraphFormat" #> [48304] "WrdPlot" #> [48305] "WrdSaveAs" #> [48306] "WrdStyle" #> [48307] "WrdTable" #> [48308] "WrdTableBorders" #> [48309] "XLDateToPOSIXct" #> [48310] "XLGetRange" #> [48311] "XLView" #> [48312] "Xplore" #> [48313] "YuenTTest" #> [48314] "ZeroIfNA" #> [48315] "Zodiac" #> [48316] "ZTest" #> [48317] "%like%" #> [48318] "%overlaps%" #> [48319] "AddIns" #> [48320] "deseasonalize-package" #> [48321] "getds" #> [48322] "print.deseasonalize" #> [48323] "Saugeen" #> [48324] "SaugeenDay" #> [48325] "summary.deseasonalize" #> [48326] "acceptanceProbability" #> [48327] "arrayUpdate" #> [48328] "conditionAllocation" #> [48329] "conditionCombination" #> [48330] "conditionLevel" #> [48331] "conditionUpdate" #> [48332] "designGG" #> [48333] "designScore" #> [48334] "exampleArrayDesignTable" #> [48335] "exampleConditionDesignTable" #> [48336] "examplePlotObj" #> [48337] "experimentDesignTable" #> [48338] "initialDesign" #> [48339] "interactionLevel" #> [48340] "pairLevel" #> [48341] "plotAllScores" #> [48342] "temperatureStep" #> [48343] "updateDesign" #> [48344] "variableNames" #> [48345] "variableNumber" #> [48346] "findOptimalApproxDesign" #> [48347] "findOptimalBlockDesign" #> [48348] "findOptimalExactDesign" #> [48349] "objfnA_BD" #> [48350] "objfnA_CRD" #> [48351] "objfnD_BD" #> [48352] "objfnD_CRD" #> [48353] "updateDesign_BD" #> [48354] "updateDesign_CRD" #> [48355] "binary_iv_designer" #> [48356] "block_cluster_two_arm_designer" #> [48357] "clean_code" #> [48358] "cluster_sampling_designer" #> [48359] "construct_design_code" #> [48360] "DesignLibrary" #> [48361] "factorial_designer" #> [48362] "get_design_code" #> [48363] "match.call.defaults" #> [48364] "mediation_analysis_designer" #> [48365] "multi_arm_designer" #> [48366] "pretest_posttest_designer" #> [48367] "process_tracing_designer" #> [48368] "randomized_response_designer" #> [48369] "regression_discontinuity_designer" #> [48370] "return_args" #> [48371] "spillover_designer" #> [48372] "two_arm_attrition_designer" #> [48373] "two_arm_designer" #> [48374] "two_by_two_designer" #> [48375] "designmatch-package" #> [48376] "absstddif" #> [48377] "bmatch" #> [48378] "cardmatch" #> [48379] "distmat" #> [48380] "distmatch" #> [48381] "ecdfplot" #> [48382] "finetab" #> [48383] "germancities" #> [48384] "loveplot" #> [48385] "meantab" #> [48386] "nmatch" #> [48387] "pairsplot" #> [48388] "d.4pl" #> [48389] "d.central" #> [48390] "d.ends" #> [48391] "d.high" #> [48392] "d.low" #> [48393] "d.overall" #> [48394] "d.rank" #> [48395] "des.line" #> [48396] "farmer2005" #> [48397] "dMax" #> [48398] "predict.dMax" #> [48399] "Chocolate" #> [48400] "compositeDF" #> [48401] "ddesire" #> [48402] "derringerSuich" #> [48403] "dsplot" #> [48404] "geometricDI" #> [48405] "harrington1" #> [48406] "harrington2" #> [48407] "meanDI" #> [48408] "minimumDI" #> [48409] "normMax" #> [48410] "plot.desire.function" #> [48411] "plot.harrington2" #> [48412] "realisticDF" #> [48413] "DESnowball-package" #> [48414] "plotJn" #> [48415] "sb.expression" #> [48416] "sb.mutation" #> [48417] "select.features" #> [48418] "snowball" #> [48419] "toplist" #> [48420] "deSolve-package" #> [48421] "aquaphy" #> [48422] "ccl4data" #> [48423] "ccl4model" #> [48424] "cleanEventTimes" #> [48425] "daspk" #> [48426] "dede" #> [48427] "diagnostics.deSolve" #> [48428] "DLLfunc" #> [48429] "DLLres" #> [48430] "events" #> [48431] "forcings" #> [48432] "lsoda" #> [48433] "lsodar" #> [48434] "lsode" #> [48435] "lsodes" #> [48436] "ode" #> [48437] "ode.1D" #> [48438] "ode.2D" #> [48439] "ode.3D" #> [48440] "ode.band" #> [48441] "plot.deSolve" #> [48442] "radau" #> [48443] "rk" #> [48444] "rk4" #> [48445] "rkMethod" #> [48446] "SCOC" #> [48447] "timelags" #> [48448] "vode" #> [48449] "zvode" #> [48450] "desplot" #> [48451] "geom_tileborder" #> [48452] "panel.outlinelevelplot" #> [48453] "RedGrayBlue" #> [48454] "det" #> [48455] "det.CI" #> [48456] "detect-package" #> [48457] "cmulti" #> [48458] "convertEDT" #> [48459] "databu" #> [48460] "datocc" #> [48461] "hbootindex" #> [48462] "load_BAM_QPAD" #> [48463] "oven" #> [48464] "svabu" #> [48465] "svocc" #> [48466] "detector" #> [48467] "has_email_addresses" #> [48468] "has_national_identification_numbers" #> [48469] "has_phone_numbers" #> [48470] "is_national_identification_number" #> [48471] "is_phone_number" #> [48472] "consecutiveRUNS.run" #> [48473] "consecutiveRunsCpp" #> [48474] "createRUNdf" #> [48475] "findOppositeAndMissing" #> [48476] "Froh_inbreeding" #> [48477] "Froh_inbreedingClass" #> [48478] "genoConvertCpp" #> [48479] "heteroZygotTest" #> [48480] "heteroZygotTestCpp" #> [48481] "homoZygotTest" #> [48482] "homoZygotTestCpp" #> [48483] "pedConvertCpp" #> [48484] "plot_DistributionRuns" #> [48485] "plot_InbreedingChr" #> [48486] "plot_manhattanRuns" #> [48487] "plot_PatternRuns" #> [48488] "plot_Runs" #> [48489] "plot_SnpsInRuns" #> [48490] "plot_StackedRuns" #> [48491] "plot_ViolinRuns" #> [48492] "readExternalRuns" #> [48493] "readPOPCpp" #> [48494] "reorderDF" #> [48495] "slidingRUNS.run" #> [48496] "slidingWindow" #> [48497] "slidingWindowCpp" #> [48498] "snpInRun" #> [48499] "snpInRunCpp" #> [48500] "snpInsideRuns" #> [48501] "snpInsideRunsCpp" #> [48502] "summaryRuns" #> [48503] "tableRuns" #> [48504] "writeRUN" #> [48505] "deTestSet-package" #> [48506] "bimd" #> [48507] "caraxis" #> [48508] "crank" #> [48509] "dae" #> [48510] "dopri5" #> [48511] "dopri853" #> [48512] "E5" #> [48513] "emep" #> [48514] "fekete" #> [48515] "gamd" #> [48516] "hires" #> [48517] "mebdfi" #> [48518] "nand" #> [48519] "orego" #> [48520] "pleiades" #> [48521] "pollution" #> [48522] "reference" #> [48523] "ring" #> [48524] "rober" #> [48525] "transistor" #> [48526] "tube" #> [48527] "twobit" #> [48528] "vdpol" #> [48529] "wheelset" #> [48530] "DetMCD-package" #> [48531] "DetMCD" #> [48532] "DetMCD_CS" #> [48533] "DetMCD_RW" #> [48534] "DetMCD_SP" #> [48535] "inQn" #> [48536] "plot.DetMCD" #> [48537] "quanff" #> [48538] "xtractR_M" #> [48539] "allequal" #> [48540] "chi2indeptest" #> [48541] "chi2testlinear" #> [48542] "chi2testtable" #> [48543] "chi2testuniform" #> [48544] "contourRect" #> [48545] "de.split" #> [48546] "det.construct" #> [48547] "det.cut" #> [48548] "det.de" #> [48549] "det.leafs" #> [48550] "det.query" #> [48551] "det.rnd" #> [48552] "det1" #> [48553] "det2" #> [48554] "detpack" #> [48555] "dimstosplit" #> [48556] "DetR-package" #> [48557] "chis2009" #> [48558] "DetLTS" #> [48559] "DetMM" #> [48560] "inUMCD" #> [48561] "OGKCStep" #> [48562] "quanf" #> [48563] "test_function" #> [48564] "detrendeR-package" #> [48565] "detrender" #> [48566] "EPS.value" #> [48567] "RwlInfo" #> [48568] "apply_on_pillars" #> [48569] "best_degree" #> [48570] "best_l" #> [48571] "best_swaps" #> [48572] "best_tau" #> [48573] "brightness_pillars" #> [48574] "detrend-directory" #> [48575] "detrended_img" #> [48576] "detrending" #> [48577] "detrendr" #> [48578] "mean_frames" #> [48579] "pillar-stats" #> [48580] "rfromboxes" #> [48581] "rtoboxes" #> [48582] "deTS-package" #> [48583] "correction_factor" #> [48584] "ENCODE_z_score" #> [48585] "GTEx_t_score" #> [48586] "GWAS_gene" #> [48587] "GWAS_gene_multiple" #> [48588] "query_ENCODE" #> [48589] "query_GTEx" #> [48590] "tsea.analysis" #> [48591] "tsea.analysis.multiple" #> [48592] "tsea.expression.decode" #> [48593] "tsea.expression.normalization" #> [48594] "tsea.plot" #> [48595] "tsea.summary" #> [48596] "compute.p.values" #> [48597] "DetSel" #> [48598] "DetSel-internal" #> [48599] "draw.detsel.graphs" #> [48600] "genepop.to.detsel" #> [48601] "make.example.files" #> [48602] "run.detsel" #> [48603] "calc_ab" #> [48604] "calc_dens" #> [48605] "calc_dens_hist" #> [48606] "calc_dkw" #> [48607] "calc_hf" #> [48608] "calc_o_param" #> [48609] "calc_p_apply" #> [48610] "calc_quantiles" #> [48611] "check_conc" #> [48612] "combine_matrices" #> [48613] "concX" #> [48614] "concY" #> [48615] "dzr_mix" #> [48616] "find_maxima" #> [48617] "find_plot_max" #> [48618] "find_plot_min" #> [48619] "find_plot_min_max" #> [48620] "hfhf_chur" #> [48621] "hfhf_dm" #> [48622] "hf_lines" #> [48623] "lambda_lu" #> [48624] "lambda_u235" #> [48625] "lambda_u238" #> [48626] "luhf_chur" #> [48627] "luhf_dm" #> [48628] "luhf_zrc" #> [48629] "make_tiling" #> [48630] "Natal_group" #> [48631] "o_param_matrix_age" #> [48632] "o_param_matrix_tdm" #> [48633] "plot_axis_lim" #> [48634] "plot_bw_theme" #> [48635] "plot_dens" #> [48636] "plot_dens_hist" #> [48637] "plot_ecdf" #> [48638] "plot_hf" #> [48639] "plot_labels" #> [48640] "plot_point_scale" #> [48641] "plot_quantiles" #> [48642] "plot_reimink" #> [48643] "plot_text_options" #> [48644] "plot_tile" #> [48645] "populate_matrix" #> [48646] "quant_bounds" #> [48647] "reimink" #> [48648] "run_detzrcr" #> [48649] "satkoski_1d" #> [48650] "satkoski_1d_matrix" #> [48651] "satkoski_2d" #> [48652] "satkoski_2d_matrix" #> [48653] "tile_func" #> [48654] "tiling" #> [48655] "u238_u235_ratio" #> [48656] "emf" #> [48657] "checkCharVec" #> [48658] "checkIntVec" #> [48659] "checkLength" #> [48660] "checkLogicVec" #> [48661] "checkNumOrIntVec" #> [48662] "checkNumVec" #> [48663] "checkRanges" #> [48664] "checkValues" #> [48665] "create_dir_struct" #> [48666] "create_master_res" #> [48667] "create_relabel_field" #> [48668] "DESeqResMeta-class" #> [48669] "de_boxplot" #> [48670] "de_counts" #> [48671] "de_density_plot" #> [48672] "de_diverge_plot" #> [48673] "de_filter" #> [48674] "de_heat" #> [48675] "de_profile_plot" #> [48676] "de_series" #> [48677] "de_volcano" #> [48678] "enrich_res" #> [48679] "exclude_data_subset" #> [48680] "get_de_data" #> [48681] "init_cutoffs" #> [48682] "init_data_paths" #> [48683] "keep_data_subset" #> [48684] "make_composite_field" #> [48685] "plot_dendro" #> [48686] "plot_euclid_dist" #> [48687] "plot_group_stats" #> [48688] "plot_mds" #> [48689] "plot_mds_hulls" #> [48690] "plot_poisson_dist" #> [48691] "prep_counts" #> [48692] "prep_dds_from_data" #> [48693] "prep_targets" #> [48694] "set_output_mode" #> [48695] "transpose_gene_ids" #> [48696] "write_all_de_results" #> [48697] "ex01.11" #> [48698] "ex01.12" #> [48699] "ex01.13" #> [48700] "ex01.14" #> [48701] "ex01.15" #> [48702] "ex01.17" #> [48703] "ex01.18" #> [48704] "ex01.19" #> [48705] "ex01.20" #> [48706] "ex01.21" #> [48707] "ex01.23" #> [48708] "ex01.24" #> [48709] "ex01.25" #> [48710] "ex01.27" #> [48711] "ex01.28" #> [48712] "ex01.29" #> [48713] "ex01.32" #> [48714] "ex01.33" #> [48715] "ex01.34" #> [48716] "ex01.35" #> [48717] "ex01.36" #> [48718] "ex01.37" #> [48719] "ex01.38" #> [48720] "ex01.39" #> [48721] "ex01.43" #> [48722] "ex01.44" #> [48723] "ex01.45" #> [48724] "ex01.46" #> [48725] "ex01.49" #> [48726] "ex01.50" #> [48727] "ex01.51" #> [48728] "ex01.54" #> [48729] "ex01.56" #> [48730] "ex01.59" #> [48731] "ex01.60" #> [48732] "ex01.63" #> [48733] "ex01.64" #> [48734] "ex01.65" #> [48735] "ex01.67" #> [48736] "ex01.70" #> [48737] "ex01.72" #> [48738] "ex01.73" #> [48739] "ex01.75" #> [48740] "ex01.77" #> [48741] "ex01.80" #> [48742] "ex01.83" #> [48743] "ex04.82" #> [48744] "ex04.83" #> [48745] "ex04.84" #> [48746] "ex04.86" #> [48747] "ex04.88" #> [48748] "ex04.89" #> [48749] "ex04.90" #> [48750] "ex04.91" #> [48751] "ex04.92" #> [48752] "ex04.94" #> [48753] "ex04.97" #> [48754] "ex06.01" #> [48755] "ex06.02" #> [48756] "ex06.03" #> [48757] "ex06.04" #> [48758] "ex06.05" #> [48759] "ex06.06" #> [48760] "ex06.09" #> [48761] "ex06.15" #> [48762] "ex06.25" #> [48763] "ex07.10" #> [48764] "ex07.26" #> [48765] "ex07.33" #> [48766] "ex07.37" #> [48767] "ex07.45" #> [48768] "ex07.46" #> [48769] "ex07.47" #> [48770] "ex07.49" #> [48771] "ex07.56" #> [48772] "ex07.58" #> [48773] "ex08.32" #> [48774] "ex08.54" #> [48775] "ex08.55" #> [48776] "ex08.56" #> [48777] "ex08.57" #> [48778] "ex08.66" #> [48779] "ex08.68" #> [48780] "ex08.70" #> [48781] "ex08.80" #> [48782] "ex08.83" #> [48783] "ex09.07" #> [48784] "ex09.12" #> [48785] "ex09.16" #> [48786] "ex09.23" #> [48787] "ex09.25" #> [48788] "ex09.27" #> [48789] "ex09.28" #> [48790] "ex09.29" #> [48791] "ex09.30" #> [48792] "ex09.31" #> [48793] "ex09.32" #> [48794] "ex09.33" #> [48795] "ex09.36" #> [48796] "ex09.37" #> [48797] "ex09.38" #> [48798] "ex09.39" #> [48799] "ex09.40" #> [48800] "ex09.41" #> [48801] "ex09.43" #> [48802] "ex09.44" #> [48803] "ex09.63" #> [48804] "ex09.65" #> [48805] "ex09.66" #> [48806] "ex09.68" #> [48807] "ex09.70" #> [48808] "ex09.72" #> [48809] "ex09.76" #> [48810] "ex09.77" #> [48811] "ex09.78" #> [48812] "ex09.79" #> [48813] "ex09.82" #> [48814] "ex09.86" #> [48815] "ex09.88" #> [48816] "ex09.90" #> [48817] "ex09.92" #> [48818] "ex10.06" #> [48819] "ex10.08" #> [48820] "ex10.09" #> [48821] "ex10.18" #> [48822] "ex10.22" #> [48823] "ex10.26" #> [48824] "ex10.27" #> [48825] "ex10.32" #> [48826] "ex10.36" #> [48827] "ex10.37" #> [48828] "ex10.41" #> [48829] "ex10.42" #> [48830] "ex10.44" #> [48831] "ex11.02" #> [48832] "ex11.03" #> [48833] "ex11.04" #> [48834] "ex11.05" #> [48835] "ex11.08" #> [48836] "ex11.09" #> [48837] "ex11.10" #> [48838] "ex11.15" #> [48839] "ex11.16" #> [48840] "ex11.17" #> [48841] "ex11.18" #> [48842] "ex11.20" #> [48843] "ex11.29" #> [48844] "ex11.31" #> [48845] "ex11.34" #> [48846] "ex11.35" #> [48847] "ex11.39" #> [48848] "ex11.40" #> [48849] "ex11.42" #> [48850] "ex11.43" #> [48851] "ex11.48" #> [48852] "ex11.50" #> [48853] "ex11.52" #> [48854] "ex11.53" #> [48855] "ex11.54" #> [48856] "ex11.55" #> [48857] "ex11.56" #> [48858] "ex11.57" #> [48859] "ex11.59" #> [48860] "ex11.61" #> [48861] "ex12.01" #> [48862] "ex12.02" #> [48863] "ex12.03" #> [48864] "ex12.04" #> [48865] "ex12.05" #> [48866] "ex12.13" #> [48867] "ex12.15" #> [48868] "ex12.16" #> [48869] "ex12.19" #> [48870] "ex12.20" #> [48871] "ex12.21" #> [48872] "ex12.24" #> [48873] "ex12.29" #> [48874] "ex12.35" #> [48875] "ex12.36" #> [48876] "ex12.37" #> [48877] "ex12.46" #> [48878] "ex12.50" #> [48879] "ex12.52" #> [48880] "ex12.54" #> [48881] "ex12.55" #> [48882] "ex12.58" #> [48883] "ex12.59" #> [48884] "ex12.61" #> [48885] "ex12.62" #> [48886] "ex12.63" #> [48887] "ex12.65" #> [48888] "ex12.68" #> [48889] "ex12.69" #> [48890] "ex12.71" #> [48891] "ex12.72" #> [48892] "ex12.73" #> [48893] "ex12.75" #> [48894] "ex12.82" #> [48895] "ex12.83" #> [48896] "ex12.84" #> [48897] "ex13.02" #> [48898] "ex13.04" #> [48899] "ex13.05" #> [48900] "ex13.06" #> [48901] "ex13.07" #> [48902] "ex13.08" #> [48903] "ex13.09" #> [48904] "ex13.09a" #> [48905] "ex13.09b" #> [48906] "ex13.09c" #> [48907] "ex13.09d" #> [48908] "ex13.14" #> [48909] "ex13.15" #> [48910] "ex13.16" #> [48911] "ex13.17" #> [48912] "ex13.18" #> [48913] "ex13.19" #> [48914] "ex13.21" #> [48915] "ex13.24" #> [48916] "ex13.25" #> [48917] "ex13.27" #> [48918] "ex13.29" #> [48919] "ex13.30" #> [48920] "ex13.31" #> [48921] "ex13.32" #> [48922] "ex13.33" #> [48923] "ex13.34" #> [48924] "ex13.35" #> [48925] "ex13.47" #> [48926] "ex13.48" #> [48927] "ex13.49" #> [48928] "ex13.50" #> [48929] "ex13.51" #> [48930] "ex13.52" #> [48931] "ex13.53" #> [48932] "ex13.54" #> [48933] "ex13.55" #> [48934] "ex13.64" #> [48935] "ex13.65" #> [48936] "ex13.66" #> [48937] "ex13.67" #> [48938] "ex13.68" #> [48939] "ex13.69" #> [48940] "ex13.70" #> [48941] "ex13.71" #> [48942] "ex13.72" #> [48943] "ex13.73" #> [48944] "ex13.74" #> [48945] "ex13.75" #> [48946] "ex13.76" #> [48947] "ex14.09" #> [48948] "ex14.11" #> [48949] "ex14.12" #> [48950] "ex14.13" #> [48951] "ex14.14" #> [48952] "ex14.15" #> [48953] "ex14.16" #> [48954] "ex14.17" #> [48955] "ex14.18" #> [48956] "ex14.20" #> [48957] "ex14.21" #> [48958] "ex14.22" #> [48959] "ex14.23" #> [48960] "ex14.26" #> [48961] "ex14.27" #> [48962] "ex14.28" #> [48963] "ex14.29" #> [48964] "ex14.30" #> [48965] "ex14.31" #> [48966] "ex14.32" #> [48967] "ex14.38" #> [48968] "ex14.40" #> [48969] "ex14.41" #> [48970] "ex14.42" #> [48971] "ex14.44" #> [48972] "ex15.01" #> [48973] "ex15.03" #> [48974] "ex15.04" #> [48975] "ex15.05" #> [48976] "ex15.08" #> [48977] "ex15.10" #> [48978] "ex15.11" #> [48979] "ex15.12" #> [48980] "ex15.13" #> [48981] "ex15.14" #> [48982] "ex15.15" #> [48983] "ex15.23" #> [48984] "ex15.24" #> [48985] "ex15.25" #> [48986] "ex15.26" #> [48987] "ex15.27" #> [48988] "ex15.28" #> [48989] "ex15.29" #> [48990] "ex15.30" #> [48991] "ex15.32" #> [48992] "ex15.33" #> [48993] "ex15.35" #> [48994] "ex16.06" #> [48995] "ex16.09" #> [48996] "ex16.14" #> [48997] "ex16.25" #> [48998] "ex16.41" #> [48999] "ex16.43" #> [49000] "xmp01.01" #> [49001] "xmp01.02" #> [49002] "xmp01.05" #> [49003] "xmp01.06" #> [49004] "xmp01.08" #> [49005] "xmp01.09" #> [49006] "xmp01.10" #> [49007] "xmp01.11" #> [49008] "xmp01.12" #> [49009] "xmp01.13" #> [49010] "xmp01.14" #> [49011] "xmp01.15" #> [49012] "xmp01.16" #> [49013] "xmp01.17" #> [49014] "xmp01.18" #> [49015] "xmp04.28" #> [49016] "xmp04.29" #> [49017] "xmp04.30" #> [49018] "xmp04.31" #> [49019] "xmp06.02" #> [49020] "xmp06.03" #> [49021] "xmp06.13" #> [49022] "xmp06.14" #> [49023] "xmp07.06" #> [49024] "xmp07.11" #> [49025] "xmp07.15" #> [49026] "xmp08.08" #> [49027] "xmp08.09" #> [49028] "xmp09.04" #> [49029] "xmp09.06" #> [49030] "xmp09.07" #> [49031] "xmp09.08" #> [49032] "xmp09.09" #> [49033] "xmp09.10" #> [49034] "xmp10.01" #> [49035] "xmp10.03" #> [49036] "xmp10.05" #> [49037] "xmp10.08" #> [49038] "xmp10.10" #> [49039] "xmp11.01" #> [49040] "xmp11.05" #> [49041] "xmp11.06" #> [49042] "xmp11.07" #> [49043] "xmp11.10" #> [49044] "xmp11.11" #> [49045] "xmp11.12" #> [49046] "xmp12.01" #> [49047] "xmp12.02" #> [49048] "xmp12.04" #> [49049] "xmp12.06" #> [49050] "xmp12.08" #> [49051] "xmp12.10" #> [49052] "xmp12.11" #> [49053] "xmp12.12" #> [49054] "xmp12.13" #> [49055] "xmp12.14" #> [49056] "xmp12.15" #> [49057] "xmp12.16" #> [49058] "xmp13.01" #> [49059] "xmp13.03" #> [49060] "xmp13.04" #> [49061] "xmp13.06" #> [49062] "xmp13.09" #> [49063] "xmp13.10" #> [49064] "xmp13.11" #> [49065] "xmp13.12" #> [49066] "xmp13.13" #> [49067] "xmp13.15" #> [49068] "xmp13.16" #> [49069] "xmp13.18" #> [49070] "xmp13.19" #> [49071] "xmp13.22" #> [49072] "xmp14.03" #> [49073] "xmp14.10" #> [49074] "xmp14.13" #> [49075] "xmp14.14" #> [49076] "xmp15.01" #> [49077] "xmp15.02" #> [49078] "xmp15.03" #> [49079] "xmp15.04" #> [49080] "xmp15.06" #> [49081] "xmp15.08" #> [49082] "xmp15.09" #> [49083] "xmp15.10" #> [49084] "xmp16.01" #> [49085] "xmp16.04" #> [49086] "xmp16.06" #> [49087] "xmp16.07" #> [49088] "xmp16.08" #> [49089] "xmp16.09" #> [49090] "analytis_77" #> [49091] "bayoh_03" #> [49092] "beta_16" #> [49093] "beta_95" #> [49094] "bieri1_83" #> [49095] "briere1_99" #> [49096] "briere2_99" #> [49097] "campbell_74" #> [49098] "compDifDays" #> [49099] "compDifDaysDf" #> [49100] "damos_08" #> [49101] "damos_11" #> [49102] "davidson_44" #> [49103] "devRate" #> [49104] "devRateEqList" #> [49105] "devRateFind" #> [49106] "devRateIBM" #> [49107] "devRateIBMdataBase" #> [49108] "devRateIBMgen" #> [49109] "devRateIBMPlot" #> [49110] "devRateInfo" #> [49111] "devRateMap" #> [49112] "devRateModel" #> [49113] "devRatePlot" #> [49114] "devRatePlotInfo" #> [49115] "devRatePrint" #> [49116] "exTropicalMoth" #> [49117] "harcourtYee_82" #> [49118] "hilbertLogan_83" #> [49119] "janisch_32" #> [49120] "kontodimas_04" #> [49121] "lactin1_95" #> [49122] "lactin2_95" #> [49123] "lamb_92" #> [49124] "logan10_76" #> [49125] "logan6_76" #> [49126] "perf2_11" #> [49127] "poly2" #> [49128] "poly4" #> [49129] "ratkowsky_82" #> [49130] "ratkowsky_83" #> [49131] "regniere_12" #> [49132] "rootsq_82" #> [49133] "schoolfieldHigh_81" #> [49134] "schoolfieldLow_81" #> [49135] "schoolfield_81" #> [49136] "sharpeDeMichele_77" #> [49137] "shi_11" #> [49138] "stinner_74" #> [49139] "taylor_81" #> [49140] "wagner_88" #> [49141] "wangengel_98" #> [49142] "wang_82" #> [49143] "bash" #> [49144] "build" #> [49145] "build_manual" #> [49146] "build_readme" #> [49147] "build_vignettes" #> [49148] "check_failures" #> [49149] "check_man" #> [49150] "check_rhub" #> [49151] "check_win" #> [49152] "clean_vignettes" #> [49153] "devtools" #> [49154] "dev_mode" #> [49155] "dr_devtools" #> [49156] "dr_github" #> [49157] "install_deps" #> [49158] "lint" #> [49159] "load_all" #> [49160] "missing_s3" #> [49161] "package_file" #> [49162] "release" #> [49163] "reload" #> [49164] "revdep" #> [49165] "run_examples" #> [49166] "save_all" #> [49167] "show_news" #> [49168] "source_gist" #> [49169] "source_url" #> [49170] "spell_check" #> [49171] "wd" #> [49172] "dexter-package" #> [49173] "add_booklet" #> [49174] "add_item_properties" #> [49175] "add_person_properties" #> [49176] "add_test3DC" #> [49177] "close_project" #> [49178] "coef.p2pass" #> [49179] "coef.prms" #> [49180] "create3DC" #> [49181] "design_as_network" #> [49182] "design_info" #> [49183] "DIF" #> [49184] "distractor_plot" #> [49185] "fit_domains" #> [49186] "fit_enorm" #> [49187] "fit_inter" #> [49188] "get_booklets" #> [49189] "get_design" #> [49190] "get_items" #> [49191] "get_item_properties" #> [49192] "get_persons" #> [49193] "get_person_properties" #> [49194] "get_responses" #> [49195] "get_rules" #> [49196] "get_testscores" #> [49197] "get_variables" #> [49198] "iModels" #> [49199] "individual_differences" #> [49200] "information" #> [49201] "iTIA" #> [49202] "keys_to_rules" #> [49203] "open_project" #> [49204] "plausible_scores" #> [49205] "plausible_values" #> [49206] "plot.DIF_stats" #> [49207] "plot.p2pass" #> [49208] "plot.prms" #> [49209] "plot.rim" #> [49210] "plot3DC" #> [49211] "probability_to_pass" #> [49212] "profiles" #> [49213] "profile_plot" #> [49214] "ratedData" #> [49215] "ratedDataProperties" #> [49216] "ratedDataRules" #> [49217] "read_oplm_par" #> [49218] "start_new_project" #> [49219] "start_new_project_from_oplm" #> [49220] "tia_tables" #> [49221] "touch_rules" #> [49222] "verbAggrData" #> [49223] "verbAggrProperties" #> [49224] "verbAggrRules" #> [49225] "dextergui" #> [49226] "add_item_properties_mst" #> [49227] "add_person_properties_mst" #> [49228] "add_response_data_mst" #> [49229] "add_scoring_rules_mst" #> [49230] "alter_scoring_rules_mst" #> [49231] "close_mst_project" #> [49232] "coef.mst_enorm" #> [49233] "create_mst_project" #> [49234] "create_mst_test" #> [49235] "design_plot" #> [49236] "DIF_mst" #> [49237] "fit_enorm_mst" #> [49238] "fit_inter_mst" #> [49239] "get_booklets_mst" #> [49240] "get_responses_mst" #> [49241] "import_from_dexter" #> [49242] "mst_rules" #> [49243] "open_mst_project" #> [49244] "plot.DIF_stats_mst" #> [49245] "plot.im_mst" #> [49246] "profile_tables_mst" #> [49247] "df2json" #> [49248] "json2df" #> [49249] "matrix2json" #> [49250] "dfcomb-package" #> [49251] "CombIncrease_next" #> [49252] "CombIncrease_sim" #> [49253] "dfCompare" #> [49254] "coverage.tbl.list" #> [49255] "data_summary_coverage" #> [49256] "DynModel_results" #> [49257] "fMRI_dataList" #> [49258] "fMRI_dataList_shrinked" #> [49259] "lmmConn" #> [49260] "lmmDyn" #> [49261] "MLPB3" #> [49262] "MLPB_boot" #> [49263] "MLPB_output_median" #> [49264] "nzc_vis" #> [49265] "plot_generate_timeDependence" #> [49266] "cohere" #> [49267] "crmsens" #> [49268] "getinit" #> [49269] "getn" #> [49270] "titecrm" #> [49271] "titesim" #> [49272] "dfexplore-package" #> [49273] "example_df" #> [49274] "expand_dfmatrix" #> [49275] "simulate_dataframe" #> [49276] "Ase1pl" #> [49277] "Ase2pl" #> [49278] "Ase3pl" #> [49279] "AseIrt" #> [49280] "Bound3PlIpr" #> [49281] "Calculate1plProb" #> [49282] "Calculate2plProb" #> [49283] "Calculate3plProb" #> [49284] "CalculateGrmExp" #> [49285] "CalculateItemDifferences" #> [49286] "CalculatePcmExp" #> [49287] "Cdif" #> [49288] "CrossedProbabilities" #> [49289] "CutoffIpr" #> [49290] "DeltaMhIrt" #> [49291] "DFIT" #> [49292] "dichotomousItemParameters" #> [49293] "Dtf" #> [49294] "Ipr" #> [49295] "IprMh" #> [49296] "IprNcdif" #> [49297] "IprSam" #> [49298] "IprUam" #> [49299] "IrtMh" #> [49300] "Ncdif" #> [49301] "PlotNcdif" #> [49302] "polytomousItemParameters" #> [49303] "ProductProbabilities" #> [49304] "SignedArea" #> [49305] "UnsignedArea" #> [49306] "dfmeta-package" #> [49307] "doseRecords" #> [49308] "findFirstLast" #> [49309] "glimem" #> [49310] "MA_estimates" #> [49311] "plot,ZKO,missing-method" #> [49312] "REMB-class" #> [49313] "Toxdata" #> [49314] "VarWT" #> [49315] "ZKO" #> [49316] "ZKO-class" #> [49317] "dfmta-package" #> [49318] "mtaBin_next" #> [49319] "mtaBin_sim" #> [49320] "dfoptim" #> [49321] "hjk" #> [49322] "nmk" #> [49323] "cal_MCC" #> [49324] "Con_DT" #> [49325] "data_dili" #> [49326] "Dforest" #> [49327] "DF_acc" #> [49328] "DF_calp" #> [49329] "DF_ConfPlot" #> [49330] "DF_ConfPlot_accu" #> [49331] "DF_CV" #> [49332] "DF_CVsummary" #> [49333] "DF_dataFs" #> [49334] "DF_dataPre" #> [49335] "DF_easy" #> [49336] "DF_perf" #> [49337] "DF_pred" #> [49338] "DF_train" #> [49339] "DF_Trainsummary" #> [49340] "Pred_DT" #> [49341] "2018-03-27" #> [49342] "21:19:01" #> [49343] "dfped-package" #> [49344] "albAge" #> [49345] "alpha1AGage" #> [49346] "Cladu" #> [49347] "Clch.Allo" #> [49348] "Clch.Linear" #> [49349] "Clch.Mat" #> [49350] "Clchu" #> [49351] "concAd" #> [49352] "concCh" #> [49353] "doseChoice" #> [49354] "doseRange" #> [49355] "Fch" #> [49356] "fuCh" #> [49357] "KCYP1A2" #> [49358] "KCYP2B6" #> [49359] "KCYP2C18_19" #> [49360] "KCYP2C8" #> [49361] "KCYP2C9" #> [49362] "KCYP2D6" #> [49363] "KCYP2E1" #> [49364] "KCYP3A" #> [49365] "KCYP3A4_5" #> [49366] "kickoffControl" #> [49367] "metaPhase" #> [49368] "priorChoice" #> [49369] "sigmaEss" #> [49370] "sigmaHI" #> [49371] "sigmaLI" #> [49372] "skeleton" #> [49373] "waic" #> [49374] "weightCYPsum" #> [49375] "dfphase1-package" #> [49376] "changepoint" #> [49377] "colonscopy" #> [49378] "fe" #> [49379] "gravel" #> [49380] "mphase1" #> [49381] "mphase1.methods" #> [49382] "mshewhart" #> [49383] "phase1Plot" #> [49384] "rsp" #> [49385] "ryan" #> [49386] "shewhart" #> [49387] "Student" #> [49388] "dfpk-package" #> [49389] "AUC.estim" #> [49390] "dose-class" #> [49391] "dosefinding-class" #> [49392] "dtox" #> [49393] "nextDose" #> [49394] "nsim" #> [49395] "pk.estim" #> [49396] "pkcov" #> [49397] "pkcrm" #> [49398] "pklogit" #> [49399] "pkpop" #> [49400] "pktox" #> [49401] "plot,dose,missing-method" #> [49402] "plot,dosefinding,missing-method" #> [49403] "plot,scen,missing-method" #> [49404] "scen-class" #> [49405] "stan_f" #> [49406] "dga-package" #> [49407] "bma.cr" #> [49408] "cfunction" #> [49409] "check.strata" #> [49410] "circle.ind" #> [49411] "CompLogML" #> [49412] "ellipse.ind" #> [49413] "graphs3" #> [49414] "graphs4" #> [49415] "graphs5" #> [49416] "integer.base.b" #> [49417] "make.strata" #> [49418] "makeAdjMatrix" #> [49419] "MakeCompMatrix" #> [49420] "plotPosteriorN" #> [49421] "remove.close" #> [49422] "remove.close.ellipse" #> [49423] "sfunction" #> [49424] "tmpfun" #> [49425] "venn3" #> [49426] "venn4" #> [49427] "AnalyzeResults" #> [49428] "Crossover" #> [49429] "dGAselID" #> [49430] "Elitism" #> [49431] "EmbryonicSelection" #> [49432] "EvaluationFunction" #> [49433] "frameShiftMutation" #> [49434] "InitialPopulation" #> [49435] "largeSegmentDeletion" #> [49436] "nonSenseMutation" #> [49437] "PlotGenAlg" #> [49438] "pointMutation" #> [49439] "RandomAssortment" #> [49440] "RandomizePop" #> [49441] "splitChromosomes" #> [49442] "transposon" #> [49443] "wholeChromosomeDeletion" #> [49444] "adjustPVals" #> [49445] "ages_darmanis" #> [49446] "bigEmpPVals" #> [49447] "corMats-class" #> [49448] "darmanis" #> [49449] "dCorAvg" #> [49450] "dCorClass" #> [49451] "dCorMats" #> [49452] "dCorrs" #> [49453] "dcPair-class" #> [49454] "dcTopPairs" #> [49455] "ddcorAll" #> [49456] "ddcorFindSignificant" #> [49457] "ddcorGO" #> [49458] "ddMEGENA" #> [49459] "ddplot" #> [49460] "design_mat" #> [49461] "DGCA" #> [49462] "extractModuleGO" #> [49463] "filterGenes" #> [49464] "findGOTermEnrichment" #> [49465] "getCors" #> [49466] "getDCorPerm" #> [49467] "getDCors" #> [49468] "getGroupsFromDesign" #> [49469] "matCorr" #> [49470] "matCorSig" #> [49471] "matNSamp" #> [49472] "moduleDC" #> [49473] "moduleGO" #> [49474] "pairwiseDCor" #> [49475] "permQValue" #> [49476] "plotCors" #> [49477] "plotGOOneGroup" #> [49478] "plotGOTwoGroups" #> [49479] "plotModuleGO" #> [49480] "plotVals" #> [49481] "switchGenesToHGCN" #> [49482] "topDCGenes" #> [49483] "dgcellstogrid" #> [49484] "dgconstruct" #> [49485] "dgearthgrid" #> [49486] "dgGEO_to_GEO" #> [49487] "dgGEO_to_PLANE" #> [49488] "dgGEO_to_PROJTRI" #> [49489] "dgGEO_to_Q2DD" #> [49490] "dgGEO_to_Q2DI" #> [49491] "dgGEO_to_SEQNUM" #> [49492] "dggetres" #> [49493] "dginfo" #> [49494] "dgmaxcell" #> [49495] "dgPROJTRI_to_GEO" #> [49496] "dgPROJTRI_to_PLANE" #> [49497] "dgPROJTRI_to_PROJTRI" #> [49498] "dgPROJTRI_to_Q2DD" #> [49499] "dgPROJTRI_to_Q2DI" #> [49500] "dgPROJTRI_to_SEQNUM" #> [49501] "dgQ2DD_to_GEO" #> [49502] "dgQ2DD_to_PLANE" #> [49503] "dgQ2DD_to_PROJTRI" #> [49504] "dgQ2DD_to_Q2DD" #> [49505] "dgQ2DD_to_Q2DI" #> [49506] "dgQ2DD_to_SEQNUM" #> [49507] "dgQ2DI_to_GEO" #> [49508] "dgQ2DI_to_PLANE" #> [49509] "dgQ2DI_to_PROJTRI" #> [49510] "dgQ2DI_to_Q2DD" #> [49511] "dgQ2DI_to_Q2DI" #> [49512] "dgQ2DI_to_SEQNUM" #> [49513] "dgquakes" #> [49514] "dgrectgrid" #> [49515] "dgsavegrid" #> [49516] "dgSEQNUM_to_GEO" #> [49517] "dgSEQNUM_to_PLANE" #> [49518] "dgSEQNUM_to_PROJTRI" #> [49519] "dgSEQNUM_to_Q2DD" #> [49520] "dgSEQNUM_to_Q2DI" #> [49521] "dgSEQNUM_to_SEQNUM" #> [49522] "dgsetres" #> [49523] "dgshptogrid" #> [49524] "dgtransform" #> [49525] "dgverify" #> [49526] "dg_closest_res" #> [49527] "dg_closest_res_to_area" #> [49528] "dg_closest_res_to_cls" #> [49529] "dg_closest_res_to_spacing" #> [49530] "dg_env" #> [49531] "dg_process_polydata" #> [49532] "dg_shpfname_south_africa" #> [49533] "dglars-package" #> [49534] "AIC.dglars" #> [49535] "alon" #> [49536] "coef.cvdglars" #> [49537] "coef.dglars" #> [49538] "cvdglars" #> [49539] "dglars" #> [49540] "duke" #> [49541] "grcv" #> [49542] "logLik.dglars" #> [49543] "phihat" #> [49544] "plot.cvdglars" #> [49545] "plot.dglars" #> [49546] "predict.dglars" #> [49547] "print.cvdglars" #> [49548] "print.dglars" #> [49549] "summary.dglars" #> [49550] "anova.dglm" #> [49551] "dglm" #> [49552] "dglm.control" #> [49553] "dglm.object" #> [49554] "residuals.dglm" #> [49555] "summary.dglm" #> [49556] "binom.nettest" #> [49557] "corTs" #> [49558] "dgm.group" #> [49559] "diag.delta" #> [49560] "dlm.lpl" #> [49561] "dlm.retro" #> [49562] "dlmLplCpp" #> [49563] "exhaustive.search" #> [49564] "getAdjacency" #> [49565] "getIncompleteNodes" #> [49566] "getWinner" #> [49567] "gplotMat" #> [49568] "mergeModels" #> [49569] "model.generator" #> [49570] "myts" #> [49571] "patel" #> [49572] "patel.group" #> [49573] "perf" #> [49574] "priors.spec" #> [49575] "pruning" #> [49576] "rand.test" #> [49577] "read.subject" #> [49578] "reshapeTs" #> [49579] "rmdiag" #> [49580] "rmna" #> [49581] "rmRecipLow" #> [49582] "scaleTs" #> [49583] "stepwise.backward" #> [49584] "stepwise.combine" #> [49585] "stepwise.forward" #> [49586] "subject" #> [49587] "utestdata" #> [49588] "dgmb-package" #> [49589] "dgmbGui" #> [49590] "EnLVs" #> [49591] "EnMVs" #> [49592] "ErrEnLV" #> [49593] "ExoLVs" #> [49594] "ExoLVsCor" #> [49595] "ExoMVs" #> [49596] "IntPar" #> [49597] "NIEffects" #> [49598] "ToProcess" #> [49599] "ViewHelp" #> [49600] "ViewParameters" #> [49601] "XexXen" #> [49602] "dgirt" #> [49603] "dgirtfit-class" #> [49604] "dgirtin-class" #> [49605] "dgirt_fit-class" #> [49606] "dgirt_plot" #> [49607] "dgmrp_fit-class" #> [49608] "dgo" #> [49609] "dgo_fit-class" #> [49610] "poststratify" #> [49611] "shape" #> [49612] "show,dgo_fit-method" #> [49613] "toy_dgirtfit" #> [49614] "toy_dgirt_in" #> [49615] "aggregates" #> [49616] "annual_state_race_targets" #> [49617] "dgodata" #> [49618] "opinion" #> [49619] "cvm.test" #> [49620] "ks.test" #> [49621] "DGVM3D-package" #> [49622] "dgvm3d.options" #> [49623] "dgvm3d.succession" #> [49624] "establishTrees" #> [49625] "fire3D" #> [49626] "getCone" #> [49627] "getEllipsoid" #> [49628] "getFlame" #> [49629] "getHexagon" #> [49630] "grass3D" #> [49631] "initStand" #> [49632] "Patch-class" #> [49633] "plant3D" #> [49634] "random.disc" #> [49635] "read.LPJ" #> [49636] "row.disc" #> [49637] "snapshot" #> [49638] "Stand-class" #> [49639] "stand3D" #> [49640] "succession" #> [49641] "sunflower.disc" #> [49642] "sunflower.radius" #> [49643] "tree3D" #> [49644] "TriangBody-class" #> [49645] "triClose" #> [49646] "updateStand" #> [49647] "2019-03-06" #> [49648] "08:30:03" #> [49649] "createData" #> [49650] "createDHARMa" #> [49651] "DHARMa" #> [49652] "fitted.gam" #> [49653] "getRandomState" #> [49654] "getSimulations" #> [49655] "hist.DHARMa" #> [49656] "plot.DHARMa" #> [49657] "plotConventionalResiduals" #> [49658] "plotQQunif" #> [49659] "plotResiduals" #> [49660] "plotSimulatedResiduals" #> [49661] "print.DHARMa" #> [49662] "recalculateResiduals" #> [49663] "refit.glmmTMB" #> [49664] "refit.lm" #> [49665] "residuals.DHARMa" #> [49666] "runBenchmarks" #> [49667] "simulateResiduals" #> [49668] "testDispersion" #> [49669] "testGeneric" #> [49670] "testModel" #> [49671] "testOutliers" #> [49672] "testOverdispersion" #> [49673] "testOverdispersionParametric" #> [49674] "testPDistribution" #> [49675] "testResiduals" #> [49676] "testSimulatedResiduals" #> [49677] "testSpatialAutocorrelation" #> [49678] "testTemporalAutocorrelation" #> [49679] "testUniformity" #> [49680] "testZeroInflation" #> [49681] "Adjacency" #> [49682] "DiffHub" #> [49683] "hub.pval.cutoff" #> [49684] "hub.wgs" #> [49685] "HubPlot" #> [49686] "HubStatus" #> [49687] "pvalue.hub" #> [49688] "rice_normal" #> [49689] "WeightedGeneScore" #> [49690] "dhglm-package" #> [49691] "crack_growth" #> [49692] "dhglmfit" #> [49693] "DHGLMMODELING" #> [49694] "plotdhglm" #> [49695] "dhh" #> [49696] "phh" #> [49697] "qhh" #> [49698] "rhh" #> [49699] "ADBR70" #> [49700] "AWIR70" #> [49701] "chmort" #> [49702] "chmortp" #> [49703] "EMIR70" #> [49704] "fert" #> [49705] "dHSIC-package" #> [49706] "dhsic" #> [49707] "dhsic.test" #> [49708] "di" #> [49709] "diagis" #> [49710] "running_ess" #> [49711] "running_mean" #> [49712] "running_var" #> [49713] "running_weighted_mean" #> [49714] "running_weighted_var" #> [49715] "weighted_mean" #> [49716] "weighted_se" #> [49717] "weighted_var" #> [49718] "weight_plot" #> [49719] "diagmeta-package" #> [49720] "as.data.frame.diagmeta" #> [49721] "diagmeta" #> [49722] "diagstats" #> [49723] "ipd2diag" #> [49724] "plot.diagmeta" #> [49725] "print.diagmeta" #> [49726] "print.diagstats" #> [49727] "print.summary.diagmeta" #> [49728] "Schneider2017" #> [49729] "summary.diagmeta" #> [49730] "diagonals" #> [49731] "fatdiag" #> [49732] "matricise" #> [49733] "split_vector" #> [49734] "diagram-package" #> [49735] "bentarrow" #> [49736] "curvedarrow" #> [49737] "Electrical" #> [49738] "openplotmat" #> [49739] "plotmat" #> [49740] "Rigaweb" #> [49741] "segmentarrow" #> [49742] "selfarrow" #> [49743] "shadowbox" #> [49744] "splitarrow" #> [49745] "straightarrow" #> [49746] "Takapotoweb" #> [49747] "Teasel" #> [49748] "textdiamond" #> [49749] "textellipse" #> [49750] "textempty" #> [49751] "texthexa" #> [49752] "textmulti" #> [49753] "textplain" #> [49754] "textrect" #> [49755] "textround" #> [49756] "treearrow" #> [49757] "add_balanced_tree" #> [49758] "add_cycle" #> [49759] "add_edge" #> [49760] "add_edges_from_table" #> [49761] "add_edges_w_string" #> [49762] "add_edge_clone" #> [49763] "add_edge_df" #> [49764] "add_forward_edges_ws" #> [49765] "add_full_graph" #> [49766] "add_global_graph_attrs" #> [49767] "add_gnm_graph" #> [49768] "add_gnp_graph" #> [49769] "add_graph_action" #> [49770] "add_graph_to_graph_series" #> [49771] "add_grid_2d" #> [49772] "add_grid_3d" #> [49773] "add_growing_graph" #> [49774] "add_islands_graph" #> [49775] "add_mathjax" #> [49776] "add_node" #> [49777] "add_nodes_from_df_cols" #> [49778] "add_nodes_from_table" #> [49779] "add_node_clones_ws" #> [49780] "add_node_df" #> [49781] "add_n_nodes" #> [49782] "add_n_nodes_ws" #> [49783] "add_n_node_clones" #> [49784] "add_path" #> [49785] "add_pa_graph" #> [49786] "add_prism" #> [49787] "add_reverse_edges_ws" #> [49788] "add_smallworld_graph" #> [49789] "add_star" #> [49790] "clear_selection" #> [49791] "colorize_edge_attrs" #> [49792] "colorize_node_attrs" #> [49793] "combine_edfs" #> [49794] "combine_graphs" #> [49795] "combine_ndfs" #> [49796] "copy_edge_attrs" #> [49797] "copy_node_attrs" #> [49798] "count_asymmetric_node_pairs" #> [49799] "count_automorphisms" #> [49800] "count_edges" #> [49801] "count_graphs_in_graph_series" #> [49802] "count_loop_edges" #> [49803] "count_mutual_node_pairs" #> [49804] "count_nodes" #> [49805] "count_s_connected_cmpts" #> [49806] "count_unconnected_nodes" #> [49807] "count_unconnected_node_pairs" #> [49808] "count_w_connected_cmpts" #> [49809] "create_edge_df" #> [49810] "create_graph" #> [49811] "create_graph_series" #> [49812] "create_node_df" #> [49813] "currencies" #> [49814] "delete_cache" #> [49815] "delete_edge" #> [49816] "delete_edges_ws" #> [49817] "delete_global_graph_attrs" #> [49818] "delete_graph_actions" #> [49819] "delete_loop_edges_ws" #> [49820] "delete_node" #> [49821] "delete_nodes_ws" #> [49822] "deselect_edges" #> [49823] "deselect_nodes" #> [49824] "DiagrammeR" #> [49825] "DiagrammeROutput" #> [49826] "display_metagraph" #> [49827] "do_bfs" #> [49828] "do_dfs" #> [49829] "drop_edge_attrs" #> [49830] "drop_node_attrs" #> [49831] "edge_aes" #> [49832] "edge_data" #> [49833] "edge_list_1" #> [49834] "edge_list_2" #> [49835] "export_csv" #> [49836] "export_graph" #> [49837] "filter_graph_series" #> [49838] "from_adj_matrix" #> [49839] "from_igraph" #> [49840] "fully_connect_nodes_ws" #> [49841] "fully_disconnect_nodes_ws" #> [49842] "generate_dot" #> [49843] "get_adhesion" #> [49844] "get_agg_degree_in" #> [49845] "get_agg_degree_out" #> [49846] "get_agg_degree_total" #> [49847] "get_all_connected_nodes" #> [49848] "get_alpha_centrality" #> [49849] "get_articulation_points" #> [49850] "get_attr_dfs" #> [49851] "get_authority_centrality" #> [49852] "get_betweenness" #> [49853] "get_bridging" #> [49854] "get_cache" #> [49855] "get_closeness" #> [49856] "get_closeness_vitality" #> [49857] "get_cmty_edge_btwns" #> [49858] "get_cmty_fast_greedy" #> [49859] "get_cmty_louvain" #> [49860] "get_cmty_l_eigenvec" #> [49861] "get_cmty_walktrap" #> [49862] "get_common_nbrs" #> [49863] "get_constraint" #> [49864] "get_coreness" #> [49865] "get_degree_distribution" #> [49866] "get_degree_histogram" #> [49867] "get_degree_in" #> [49868] "get_degree_out" #> [49869] "get_degree_total" #> [49870] "get_dice_similarity" #> [49871] "get_eccentricity" #> [49872] "get_edges" #> [49873] "get_edge_attrs" #> [49874] "get_edge_attrs_ws" #> [49875] "get_edge_count_w_multiedge" #> [49876] "get_edge_df" #> [49877] "get_edge_df_ws" #> [49878] "get_edge_ids" #> [49879] "get_edge_info" #> [49880] "get_eigen_centrality" #> [49881] "get_girth" #> [49882] "get_global_graph_attr_info" #> [49883] "get_graph_actions" #> [49884] "get_graph_from_graph_series" #> [49885] "get_graph_info" #> [49886] "get_graph_log" #> [49887] "get_graph_name" #> [49888] "get_graph_series_info" #> [49889] "get_graph_time" #> [49890] "get_jaccard_similarity" #> [49891] "get_last_edges_created" #> [49892] "get_last_nodes_created" #> [49893] "get_leverage_centrality" #> [49894] "get_max_eccentricity" #> [49895] "get_mean_distance" #> [49896] "get_min_cut_between" #> [49897] "get_min_eccentricity" #> [49898] "get_multiedge_count" #> [49899] "get_nbrs" #> [49900] "get_node_attrs" #> [49901] "get_node_attrs_ws" #> [49902] "get_node_df" #> [49903] "get_node_df_ws" #> [49904] "get_node_ids" #> [49905] "get_node_info" #> [49906] "get_non_nbrs" #> [49907] "get_pagerank" #> [49908] "get_paths" #> [49909] "get_periphery" #> [49910] "get_predecessors" #> [49911] "get_radiality" #> [49912] "get_reciprocity" #> [49913] "get_selection" #> [49914] "get_similar_nbrs" #> [49915] "get_successors" #> [49916] "get_s_connected_cmpts" #> [49917] "get_w_connected_cmpts" #> [49918] "grViz" #> [49919] "grVizOutput" #> [49920] "import_graph" #> [49921] "invert_selection" #> [49922] "is_edge_loop" #> [49923] "is_edge_multiple" #> [49924] "is_edge_mutual" #> [49925] "is_edge_present" #> [49926] "is_graph_connected" #> [49927] "is_graph_dag" #> [49928] "is_graph_directed" #> [49929] "is_graph_empty" #> [49930] "is_graph_simple" #> [49931] "is_graph_undirected" #> [49932] "is_graph_weighted" #> [49933] "is_node_present" #> [49934] "is_property_graph" #> [49935] "join_edge_attrs" #> [49936] "join_node_attrs" #> [49937] "layout_nodes_w_string" #> [49938] "mermaid" #> [49939] "mutate_edge_attrs" #> [49940] "mutate_edge_attrs_ws" #> [49941] "mutate_node_attrs" #> [49942] "mutate_node_attrs_ws" #> [49943] "node_aes" #> [49944] "node_data" #> [49945] "node_list_1" #> [49946] "node_list_2" #> [49947] "nudge_node_positions_ws" #> [49948] "open_graph" #> [49949] "recode_edge_attrs" #> [49950] "recode_node_attrs" #> [49951] "remove_graph_from_graph_series" #> [49952] "rename_edge_attrs" #> [49953] "rename_node_attrs" #> [49954] "renderDiagrammeR" #> [49955] "renderGrViz" #> [49956] "render_graph" #> [49957] "render_graph_from_graph_series" #> [49958] "reorder_graph_actions" #> [49959] "replace_in_spec" #> [49960] "rescale_edge_attrs" #> [49961] "rescale_node_attrs" #> [49962] "rev_edge_dir" #> [49963] "rev_edge_dir_ws" #> [49964] "save_graph" #> [49965] "select_edges" #> [49966] "select_edges_by_edge_id" #> [49967] "select_edges_by_node_id" #> [49968] "select_last_edges_created" #> [49969] "select_last_nodes_created" #> [49970] "select_nodes" #> [49971] "select_nodes_by_degree" #> [49972] "select_nodes_by_id" #> [49973] "select_nodes_in_neighborhood" #> [49974] "set_cache" #> [49975] "set_df_as_edge_attr" #> [49976] "set_df_as_node_attr" #> [49977] "set_edge_attrs" #> [49978] "set_edge_attrs_ws" #> [49979] "set_edge_attr_to_display" #> [49980] "set_graph_directed" #> [49981] "set_graph_name" #> [49982] "set_graph_time" #> [49983] "set_graph_undirected" #> [49984] "set_node_attrs" #> [49985] "set_node_attrs_ws" #> [49986] "set_node_attr_to_display" #> [49987] "set_node_attr_w_fcn" #> [49988] "set_node_position" #> [49989] "to_igraph" #> [49990] "transform_to_complement_graph" #> [49991] "transform_to_min_spanning_tree" #> [49992] "transform_to_subgraph_ws" #> [49993] "trav_both" #> [49994] "trav_both_edge" #> [49995] "trav_in" #> [49996] "trav_in_edge" #> [49997] "trav_in_node" #> [49998] "trav_in_until" #> [49999] "trav_out" #> [50000] "trav_out_edge" #> [50001] "trav_out_node" #> [50002] "trav_out_until" #> [50003] "trav_reverse_edge" #> [50004] "trigger_graph_actions" #> [50005] "usd_exchange_rates" #> [50006] "visnetwork" #> [50007] "x11_hex" #> [50008] "export_svg" #> [50009] "Griffing" #> [50010] "GriffingData1" #> [50011] "GriffingData2" #> [50012] "GriffingData3" #> [50013] "GriffingData4" #> [50014] "Hayman" #> [50015] "HaymanData" #> [50016] "dropout" #> [50017] "finalize" #> [50018] "grid_regular" #> [50019] "merge.model_spec" #> [50020] "mtry" #> [50021] "new_quant_param" #> [50022] "range_validate" #> [50023] "unknown" #> [50024] "value_validate" #> [50025] "weight_func" #> [50026] "diaplt-package" #> [50027] "beadsplot" #> [50028] "dice-package" #> [50029] "getEventProb" #> [50030] "getSumProbs" #> [50031] "DiceDesign-package" #> [50032] "discrepancyCriteria" #> [50033] "discrepESE_LHS" #> [50034] "discrepSA_LHS" #> [50035] "dmaxDesign" #> [50036] "factDesign" #> [50037] "lhsDesign" #> [50038] "maximinESE_LHS" #> [50039] "maximinSA_LHS" #> [50040] "meshRatio" #> [50041] "mindist" #> [50042] "mstCriteria" #> [50043] "nolhDesign" #> [50044] "NOLHdesigns" #> [50045] "nolhdrDesign" #> [50046] "NOLHDRdesigns" #> [50047] "OA131" #> [50048] "OA131_scrambled" #> [50049] "olhDesign" #> [50050] "phiP" #> [50051] "rss2d" #> [50052] "rss3d" #> [50053] "runif.faure" #> [50054] "straussDesign" #> [50055] "unif.test.quantile" #> [50056] "unif.test.statistic" #> [50057] "wspDesign" #> [50058] "xDRDN" #> [50059] "DiceEval-package" #> [50060] "crossValidation" #> [50061] "dataIRSN5D" #> [50062] "MAE" #> [50063] "modelComparison" #> [50064] "modelPredict" #> [50065] "penaltyPolyMARS" #> [50066] "residualsStudy" #> [50067] "RMA" #> [50068] "RMSE" #> [50069] "stepEvolution" #> [50070] "testCrossValidation" #> [50071] "testIRSN5D" #> [50072] "DiceKriging-package" #> [50073] "computeAuxVariables" #> [50074] "covIso-class" #> [50075] "covKernel-class" #> [50076] "covMat1Mat2" #> [50077] "covMatrix" #> [50078] "covParametersBounds" #> [50079] "covScaling-class" #> [50080] "covTensorProduct-class" #> [50081] "covUser-class" #> [50082] "inputnames" #> [50083] "kernelname" #> [50084] "km-class" #> [50085] "kmData" #> [50086] "leaveOneOut.km" #> [50087] "leaveOneOutFun" #> [50088] "leaveOneOutGrad" #> [50089] "logLikFun" #> [50090] "ninput" #> [50091] "nuggetflag" #> [50092] "nuggetvalue" #> [50093] "SCAD" #> [50094] "scalingFun" #> [50095] "scalingFun1d" #> [50096] "scalingGrad" #> [50097] "DiceOptim-package" #> [50098] "AEI" #> [50099] "AEI.grad" #> [50100] "AKG" #> [50101] "AKG.grad" #> [50102] "checkPredict" #> [50103] "critcst_optimizer" #> [50104] "crit_AL" #> [50105] "crit_EFI" #> [50106] "crit_SUR_cst" #> [50107] "easyEGO.cst" #> [50108] "EGO.cst" #> [50109] "EGO.nsteps" #> [50110] "EI" #> [50111] "EI.grad" #> [50112] "EQI" #> [50113] "EQI.grad" #> [50114] "fastfun" #> [50115] "integration_design_cst" #> [50116] "kriging.quantile" #> [50117] "kriging.quantile.grad" #> [50118] "max_AEI" #> [50119] "max_AKG" #> [50120] "max_EI" #> [50121] "max_EQI" #> [50122] "max_qEI" #> [50123] "min_quantile" #> [50124] "noisy.optimizer" #> [50125] "ParrConstraint" #> [50126] "qEGO.nsteps" #> [50127] "qEI" #> [50128] "qEI.grad" #> [50129] "sampleFromEI" #> [50130] "test_feas_vec" #> [50131] "update_km_noisyEGO" #> [50132] "compactness" #> [50133] "consensus_combine" #> [50134] "consensus_evaluate" #> [50135] "consensus_matrix" #> [50136] "CSPA" #> [50137] "external_validity" #> [50138] "graphs" #> [50139] "hgsc" #> [50140] "impute_knn" #> [50141] "impute_missing" #> [50142] "k_modes" #> [50143] "LCE" #> [50144] "min_fnorm" #> [50145] "pcn" #> [50146] "relabel_class" #> [50147] "sigclust" #> [50148] "contourview" #> [50149] "contourview.fun" #> [50150] "contourview.km" #> [50151] "contourview.list" #> [50152] "sectionview" #> [50153] "sectionview.fun" #> [50154] "sectionview.km" #> [50155] "sectionview.list" #> [50156] "sectionview3d" #> [50157] "sectionview3d.fun" #> [50158] "sectionview3d.km" #> [50159] "sectionview3d.list" #> [50160] "colorschemes" #> [50161] "dalton" #> [50162] "dichromat" #> [50163] "dicionariosIBGE-package" #> [50164] "dic10pof2008.2009" #> [50165] "dic11pof2008.2009" #> [50166] "dic12pof2008.2009" #> [50167] "dic13pof2008.2009" #> [50168] "dic14pof2008.2009" #> [50169] "dic15pof2008.2009" #> [50170] "dic16pof2008.2009" #> [50171] "dic1pof2008.2009" #> [50172] "dic2pof2008.2009" #> [50173] "dic3pof2008.2009" #> [50174] "dic4pof2008.2009" #> [50175] "dic5pof2008.2009" #> [50176] "dic6pof2008.2009" #> [50177] "dic7pof2008.2009" #> [50178] "dic8pof2008.2009" #> [50179] "dic9pof2008.2009" #> [50180] "dicdom2006" #> [50181] "dicdom2006supl" #> [50182] "dicdom2007" #> [50183] "dicdom2008" #> [50184] "dicdom2009" #> [50185] "dicdom2012" #> [50186] "dicpes2006" #> [50187] "dicpes2006supl" #> [50188] "dicpes2007" #> [50189] "dicpes2008" #> [50190] "dicpes2009" #> [50191] "dicpes2012" #> [50192] "dicPME" #> [50193] "dicPNAD" #> [50194] "dicPNAD2006" #> [50195] "dicPNAD2007" #> [50196] "dicPNAD2008" #> [50197] "dicPNAD2009" #> [50198] "dicPNAD2012" #> [50199] "dicPOF" #> [50200] "dicPOF2008.2009" #> [50201] "Extra-Tables" #> [50202] "le.pesquisa" #> [50203] "rot10pof2008.2009" #> [50204] "rot11pof2008.2009" #> [50205] "rot12pof2008.2009" #> [50206] "rot13pof2008.2009" #> [50207] "rot14pof2008.2009" #> [50208] "rot15pof2008.2009" #> [50209] "rot16pof2008.2009" #> [50210] "rot1pof2008.2009" #> [50211] "rot2pof2008.2009" #> [50212] "rot3pof2008.2009" #> [50213] "rot4pof2008.2009" #> [50214] "rot5pof2008.2009" #> [50215] "rot6pof2008.2009" #> [50216] "rot7pof2008.2009" #> [50217] "rot8pof2008.2009" #> [50218] "rot9pof2008.2009" #> [50219] "rotdom2009" #> [50220] "rotpes2009" #> [50221] "DIconvex" #> [50222] "AGGTE" #> [50223] "did" #> [50224] "expf" #> [50225] "ggdid" #> [50226] "indicator" #> [50227] "MP" #> [50228] "mp.spatt" #> [50229] "mp.spatt.test" #> [50230] "MP.TEST" #> [50231] "mpdta" #> [50232] "onefun" #> [50233] "summary.AGGTE" #> [50234] "summary.MP" #> [50235] "summary.MP.TEST" #> [50236] "fitBoosted" #> [50237] "is.boosted" #> [50238] "predict.boosted" #> [50239] "Diderot-package" #> [50240] "build_graph" #> [50241] "compute_BC_ranking" #> [50242] "compute_citation_ranking" #> [50243] "compute_custom_modularity" #> [50244] "compute_Ji" #> [50245] "compute_Ji_ranking" #> [50246] "compute_modularity" #> [50247] "create_bibliography" #> [50248] "get_date_from_doi" #> [50249] "get_reference_title" #> [50250] "heterocitation" #> [50251] "heterocitation_authors" #> [50252] "load_graph" #> [50253] "MC_baseline_distribution" #> [50254] "nb_refs" #> [50255] "plot_authors_count" #> [50256] "plot_heterocitation_timeseries" #> [50257] "plot_modularity_timeseries" #> [50258] "plot_publication_curve" #> [50259] "precompute_heterocitation" #> [50260] "significance_Dx" #> [50261] "findRFM" #> [50262] "dief" #> [50263] "diefk" #> [50264] "diefk2" #> [50265] "dieft" #> [50266] "experiment1" #> [50267] "experiment2" #> [50268] "metrics" #> [50269] "plotAnswerTrace" #> [50270] "plotExperiment1" #> [50271] "plotExperiment1Test" #> [50272] "plotExperiment2" #> [50273] "plotExperiment2Test" #> [50274] "AgPalik" #> [50275] "aSi" #> [50276] "AuJC" #> [50277] "dielectric-class" #> [50278] "dielectric2plot" #> [50279] "drude" #> [50280] "epsAg" #> [50281] "epsAu" #> [50282] "eV2L" #> [50283] "fit_drude" #> [50284] "L2eV" #> [50285] "L2w" #> [50286] "t2eV" #> [50287] "diezeit" #> [50288] "zeit_client" #> [50289] "zeit_get" #> [50290] "zeit_search" #> [50291] "DIFboost-package" #> [50292] "DIFboost" #> [50293] "print.DIFboost" #> [50294] "simul.data" #> [50295] "difconet.build.controlled.dataset" #> [50296] "difconet.noise.inspection" #> [50297] "difconet.plot.gene.correlations" #> [50298] "difconet.plot.histograms.heatmap2" #> [50299] "difconet.run" #> [50300] "AraMetLeaves" #> [50301] "AraMetRoots" #> [50302] "cluster.molecule" #> [50303] "comp.2.cc.fdr" #> [50304] "compcorr" #> [50305] "cor.dist" #> [50306] "cor2.test" #> [50307] "DiffCorr" #> [50308] "generate_g" #> [50309] "get.eigen.molecule" #> [50310] "get.eigen.molecule.graph" #> [50311] "get.lfdr" #> [50312] "get.min.max" #> [50313] "plotClusterMolecules" #> [50314] "plotDiffCorrGroup" #> [50315] "scalingMethods" #> [50316] "uncent.cor2dist" #> [50317] "uncent.cordist" #> [50318] "write.modules" #> [50319] "diffdepprop-package" #> [50320] "count.fourfold" #> [50321] "data.cp" #> [50322] "diffpci" #> [50323] "exact.cond" #> [50324] "exact.midp" #> [50325] "np.nv" #> [50326] "np.t" #> [50327] "uncond" #> [50328] "wald.cc" #> [50329] "wilson" #> [50330] "wilson.cc" #> [50331] "wilson.phi" #> [50332] "as_ascii_table" #> [50333] "as_cropped_char" #> [50334] "cast_variables" #> [50335] "class_merge" #> [50336] "compare_vectors" #> [50337] "compare_vectors.default" #> [50338] "compare_vectors.factor" #> [50339] "compare_vectors.numeric" #> [50340] "construct_issue" #> [50341] "convert_to_issue" #> [50342] "diffdf" #> [50343] "diffdf_has_issues" #> [50344] "diffdf_issuerows" #> [50345] "factor_to_character" #> [50346] "find_difference" #> [50347] "generate_keyname" #> [50348] "get_casted_dataset" #> [50349] "get_casted_vector" #> [50350] "get_issue_dataset" #> [50351] "get_issue_message" #> [50352] "get_print_message" #> [50353] "get_print_message.default" #> [50354] "get_print_message.issue" #> [50355] "has_unique_rows" #> [50356] "identify_att_differences" #> [50357] "identify_class_differences" #> [50358] "identify_differences" #> [50359] "identify_extra_cols" #> [50360] "identify_extra_rows" #> [50361] "identify_matching_cols" #> [50362] "identify_mode_differences" #> [50363] "identify_properties" #> [50364] "identify_unsupported_cols" #> [50365] "is_variable_different" #> [50366] "print.diffdf" #> [50367] "recursive_reduce" #> [50368] "sort_then_join" #> [50369] "string_pad" #> [50370] "diffee-package" #> [50371] "cancer" #> [50372] "diffee" #> [50373] "exampleData500" #> [50374] "exampleDataGraph" #> [50375] "nip_37_data" #> [50376] "plot.diffee" #> [50377] "returngraph" #> [50378] "diffEq-package" #> [50379] "Coefficients" #> [50380] "rkMethodPlot" #> [50381] "stability.multistep" #> [50382] "dae.solve" #> [50383] "dde.solve" #> [50384] "diffeq_setup" #> [50385] "ode.solve" #> [50386] "sde.solve" #> [50387] "diffeR-package" #> [50388] "categoryComponentsPlot" #> [50389] "categorySourcesPlot" #> [50390] "crosstabm" #> [50391] "differenceMR" #> [50392] "diffTablej" #> [50393] "MADscatterplot" #> [50394] "memberships" #> [50395] "overallComponentsPlot" #> [50396] "overallSourcesPlot" #> [50397] "sample2pop" #> [50398] "brightness" #> [50399] "diffIRT" #> [50400] "extraversion" #> [50401] "factest" #> [50402] "QQdiff" #> [50403] "RespFit" #> [50404] "simdiff" #> [50405] "simdiffT" #> [50406] "AWvarTest" #> [50407] "BFtest" #> [50408] "equalMeanTestWrapper" #> [50409] "equalVarTestWrapper" #> [50410] "FTest" #> [50411] "genSimData.tDistr" #> [50412] "iAWvar.BF" #> [50413] "iAWvar.Levene" #> [50414] "iAWvar.TrimMean" #> [50415] "jointKSTestWrapper" #> [50416] "jointLRTTestWrapper" #> [50417] "jointScoreTestsWrapper" #> [50418] "POTestWrapper" #> [50419] "scoreTestMean" #> [50420] "TrimMeanLeveneTest" #> [50421] "GPdiffMesh" #> [50422] "calculate_p_value" #> [50423] "differential_subnetwork_analysis_closedform" #> [50424] "differential_subnetwork_analysis_fastapprox" #> [50425] "differential_subnetwork_analysis_original" #> [50426] "diffnet" #> [50427] "DiffNet_GHD_Fast" #> [50428] "DiffNet_MU_Fast" #> [50429] "DiffNet_STD_Fast" #> [50430] "GHD_Fast" #> [50431] "MU_Fast" #> [50432] "STD_Fast" #> [50433] "diffobj-package" #> [50434] "AlignThreshold-class" #> [50435] "any,Diff-method" #> [50436] "as.character,DiffSummary-method" #> [50437] "auto_context" #> [50438] "console_lines" #> [50439] "Diff-class" #> [50440] "diffChr" #> [50441] "diffCsv" #> [50442] "diffDeparse" #> [50443] "diffFile" #> [50444] "diffObj" #> [50445] "diffobj_set_def_opts" #> [50446] "diffPrint" #> [50447] "diffStr" #> [50448] "dimnames,PaletteOfStyles-method" #> [50449] "finalizeHtml" #> [50450] "gdo" #> [50451] "has_Rdiff" #> [50452] "make_blocking" #> [50453] "nchar_html" #> [50454] "Pager" #> [50455] "pager_is_less" #> [50456] "PaletteOfStyles-class" #> [50457] "par_frame" #> [50458] "Rdiff_chr" #> [50459] "ses" #> [50460] "show,DiffSummary-method" #> [50461] "show,PaletteOfStyles-method" #> [50462] "show,Style-method" #> [50463] "Style-class" #> [50464] "StyleFuns-class" #> [50465] "StyleSummary-class" #> [50466] "StyleText-class" #> [50467] "summary,Diff-method" #> [50468] "summary,PaletteOfStyles-method" #> [50469] "tag_f" #> [50470] "view_or_browse" #> [50471] "webfiles" #> [50472] "[,Diff,numeric,missing,missing-method" #> [50473] "[<-,PaletteOfStyles-method" #> [50474] "bernstein" #> [50475] "diffpriv" #> [50476] "DPMech-class" #> [50477] "DPMechBernstein-class" #> [50478] "DPMechExponential-class" #> [50479] "DPMechGaussian-class" #> [50480] "DPMechLaplace-class" #> [50481] "DPMechNumeric-class" #> [50482] "DPParamsDel-class" #> [50483] "DPParamsEps-class" #> [50484] "DPParamsGam-class" #> [50485] "predict.bernstein" #> [50486] "releaseResponse" #> [50487] "sensitivityNorm" #> [50488] "sensitivitySampler" #> [50489] "sensitivitySampler,DPMech,function,numeric-method" #> [50490] "sensitivitySamplerManual" #> [50491] "sensitivitySamplerManual,DPMech,function,numeric,numeric,numeric-method" #> [50492] "sensitivitySamplerManual,DPMechNumeric,function,numeric,numeric,numeric-method" #> [50493] "setDelta<-" #> [50494] "setEpsilon<-" #> [50495] "setGamma<-" #> [50496] "diffr" #> [50497] "diffrOutput" #> [50498] "as.data.frame.alignment_data_list" #> [50499] "as.data.frame.alignment_list" #> [50500] "as.data.frame.named_df_list" #> [50501] "choose_options" #> [50502] "diffrproject" #> [50503] "diff_align" #> [50504] "dp_align" #> [50505] "dp_base" #> [50506] "dp_export" #> [50507] "dp_inherit" #> [50508] "dp_loadsave" #> [50509] "dp_text_base_data" #> [50510] "dummyimport" #> [50511] "get_private" #> [50512] "push_text_char_data" #> [50513] "sort_alignment" #> [50514] "text_version_1" #> [50515] "text_version_2" #> [50516] "write_numerous_parts_to_table" #> [50517] "dp_prepare_data_table" #> [50518] "dp_prepare_data_vis" #> [50519] "dp_table" #> [50520] "dp_tableOutput" #> [50521] "dp_vis" #> [50522] "dp_visOutput" #> [50523] "renderDp_table" #> [50524] "renderDP_vis" #> [50525] "difcurve" #> [50526] "diffusion" #> [50527] "plot.diffusion" #> [50528] "predict.diffusion" #> [50529] "print.diffusion" #> [50530] "tsAc" #> [50531] "tsBroadband" #> [50532] "tsCarstock" #> [50533] "tsChicken" #> [50534] "tsIbm" #> [50535] "tsSafari" #> [50536] "tsWindows" #> [50537] "adapreg" #> [50538] "adapreg.m" #> [50539] "annulus" #> [50540] "Chainlink" #> [50541] "diffusionKmeans" #> [50542] "distortionMin" #> [50543] "epsilonCompute" #> [50544] "nystrom" #> [50545] "plot.dmap" #> [50546] "print.dmap" #> [50547] "DiffusionRgqd-package" #> [50548] "BiGQD.density" #> [50549] "BiGQD.mcmc" #> [50550] "BiGQD.mle" #> [50551] "fpt.sim.times" #> [50552] "GQD.aic" #> [50553] "GQD.density" #> [50554] "GQD.dic" #> [50555] "GQD.estimates" #> [50556] "GQD.mcmc" #> [50557] "GQD.mle" #> [50558] "GQD.passage" #> [50559] "GQD.plot" #> [50560] "GQD.remove" #> [50561] "GQD.TIpassage" #> [50562] "RcppArmadillo-Functions" #> [50563] "SDEsim1" #> [50564] "SDEsim2" #> [50565] "SDEsim3" #> [50566] "SDEsim4" #> [50567] "SDEsim5" #> [50568] "SDEsim6" #> [50569] "DiffusionRimp-package" #> [50570] "BiMOL.aic" #> [50571] "BiMOL.density" #> [50572] "BiMOL.passage" #> [50573] "BiRS.impute" #> [50574] "DoubleWell" #> [50575] "MOL.aic" #> [50576] "MOL.density" #> [50577] "MOL.passage" #> [50578] "MOL.plot" #> [50579] "RS.estimates" #> [50580] "RS.impute" #> [50581] "TiCIR" #> [50582] "DiffusionRjgqd-package" #> [50583] "BiJGQD.density" #> [50584] "BiJGQD.mcmc" #> [50585] "JGQD.density" #> [50586] "JGQD.dic" #> [50587] "JGQD.estimates" #> [50588] "JGQD.mcmc" #> [50589] "JGQD.plot" #> [50590] "JGQD.remove" #> [50591] "JSDEsim1" #> [50592] "JSDEsim2" #> [50593] "JSDEsim3" #> [50594] "diffusr-package" #> [50595] "heat.diffusion" #> [50596] "hub.correction" #> [50597] "nearest.neighbors" #> [50598] "normalize.laplacian" #> [50599] "normalize.stochastic" #> [50600] "random.walk" #> [50601] "DIFlasso-package" #> [50602] "DIFlasso" #> [50603] "plot.DIFlasso" #> [50604] "plot.DIFlasso.refit" #> [50605] "print.DIFlasso" #> [50606] "print.DIFlasso.refit" #> [50607] "refitDIFlasso" #> [50608] "difNLR-package" #> [50609] "checkInterval" #> [50610] "ddfMLR" #> [50611] "difNLR" #> [50612] "estimNLR" #> [50613] "formulaNLR" #> [50614] "genNLR" #> [50615] "GMAT" #> [50616] "GMAT2" #> [50617] "GMAT2key" #> [50618] "GMAT2test" #> [50619] "GMATkey" #> [50620] "GMATtest" #> [50621] "MLR" #> [50622] "MSATB" #> [50623] "MSATBkey" #> [50624] "MSATBtest" #> [50625] "NLR" #> [50626] "plot.difNLR" #> [50627] "predict.difNLR" #> [50628] "startNLR" #> [50629] "difR-package" #> [50630] "breslowDay" #> [50631] "contrastMatrix" #> [50632] "dichoDif" #> [50633] "difBD" #> [50634] "difGenLogistic" #> [50635] "difGenLord" #> [50636] "difGMH" #> [50637] "difLogistic" #> [50638] "difLogReg" #> [50639] "difLord" #> [50640] "difLRT" #> [50641] "difMH" #> [50642] "difRaju" #> [50643] "difSIBTEST" #> [50644] "difStd" #> [50645] "difTID" #> [50646] "genDichoDif" #> [50647] "genLogistik" #> [50648] "genLordChi2" #> [50649] "genMantelHaenszel" #> [50650] "itemPar1PL" #> [50651] "itemPar2PL" #> [50652] "itemPar3PL" #> [50653] "itemPar3PLconst" #> [50654] "itemParEst" #> [50655] "itemRescale" #> [50656] "Logistik" #> [50657] "LordChi2" #> [50658] "mantelHaenszel" #> [50659] "RajuZ" #> [50660] "selectDif" #> [50661] "selectGenDif" #> [50662] "sibTest" #> [50663] "stdPDIF" #> [50664] "subtestLogistic" #> [50665] "data_sim_PCM" #> [50666] "data_sim_Rasch" #> [50667] "DIFtree" #> [50668] "plot.DIFtree" #> [50669] "predict.DIFtree" #> [50670] "summary.DIFtree" #> [50671] "AES" #> [50672] "digest" #> [50673] "hmac" #> [50674] "makeRaw" #> [50675] "sha1" #> [50676] "Digiroo2-package" #> [50677] "fAssocmatrix" #> [50678] "fAssocplot" #> [50679] "fAssoctable" #> [50680] "fDrawfigure" #> [50681] "fRanXY" #> [50682] "Roos" #> [50683] "StudyArea" #> [50684] "digitalPCR" #> [50685] "digitalPCR-internal" #> [50686] "digitize-package" #> [50687] "Calibrate" #> [50688] "DigitData" #> [50689] "digitize" #> [50690] "ReadAndCal" #> [50691] "dils-package" #> [50692] "AdjacencyFromEdgelist" #> [50693] "EdgelistFill" #> [50694] "EdgelistFromAdjacency" #> [50695] "EdgelistFromIgraph" #> [50696] "GenerateDilsNetwork" #> [50697] "GetSampleFromDataFrame" #> [50698] "GetSampleFromDb" #> [50699] "GetSampleFromFile" #> [50700] "IgraphFromEdgelist" #> [50701] "MeasureNetworkInformation" #> [50702] "MergeEdgelists" #> [50703] "RelationStrengthSimilarity" #> [50704] "RelativeNetworkInformation" #> [50705] "RssCell" #> [50706] "RssSuggestedNetwork" #> [50707] "RssThisRadius" #> [50708] "ScalablePCA" #> [50709] "DIME-package" #> [50710] "DIME" #> [50711] "DIME.classify" #> [50712] "DIME.plot.fit" #> [50713] "gng.classify" #> [50714] "gng.fit" #> [50715] "gng.plot.comp" #> [50716] "gng.plot.fit" #> [50717] "gng.plot.mix" #> [50718] "gng.plot.qq" #> [50719] "inudge.classify" #> [50720] "inudge.fit" #> [50721] "inudge.plot.comp" #> [50722] "inudge.plot.fit" #> [50723] "inudge.plot.mix" #> [50724] "inudge.plot.qq" #> [50725] "nudge.classify" #> [50726] "nudge.fit" #> [50727] "nudge.plot.comp" #> [50728] "nudge.plot.fit" #> [50729] "nudge.plot.mix" #> [50730] "nudge.plot.qq" #> [50731] "BASS.generalized" #> [50732] "BASS.plot" #> [50733] "BASS.standard" #> [50734] "BASS.standard.generator" #> [50735] "GG.model" #> [50736] "make.instantaneous" #> [50737] "dimRed-package" #> [50738] "as.dimRedData" #> [50739] "AUC_lnK_R_NX,dimRedResult-method" #> [50740] "AutoEncoder-class" #> [50741] "cophenetic_correlation,dimRedResult-method" #> [50742] "dataSets" #> [50743] "DiffusionMaps-class" #> [50744] "dimRedData-class" #> [50745] "dimRedMethod-class" #> [50746] "dimRedMethodList" #> [50747] "dimRedResult-class" #> [50748] "distance_correlation,dimRedResult-method" #> [50749] "DrL-class" #> [50750] "DRR-class" #> [50751] "embed" #> [50752] "FastICA-class" #> [50753] "FruchtermanReingold-class" #> [50754] "getDimRedData" #> [50755] "getMeta" #> [50756] "getNDim" #> [50757] "getOrgData" #> [50758] "getOtherData" #> [50759] "getPars" #> [50760] "getRotationMatrix" #> [50761] "HLLE-class" #> [50762] "installSuggests" #> [50763] "Isomap-class" #> [50764] "KamadaKawai-class" #> [50765] "kPCA-class" #> [50766] "LaplacianEigenmaps-class" #> [50767] "LCMC,dimRedResult-method" #> [50768] "LLE-class" #> [50769] "makeKNNgraph" #> [50770] "maximize_correlation,dimRedResult-method" #> [50771] "MDS-class" #> [50772] "mean_R_NX,dimRedResult-method" #> [50773] "mixColorRamps" #> [50774] "ndims" #> [50775] "nMDS-class" #> [50776] "NNMF-class" #> [50777] "PCA-class" #> [50778] "PCA_L1-class" #> [50779] "plot_R_NX" #> [50780] "quality,dimRedResult-method" #> [50781] "Q_global,dimRedResult-method" #> [50782] "Q_local,dimRedResult-method" #> [50783] "Q_NX,dimRedResult-method" #> [50784] "reconstruction_error,dimRedResult-method" #> [50785] "reconstruction_rmse,dimRedResult-method" #> [50786] "R_NX,dimRedResult-method" #> [50787] "total_correlation,dimRedResult-method" #> [50788] "tSNE-class" #> [50789] "UMAP-class" #> [50790] "dina-package" #> [50791] "dina" #> [50792] "DINA_Gibbs" #> [50793] "dinamic-package" #> [50794] "annot.file" #> [50795] "detailedLook" #> [50796] "findNull" #> [50797] "makeCytoband" #> [50798] "peeling" #> [50799] "quickLook" #> [50800] "recodeBinary" #> [50801] "wilms.data" #> [50802] "wilms.markers" #> [50803] "dineq_change_rb" #> [50804] "dineq_rb" #> [50805] "gini.wtd" #> [50806] "gini_decomp" #> [50807] "mex_inc_2008" #> [50808] "mex_inc_2016" #> [50809] "mld.wtd" #> [50810] "mld_change" #> [50811] "mld_decomp" #> [50812] "ntiles.wtd" #> [50813] "polar.wtd" #> [50814] "rif" #> [50815] "rifr" #> [50816] "rifrSE" #> [50817] "theil.wtd" #> [50818] "as.Date.date_xx" #> [50819] "as_yearqtr" #> [50820] "c.date_xx" #> [50821] "date_xx" #> [50822] "date_xx_arithmetic" #> [50823] "date_xx_arithmetic_disabled" #> [50824] "date_xx_breaks" #> [50825] "date_xx_sequences" #> [50826] "date_y" #> [50827] "date_ym" #> [50828] "date_yq" #> [50829] "date_yw" #> [50830] "first_of_isoweek" #> [50831] "first_of_isoyear" #> [50832] "first_of_month" #> [50833] "first_of_quarter" #> [50834] "first_of_year" #> [50835] "first_of_yq" #> [50836] "format_date_xx" #> [50837] "format_ym" #> [50838] "format_yq" #> [50839] "format_yw" #> [50840] "is_quarter_bounds" #> [50841] "Ops.date_xx" #> [50842] "print.date_xx" #> [50843] "rep.date_xx" #> [50844] "round.date_yq" #> [50845] "scale_date_xx" #> [50846] "Summary.date_xx" #> [50847] "year.date_xx" #> [50848] "[.date_xx" #> [50849] "%y+%" #> [50850] "diphiseq" #> [50851] "example_data" #> [50852] "outprop" #> [50853] "robnb" #> [50854] "robtest" #> [50855] "addcaliper" #> [50856] "addDirectPenalty" #> [50857] "addMagnitudePenalty" #> [50858] "maha_dense" #> [50859] "maha_sparse" #> [50860] "net" #> [50861] "nh0506Homocysteine" #> [50862] "dip" #> [50863] "dip.test" #> [50864] "exHartigan" #> [50865] "plot.dip" #> [50866] "qDiptab" #> [50867] "statfaculty" #> [50868] "DIRECT-package" #> [50869] "DIRECT" #> [50870] "DPMCMC" #> [50871] "MVNorm" #> [50872] "outputData" #> [50873] "plotClustersMean" #> [50874] "plotClustersPCA" #> [50875] "plotClustersSD" #> [50876] "plotSimulation" #> [50877] "relabel" #> [50878] "resampleClusterProb" #> [50879] "simuDataREM" #> [50880] "summaryDIRECT" #> [50881] "tc.data" #> [50882] "DirectedClustering-package" #> [50883] "ClustBCG" #> [50884] "ClustF" #> [50885] "boots_g" #> [50886] "cdesens" #> [50887] "civilwar" #> [50888] "plot.cdesens" #> [50889] "ploughs" #> [50890] "sequential_g" #> [50891] "summary.seqg" #> [50892] "summary.seqgboots" #> [50893] "Directional-package" #> [50894] "ciruclar" #> [50895] "Angular" #> [50896] "central" #> [50897] "(hyper-)spherical" #> [50898] "mixtures" #> [50899] "von" #> [50900] "Mises-Fisher" #> [50901] "visually" #> [50902] "whether" #> [50903] "matrix" #> [50904] "Fisher" #> [50905] "correctly" #> [50906] "generated" #> [50907] "Circular-linear" #> [50908] "Circurlar" #> [50909] "correlations" #> [50910] "many" #> [50911] "spherical" #> [50912] "Kent" #> [50913] "Conversion" #> [50914] "cosines" #> [50915] "azimuth" #> [50916] "plunge" #> [50917] "Converting" #> [50918] "SO(3)" #> [50919] "unsigned" #> [50920] "unit" #> [50921] "quaternion" #> [50922] "estimating" #> [50923] "rate" #> [50924] "discrminant" #> [50925] "ESAG" #> [50926] "Mises" #> [50927] "Euler" #> [50928] "angles" #> [50929] "Generate" #> [50930] "folds" #> [50931] "Goodness" #> [50932] "grouped" #> [50933] "Habeck’s" #> [50934] "IAG" #> [50935] "over" #> [50936] "Interactive" #> [50937] "3D" #> [50938] "Lambert’s" #> [50939] "equal" #> [50940] "cosinus" #> [50941] "Logarithm" #> [50942] "normalizing" #> [50943] "constant" #> [50944] "Mixtures" #> [50945] "Von" #> [50946] "Mle" #> [50947] "Purkayashta" #> [50948] "Wood" #> [50949] "Probability" #> [50950] "matrices" #> [50951] "SO(p)" #> [50952] "Rayleigh’s" #> [50953] "uniformity" #> [50954] "Rotation" #> [50955] "axis" #> [50956] "along" #> [50957] "direction" #> [50958] "another" #> [50959] "Saddlepoint" #> [50960] "approximations" #> [50961] "Fisher-Bingham" #> [50962] "Bingham" #> [50963] "Spherical" #> [50964] "hyperspherical" #> [50965] "Spherical-spherical" #> [50966] "Test" #> [50967] "Uniformity" #> [50968] "vector(s)" #> [50969] "ahull.grid" #> [50970] "ahull.points" #> [50971] "angled.boxes" #> [50972] "angled.endpoints" #> [50973] "apply.method" #> [50974] "big.boxes" #> [50975] "bottom.pieces" #> [50976] "bumpup" #> [50977] "calc.borders" #> [50978] "calc.boxes" #> [50979] "check.for.columns" #> [50980] "chull.grid" #> [50981] "chull.points" #> [50982] "default.ahull" #> [50983] "default.picker" #> [50984] "defaultpf.ggplot" #> [50985] "defaultpf.trellis" #> [50986] "direct.label" #> [50987] "direct.label.ggplot" #> [50988] "direct.label.trellis" #> [50989] "dl.combine" #> [50990] "dl.jitter" #> [50991] "dl.move" #> [50992] "dl.summarize" #> [50993] "dl.trans" #> [50994] "dlcompare" #> [50995] "dldoc" #> [50996] "dlgrob" #> [50997] "draw.polygons" #> [50998] "draw.rects" #> [50999] "drawDetails.dlgrob" #> [51000] "edges.to.outside" #> [51001] "empty.grid" #> [51002] "enlarge.box" #> [51003] "extract.plot" #> [51004] "extract.posfun" #> [51005] "extreme.grid" #> [51006] "extreme.points" #> [51007] "far.from.others.borders" #> [51008] "filltemplate" #> [51009] "first.bumpup" #> [51010] "first.points" #> [51011] "first.polygons" #> [51012] "first.qp" #> [51013] "gapply" #> [51014] "gapply.fun" #> [51015] "GeomDl" #> [51016] "geom_dl" #> [51017] "get.means" #> [51018] "getLegendVariables" #> [51019] "ignore.na" #> [51020] "in1box" #> [51021] "in1which" #> [51022] "inside" #> [51023] "iris.l1.cluster" #> [51024] "label.endpoints" #> [51025] "label.pieces" #> [51026] "lasso.labels" #> [51027] "last.bumpup" #> [51028] "last.points" #> [51029] "last.polygons" #> [51030] "last.qp" #> [51031] "lattice.translators" #> [51032] "legends2hide" #> [51033] "lines2" #> [51034] "make.tiebreaker" #> [51035] "maxvar.points" #> [51036] "maxvar.qp" #> [51037] "merge_recurse" #> [51038] "midrange" #> [51039] "normal.l2.cluster" #> [51040] "only.unique.vals" #> [51041] "outside.ahull" #> [51042] "outside.chull" #> [51043] "panel.superpose.dl" #> [51044] "pkgFun" #> [51045] "polygon.method" #> [51046] "positioning.functions" #> [51047] "project.onto.segments" #> [51048] "projectionSeconds" #> [51049] "qp.labels" #> [51050] "reduce.cex.lr" #> [51051] "rhtmlescape" #> [51052] "SegCost" #> [51053] "smart.grid" #> [51054] "static.labels" #> [51055] "svmtrain" #> [51056] "top.bumptwice" #> [51057] "top.bumpup" #> [51058] "top.pieces" #> [51059] "top.points" #> [51060] "top.qp" #> [51061] "uselegend.ggplot" #> [51062] "uselegend.trellis" #> [51063] "vertical.qp" #> [51064] "visualcenter" #> [51065] "xlimits" #> [51066] "ylimits" #> [51067] "directotree" #> [51068] "directPA-package" #> [51069] "directExplorer2d" #> [51070] "directPA" #> [51071] "geneStats" #> [51072] "HEK" #> [51073] "kinasePA" #> [51074] "pathwayStats" #> [51075] "perturbPlot2d" #> [51076] "PM" #> [51077] "rotate2d" #> [51078] "rotate3d" #> [51079] "DirectStandardisation-package" #> [51080] "adjmeans" #> [51081] "adjprop" #> [51082] "BetaMixtureCreate" #> [51083] "ChangeObservations" #> [51084] "ClusterComponentUpdate" #> [51085] "ClusterLabelPredict" #> [51086] "ClusterParameterUpdate" #> [51087] "dirichletprocess" #> [51088] "DirichletProcessBeta" #> [51089] "DirichletProcessCreate" #> [51090] "DirichletProcessExponential" #> [51091] "DirichletProcessGaussian" #> [51092] "DirichletProcessHierarchicalBeta" #> [51093] "DirichletProcessMvnormal" #> [51094] "DirichletProcessMvnormal2" #> [51095] "DirichletProcessWeibull" #> [51096] "ExponentialMixtureCreate" #> [51097] "GaussianMixtureCreate" #> [51098] "GlobalParameterUpdate" #> [51099] "HierarchicalBetaCreate" #> [51100] "Initialise" #> [51101] "LikelihoodDP" #> [51102] "LikelihoodFunction" #> [51103] "MixingDistribution" #> [51104] "Mvnormal2Create" #> [51105] "MvnormalCreate" #> [51106] "plot.dirichletprocess" #> [51107] "PosteriorClusters" #> [51108] "PosteriorDraw" #> [51109] "PosteriorFrame" #> [51110] "PosteriorFunction" #> [51111] "PosteriorParameters" #> [51112] "Predictive" #> [51113] "PriorDensity" #> [51114] "PriorDraw" #> [51115] "PriorParametersUpdate" #> [51116] "StickBreaking" #> [51117] "UpdateAlpha" #> [51118] "WeibullMixtureCreate" #> [51119] "weighted_function_generator" #> [51120] "DirichletReg-package" #> [51121] "anova.DirichletRegModel" #> [51122] "BloodSamples" #> [51123] "DirichletRegData" #> [51124] "DirichletRegModel" #> [51125] "DirichReg" #> [51126] "GlacialTills" #> [51127] "plot.DirichletRegData" #> [51128] "Rocks" #> [51129] "Simplex-Transformations" #> [51130] "dirmcmc" #> [51131] "iact" #> [51132] "mcmcdiag" #> [51133] "metropdir" #> [51134] "metropdir.adapt" #> [51135] "msjd" #> [51136] "adapGridProf" #> [51137] "dirmult" #> [51138] "dirmult.summary" #> [51139] "equalTheta" #> [51140] "estProfLogLik" #> [51141] "gridProf" #> [51142] "nullTest" #> [51143] "simPop" #> [51144] "us" #> [51145] "weirMoM" #> [51146] "discfrail-package" #> [51147] "nelsonaalen_npdf" #> [51148] "npdf_cox" #> [51149] "plot.nelsonaalen_npdf" #> [51150] "plot.npdf" #> [51151] "plot.npdflist" #> [51152] "plot.survfit_npdf" #> [51153] "print.npdf" #> [51154] "print.npdflist" #> [51155] "sim_npdf" #> [51156] "sim_weibdf" #> [51157] "survfit_npdf" #> [51158] "weibdata10040" #> [51159] "weibdata2030" #> [51160] "discgolf-package" #> [51161] "badges" #> [51162] "categories" #> [51163] "dg_search" #> [51164] "disc_setup" #> [51165] "groups" #> [51166] "notifications" #> [51167] "posts" #> [51168] "private_messages" #> [51169] "tag" #> [51170] "topics" #> [51171] "allstats" #> [51172] "annualExtremes" #> [51173] "annualnoise" #> [51174] "assert.equal.length" #> [51175] "assert.for.year" #> [51176] "assert.numeric.vector" #> [51177] "asStreamflow" #> [51178] "circ.s" #> [51179] "compare.periods" #> [51180] "etowah" #> [51181] "fftmetrics" #> [51182] "fft_metrics" #> [51183] "filterBaseline" #> [51184] "findMed" #> [51185] "fourierAnalysis" #> [51186] "getFPExt" #> [51187] "getHSAF" #> [51188] "getHSAM" #> [51189] "getIDI" #> [51190] "getIFI" #> [51191] "getLSAF" #> [51192] "getLSAM" #> [51193] "getNAA" #> [51194] "getSignalParts" #> [51195] "getTimingHSAM" #> [51196] "getTimingLSAM" #> [51197] "getTransitionTime" #> [51198] "independentEvents" #> [51199] "lp3Events" #> [51200] "parameters.list" #> [51201] "prepareBaseline" #> [51202] "residplot.extreme" #> [51203] "sigmaeventsplot" #> [51204] "sigmaHighFlows" #> [51205] "sigmaLowFlows" #> [51206] "sycamore" #> [51207] "Discrete" #> [51208] "family" #> [51209] "clusterdist" #> [51210] "clusterprob" #> [51211] "contributor_pairs" #> [51212] "danes" #> [51213] "disclapmix" #> [51214] "generate_mixture" #> [51215] "get_rank" #> [51216] "haplotype_diversity" #> [51217] "plot.disclapmixfit" #> [51218] "plot.ranked_contrib_pairs" #> [51219] "predict.disclapmixfit" #> [51220] "print.contrib_pairs" #> [51221] "print.disclapmixfit" #> [51222] "print.ranked_contrib_pairs" #> [51223] "rank_contributor_pairs" #> [51224] "simulate.disclapmixfit" #> [51225] "summary.disclapmixfit" #> [51226] "corOrt" #> [51227] "disco.score" #> [51228] "makeMatchedOrtholog" #> [51229] "makeSummary" #> [51230] "matchedOrtholog-class" #> [51231] "modCor" #> [51232] "orthologs" #> [51233] "percentGenes" #> [51234] "plotDisco" #> [51235] "discord-package" #> [51236] "discord_data" #> [51237] "discord_regression" #> [51238] "kinsim1" #> [51239] "kinsim_multi" #> [51240] "init_discover" #> [51241] "cd.run" #> [51242] "coef_gen" #> [51243] "data_gen" #> [51244] "generate_discrete_data" #> [51245] "max_lambda" #> [51246] "DiscreteFDR-package" #> [51247] "amnesia" #> [51248] "build.stepfuns" #> [51249] "DBR" #> [51250] "discrete.BH" #> [51251] "fast.Discrete" #> [51252] "fisher.pvalues.support" #> [51253] "kernel.DBR" #> [51254] "match.pvals" #> [51255] "short.eff" #> [51256] "DiscreteInverseWeibull-package" #> [51257] "ahrdiweibull" #> [51258] "Ediweibull" #> [51259] "estdiweibull" #> [51260] "heuristic" #> [51261] "hrdiweibull" #> [51262] "loglikediw" #> [51263] "lossdiw" #> [51264] "DiscreteLaplace-package" #> [51265] "ddlaplace" #> [51266] "ddlaplace2" #> [51267] "dlaplacelike2" #> [51268] "Edlaplace" #> [51269] "Edlaplace2" #> [51270] "estdlaplace" #> [51271] "estdlaplace2" #> [51272] "iFI" #> [51273] "iFI2" #> [51274] "ioFI2" #> [51275] "discreteMTP-package" #> [51276] "p.discrete.adjust" #> [51277] "as.RV" #> [51278] "independent" #> [51279] "joint" #> [51280] "jointRV" #> [51281] "KURT" #> [51282] "outcomes" #> [51283] "plot.RV" #> [51284] "plot.RVsim" #> [51285] "print.RV" #> [51286] "probs" #> [51287] "Prop" #> [51288] "qqnorm.RV" #> [51289] "rsim" #> [51290] "RV" #> [51291] "skewSim" #> [51292] "SofI" #> [51293] "SofIID" #> [51294] "%AND%" #> [51295] "%OR%" #> [51296] "%in%" #> [51297] "DiscreteWeibull-package" #> [51298] "(Type" #> [51299] "3)" #> [51300] "Edweibull" #> [51301] "Edweibull3" #> [51302] "estdweibull" #> [51303] "estdweibull3" #> [51304] "loglikedw" #> [51305] "loglikedw3" #> [51306] "lossdw" #> [51307] "lossdw3" #> [51308] "varFisher" #> [51309] "discretization-package" #> [51310] "ameva" #> [51311] "cacc" #> [51312] "caim" #> [51313] "chiM" #> [51314] "chiSq" #> [51315] "cutIndex" #> [51316] "cutPoints" #> [51317] "disc.Topdown" #> [51318] "ent" #> [51319] "extendChi2" #> [51320] "findBest" #> [51321] "incon" #> [51322] "LevCon" #> [51323] "mdlp" #> [51324] "mdlStop" #> [51325] "mergeCols" #> [51326] "modChi2" #> [51327] "mylog" #> [51328] "topdown" #> [51329] "Xi" #> [51330] "discrimARTs" #> [51331] "mix.loglik" #> [51332] "mix.mle" #> [51333] "mix.synthetic" #> [51334] "o_taurus" #> [51335] "x_gideon" #> [51336] "DiscriMiner-package" #> [51337] "betweenCov" #> [51338] "betweenSS" #> [51339] "corRatio" #> [51340] "desDA" #> [51341] "discPower" #> [51342] "disqual" #> [51343] "easyMCA" #> [51344] "FRatio" #> [51345] "geoDA" #> [51346] "getWithin" #> [51347] "groupMeans" #> [51348] "groupMedians" #> [51349] "groupQuants" #> [51350] "groupStds" #> [51351] "groupVars" #> [51352] "infarctus" #> [51353] "linDA" #> [51354] "plsDA" #> [51355] "quaDA" #> [51356] "totalCov" #> [51357] "totalSS" #> [51358] "withinCov" #> [51359] "withinSS" #> [51360] "discSurv-package" #> [51361] "adjDevResid" #> [51362] "adjDevResidShort" #> [51363] "aucUno" #> [51364] "concorIndex" #> [51365] "contToDisc" #> [51366] "dataCensoring" #> [51367] "dataCensoringShort" #> [51368] "dataLong" #> [51369] "dataLongCompRisks" #> [51370] "dataLongCompRisksTimeDep" #> [51371] "dataLongMultiSpell" #> [51372] "dataLongSubDist" #> [51373] "dataLongTimeDep" #> [51374] "devResid" #> [51375] "devResidShort" #> [51376] "estMargProb" #> [51377] "estSurv" #> [51378] "estSurvCens" #> [51379] "evalCindex" #> [51380] "evalIntPredErr" #> [51381] "fprUno" #> [51382] "fprUnoShort" #> [51383] "gumbel" #> [51384] "intPredErrDisc" #> [51385] "lifeTable" #> [51386] "martingaleResid" #> [51387] "plot.discSurvAdjDevResid" #> [51388] "plot.discSurvAucUno" #> [51389] "plot.discSurvFprUno" #> [51390] "plot.discSurvMartingaleResid" #> [51391] "plot.discSurvTprUno" #> [51392] "predErrDiscShort" #> [51393] "print.discSurvAdjDevResid" #> [51394] "print.discSurvAucUno" #> [51395] "print.discSurvConcorIndex" #> [51396] "print.discSurvDevResid" #> [51397] "print.discSurvFprUno" #> [51398] "print.discSurvLifeTable" #> [51399] "print.discSurvMartingaleResid" #> [51400] "print.discSurvPredErrDisc" #> [51401] "print.discSurvSimCompRisk" #> [51402] "print.discSurvTprUno" #> [51403] "simCompRisk" #> [51404] "summary.discSurvConcorIndex" #> [51405] "summary.discSurvPredErrDisc" #> [51406] "tauToPearson" #> [51407] "tprUno" #> [51408] "tprUnoShort" #> [51409] "diseasemapping-package" #> [51410] "bym-methods" #> [51411] "cancerRates" #> [51412] "casedata" #> [51413] "formatCases" #> [51414] "formatPopulation-methods" #> [51415] "getRates" #> [51416] "getSMR-methods" #> [51417] "getStdRate" #> [51418] "inla.models" #> [51419] "kentucky" #> [51420] "nbToInlaGraph" #> [51421] "popdata" #> [51422] "referencepop" #> [51423] "DisHet" #> [51424] "eTME_signatures" #> [51425] "StromaExp" #> [51426] "calcCondProb" #> [51427] "calcDissimMat" #> [51428] "discretizeQuant" #> [51429] "distBetPairs" #> [51430] "findMax" #> [51431] "signifOfQuantVars" #> [51432] "di_80_index" #> [51433] "di_ppg" #> [51434] "di_prop_index" #> [51435] "ppg_moe" #> [51436] "student_equity" #> [51437] "addType" #> [51438] "aggregateData" #> [51439] "calcMIC" #> [51440] "createDataframe" #> [51441] "IJMacro" #> [51442] "maxLik" #> [51443] "oneParamPlot" #> [51444] "readExistingDF" #> [51445] "readInExistingIJ" #> [51446] "saveMLParam" #> [51447] "threeParamPlot" #> [51448] "twoParamPlot" #> [51449] "dismo-package" #> [51450] "acaule" #> [51451] "Anguilla" #> [51452] "bioclim" #> [51453] "biovars" #> [51454] "calc.deviance" #> [51455] "circleHull" #> [51456] "CirclesRange" #> [51457] "Convex" #> [51458] "Hull" #> [51459] "dcEvaluate" #> [51460] "DistModel" #> [51461] "ecocrop" #> [51462] "ecolim" #> [51463] "evaluateROCR" #> [51464] "gbif" #> [51465] "gbm.fixed" #> [51466] "gbm.holdout" #> [51467] "gbm.interactions" #> [51468] "gbm.perspec" #> [51469] "gbm.plot" #> [51470] "gbm.plot.fits" #> [51471] "gbm.simplify" #> [51472] "gbm.step" #> [51473] "Geographic" #> [51474] "gmap" #> [51475] "gridSample" #> [51476] "InvDistW" #> [51477] "kfold" #> [51478] "mahal" #> [51479] "maxent" #> [51480] "mess" #> [51481] "ModelEvaluation" #> [51482] "nicheEquivalency" #> [51483] "nicheOverlap" #> [51484] "pairs" #> [51485] "pointValues" #> [51486] "pwdSample" #> [51487] "randomPoints" #> [51488] "rectHull" #> [51489] "ssb" #> [51490] "Voronoi" #> [51491] "backbone" #> [51492] "displayHTS-package" #> [51493] "dualFlashlight.fn" #> [51494] "HTSdata" #> [51495] "HTSdataSort" #> [51496] "HTSresults" #> [51497] "imageDesign.fn" #> [51498] "imageIntensity.fn" #> [51499] "keepUniqWell.fn" #> [51500] "plateWellSeries.fn" #> [51501] "glm.binomial.disp" #> [51502] "glm.poisson.disp" #> [51503] "holford" #> [51504] "lm.disp" #> [51505] "minitab" #> [51506] "orobanche" #> [51507] "salmonellaTA98" #> [51508] "dispose_packages" #> [51509] "make_packages" #> [51510] "dispRity-package" #> [51511] "adonis.dispRity" #> [51512] "apply.NA" #> [51513] "BeckLee" #> [51514] "BeckLee_disparity" #> [51515] "bhatt.coeff" #> [51516] "boot.matrix" #> [51517] "char.diff" #> [51518] "check.morpho" #> [51519] "chrono.subsets" #> [51520] "Claddis.ordination" #> [51521] "clean.data" #> [51522] "combine.subsets" #> [51523] "crown.stem" #> [51524] "custom.subsets" #> [51525] "disparity" #> [51526] "dispRity" #> [51527] "dispRity.metric" #> [51528] "dispRity.per.group" #> [51529] "dispRity.through.time" #> [51530] "dtt.dispRity" #> [51531] "extinction.subsets" #> [51532] "extract.dispRity" #> [51533] "fill.dispRity" #> [51534] "geomorph.ordination" #> [51535] "get.bin.ages" #> [51536] "get.contrast.matrix" #> [51537] "get.subsets" #> [51538] "make.dispRity" #> [51539] "make.metric" #> [51540] "matrix.dispRity" #> [51541] "model.test.sim" #> [51542] "model.test.wrapper" #> [51543] "nodes.coordinates" #> [51544] "null.test" #> [51545] "pair.plot" #> [51546] "plot.char.diff" #> [51547] "plot.dispRity" #> [51548] "print.dispRity" #> [51549] "random.circle" #> [51550] "rescale.dispRity" #> [51551] "sim.morpho" #> [51552] "size.subsets" #> [51553] "slice.tree" #> [51554] "sort.dispRity" #> [51555] "space.maker" #> [51556] "summary.dispRity" #> [51557] "test.dispRity" #> [51558] "tree.age" #> [51559] "dissever-package" #> [51560] "dissever" #> [51561] "edgeroi" #> [51562] "generate_ci" #> [51563] "plot.dissever" #> [51564] "print.dissever" #> [51565] "summary.dissever" #> [51566] "coef.DiSSMod" #> [51567] "confint.DiSSMod" #> [51568] "CreditMDR" #> [51569] "DiSSMod" #> [51570] "DoctorRWM" #> [51571] "plot.DiSSMod" #> [51572] "summary.DiSSMod" #> [51573] "dissUtils-package" #> [51574] "diss.index" #> [51575] "groupwise.density" #> [51576] "neighbor.density" #> [51577] "neighbors.identify" #> [51578] "unit.hypersphere.volume" #> [51579] "Distance-package" #> [51580] "AIC.dsmodel" #> [51581] "amakihi" #> [51582] "checkdata" #> [51583] "create.bins" #> [51584] "ds.gof" #> [51585] "flatfile" #> [51586] "gof_ds" #> [51587] "logLik.dsmodel" #> [51588] "minke" #> [51589] "plot.dsmodel" #> [51590] "print.dsmodel" #> [51591] "print.summary.dsmodel" #> [51592] "summarize_ds_models" #> [51593] "summary.dsmodel" #> [51594] "calculate.mean.detection.prob" #> [51595] "calculate.theta.given.mean.detection.prob" #> [51596] "detection.prob" #> [51597] "distance.sample.size" #> [51598] "DS.penalty" #> [51599] "distances-package" #> [51600] "distance_columns" #> [51601] "is.distances" #> [51602] "max_distance_search" #> [51603] "nearest_neighbor_search" #> [51604] "DistatisR-package" #> [51605] "BootFactorScores" #> [51606] "BootFromCompromise" #> [51607] "Chi2Dist" #> [51608] "Chi2DistanceFromSort" #> [51609] "DistAlgo" #> [51610] "DistanceFromSort" #> [51611] "distatis" #> [51612] "GraphDistatisAll" #> [51613] "GraphDistatisBoot" #> [51614] "GraphDistatisCompromise" #> [51615] "GraphDistatisPartial" #> [51616] "GraphDistatisRv" #> [51617] "print.Cmat" #> [51618] "print.DistatisR" #> [51619] "print.Splus" #> [51620] "SortingBeer" #> [51621] "SortingSpice" #> [51622] "availableComputations" #> [51623] "availableDataSources" #> [51624] "CoxMaster" #> [51625] "CoxWorker" #> [51626] "createInstanceObject" #> [51627] "defineNewComputation" #> [51628] "destroyInstanceObject" #> [51629] "distcomp" #> [51630] "distcompSetup" #> [51631] "executeMethod" #> [51632] "generateId" #> [51633] "getComputationInfo" #> [51634] "makeDefinition" #> [51635] "makeMaster" #> [51636] "makeWorker" #> [51637] "resetComputationInfo" #> [51638] "runDistcompApp" #> [51639] "saveNewComputation" #> [51640] "setComputationInfo" #> [51641] "setupMaster" #> [51642] "setupWorker" #> [51643] "SVDMaster" #> [51644] "SVDWorker" #> [51645] "uploadNewComputation" #> [51646] "writeCode" #> [51647] "distcrete" #> [51648] "bmi" #> [51649] "bmi2" #> [51650] "bwsmoke" #> [51651] "bwsmokecompl" #> [51652] "distdicho" #> [51653] "distdichogen" #> [51654] "distdichoi" #> [51655] "distdichoigen" #> [51656] "regdistdicho" #> [51657] "distdrawr-package" #> [51658] "check_species" #> [51659] "get.dist" #> [51660] "distfree.cr-package" #> [51661] "distfree.cr" #> [51662] "plot.distfree.cr" #> [51663] "distillery-package" #> [51664] "booter" #> [51665] "ci.booted" #> [51666] "datagrabber" #> [51667] "distill" #> [51668] "pbooter" #> [51669] "tibber" #> [51670] "as.data.frame.disto" #> [51671] "disto" #> [51672] "disto_dist" #> [51673] "dist_extract" #> [51674] "dist_replace" #> [51675] "dist_subset" #> [51676] "names.disto" #> [51677] "plot.disto" #> [51678] "print.disto" #> [51679] "summary.disto" #> [51680] "‘names<-.disto“" #> [51681] "‘[.disto‘" #> [51682] "‘[<-.disto‘" #> [51683] "‘[[.disto‘" #> [51684] "distory-package" #> [51685] "bethe.tree" #> [51686] "bin.multiPhylo" #> [51687] "dist.multiPhylo" #> [51688] "gromov.hyperbolicity" #> [51689] "mcmc.target.seq" #> [51690] "orthant.boundary.tree" #> [51691] "phylo.diff" #> [51692] "position.leverage" #> [51693] "distr-package" #> [51694] "AbscontDistribution" #> [51695] "AbscontDistribution-class" #> [51696] "Arcsine-class" #> [51697] "Beta-class" #> [51698] "BetaParameter-class" #> [51699] "Binom-class" #> [51700] "BinomParameter-class" #> [51701] "Cauchy-class" #> [51702] "CauchyParameter-class" #> [51703] "Chisq-class" #> [51704] "ChisqParameter-class" #> [51705] "CompoundDistribution" #> [51706] "CompoundDistribution-class" #> [51707] "convpow-methods" #> [51708] "d-methods" #> [51709] "decomposePM-methods" #> [51710] "DExp-class" #> [51711] "df-methods" #> [51712] "df1-methods" #> [51713] "df2-methods" #> [51714] "dim-methods" #> [51715] "dimension-methods" #> [51716] "Dirac-class" #> [51717] "DiracParameter-class" #> [51718] "DiscreteDistribution" #> [51719] "DiscreteDistribution-class" #> [51720] "distr-defunct" #> [51721] "distrARITH" #> [51722] "Distribution-class" #> [51723] "DistributionSymmetry-class" #> [51724] "DistrList" #> [51725] "DistrList-class" #> [51726] "distrMASK" #> [51727] "distroptions" #> [51728] "DistrSymmList" #> [51729] "DistrSymmList-class" #> [51730] "EllipticalSymmetry" #> [51731] "EllipticalSymmetry-class" #> [51732] "EmpiricalDistribution" #> [51733] "EuclideanSpace-class" #> [51734] "ExpParameter-class" #> [51735] "Fd-class" #> [51736] "flat.LCD" #> [51737] "flat.mix" #> [51738] "FParameter-class" #> [51739] "Gammad-class" #> [51740] "GammaParameter-class" #> [51741] "gaps-methods" #> [51742] "Geom-class" #> [51743] "getLabel" #> [51744] "getLow,getUp" #> [51745] "Huberize-methods" #> [51746] "Hyper-class" #> [51747] "HyperParameter-class" #> [51748] "img-methods" #> [51749] "k-methods" #> [51750] "lambda-methods" #> [51751] "Lattice-class" #> [51752] "LatticeDistribution" #> [51753] "LatticeDistribution-class" #> [51754] "Length-methods" #> [51755] "liesIn-methods" #> [51756] "liesInSupport" #> [51757] "Lnorm-class" #> [51758] "LnormParameter-class" #> [51759] "location-methods" #> [51760] "Logis-class" #> [51761] "LogisParameter-class" #> [51762] "m-methods" #> [51763] "makeAbscontDistribution" #> [51764] "Math-methods" #> [51765] "Max-methods" #> [51766] "mean-methods" #> [51767] "meanlog-methods" #> [51768] "Min-methods" #> [51769] "Minimum-methods" #> [51770] "n-methods" #> [51771] "name-methods" #> [51772] "Naturals-class" #> [51773] "Nbinom-class" #> [51774] "NbinomParameter-class" #> [51775] "ncp-methods" #> [51776] "Norm-class" #> [51777] "NormParameter-class" #> [51778] "NoSymmetry" #> [51779] "NoSymmetry-class" #> [51780] "operators-methods" #> [51781] "OptionalParameter-class" #> [51782] "p-methods" #> [51783] "p.l-methods" #> [51784] "param-methods" #> [51785] "pivot-methods" #> [51786] "Pois-class" #> [51787] "PoisParameter-class" #> [51788] "PosDefSymmMatrix" #> [51789] "PosDefSymmMatrix-class" #> [51790] "prob-methods" #> [51791] "q-methods" #> [51792] "q.r-methods" #> [51793] "qqbounds" #> [51794] "qqplot" #> [51795] "r-methods" #> [51796] "rate-methods" #> [51797] "Reals-class" #> [51798] "rSpace-class" #> [51799] "RtoDPQ" #> [51800] "RtoDPQ.d" #> [51801] "RtoDPQ.LC" #> [51802] "scale-methods" #> [51803] "sd-methods" #> [51804] "sdlog-methods" #> [51805] "shape-methods" #> [51806] "shape1-methods" #> [51807] "shape2-methods" #> [51808] "simplifyD-methods" #> [51809] "simplifyr-methods" #> [51810] "solve-methods" #> [51811] "SphericalSymmetry" #> [51812] "SphericalSymmetry-class" #> [51813] "sqrt-methods" #> [51814] "standardMethods" #> [51815] "Symmetry-class" #> [51816] "Td-class" #> [51817] "TParameter-class" #> [51818] "Truncate-methods" #> [51819] "Unif-class" #> [51820] "UnifParameter-class" #> [51821] "UniNormParameter-class" #> [51822] "UnivarDistrList" #> [51823] "UnivarDistrList-class" #> [51824] "UnivariateDistribution-class" #> [51825] "UnivarLebDecDistribution" #> [51826] "UnivarLebDecDistribution-class" #> [51827] "UnivarMixingDistribution" #> [51828] "UnivarMixingDistribution-class" #> [51829] "Version" #> [51830] "Management" #> [51831] "Weibull-class" #> [51832] "WeibullParameter-class" #> [51833] "width-methods" #> [51834] "distrDoc-package" #> [51835] "distreg.vis" #> [51836] "model_fam_data" #> [51837] "plot_dist" #> [51838] "plot_moments" #> [51839] "preds" #> [51840] "search_funs" #> [51841] "vis" #> [51842] "distrEllipse-package" #> [51843] "distrEllipse-defunct" #> [51844] "distrEllipseMASK" #> [51845] "distrEllipseoptions" #> [51846] "EllipticalDistribution" #> [51847] "EllipticalDistribution-class" #> [51848] "EllipticalParameter-class" #> [51849] "MultivarDistrList" #> [51850] "MultivarDistrList-class" #> [51851] "MultivarMixingDistribution" #> [51852] "MultivarMixingDistribution-class" #> [51853] "MVNormDistribution" #> [51854] "MVNormDistribution-class" #> [51855] "MVNormParameter-class" #> [51856] "MVtDistribution" #> [51857] "MVtDistribution-class" #> [51858] "MVtParameter-class" #> [51859] "SphericalDistribution" #> [51860] "SphericalDistribution-class" #> [51861] "distrEx-package" #> [51862] "AbscontCondDistribution-class" #> [51863] "AsymTotalVarDist" #> [51864] "Condition-class" #> [51865] "ContaminationSize" #> [51866] "ConvexContamination" #> [51867] "CvMDist" #> [51868] "DiscreteCondDistribution-class" #> [51869] "DiscreteMVDistribution" #> [51870] "DiscreteMVDistribution-class" #> [51871] "distrExIntegrate" #> [51872] "distrExMASK" #> [51873] "distrExMOVED" #> [51874] "distrExOptions" #> [51875] "EmpiricalMVDistribution" #> [51876] "EuclCondition" #> [51877] "EuclCondition-class" #> [51878] "GLIntegrate" #> [51879] "HellingerDist" #> [51880] "KolmogorovDist" #> [51881] "LMCondDistribution" #> [51882] "LMParameter" #> [51883] "LMParameter-class" #> [51884] "m1df" #> [51885] "m2df" #> [51886] "make01" #> [51887] "MultivariateDistribution-class" #> [51888] "OAsymTotalVarDist" #> [51889] "PrognCondDistribution" #> [51890] "PrognCondDistribution-class" #> [51891] "PrognCondition-class" #> [51892] "TotalVarDist" #> [51893] "UnivariateCondDistribution-class" #> [51894] "DISTRIB-package" #> [51895] "rd" #> [51896] "DistributionOptimization-package" #> [51897] "BinProb4Mixtures" #> [51898] "MixedDistributionError" #> [51899] "OverlapErrorByDensity" #> [51900] "DistributionUtils-package" #> [51901] "Ratio" #> [51902] "distCalcRange" #> [51903] "distIneqMassart" #> [51904] "distIneqMassartPlot" #> [51905] "distMode" #> [51906] "distStepSize" #> [51907] "incompleteBesselK" #> [51908] "integrateDens" #> [51909] "inversionTests" #> [51910] "momChangeAbout" #> [51911] "momIntegrated" #> [51912] "momSE" #> [51913] "moranTest" #> [51914] "pDist" #> [51915] "safeIntegrate" #> [51916] "Moments" #> [51917] "tailPlot" #> [51918] "tsHessian" #> [51919] "distrMod-package" #> [51920] ".checkEstClassForParamFamily-methods" #> [51921] "addAlphTrsp2col" #> [51922] "asBias" #> [51923] "asBias-class" #> [51924] "asCov" #> [51925] "asCov-class" #> [51926] "asGRisk-class" #> [51927] "asHampel" #> [51928] "asHampel-class" #> [51929] "asMSE" #> [51930] "asMSE-class" #> [51931] "asRisk-class" #> [51932] "asRiskwithBias-class" #> [51933] "asSemivar" #> [51934] "asSemivar-class" #> [51935] "asUnOvShoot" #> [51936] "asUnOvShoot-class" #> [51937] "asymmetricBias" #> [51938] "asymmetricBias-class" #> [51939] "BetaFamily" #> [51940] "BiasType-class" #> [51941] "BinomFamily" #> [51942] "CauchyLocationFamily" #> [51943] "CauchyLocationScaleFamily" #> [51944] "checkL2deriv" #> [51945] "Confint-class" #> [51946] "confint-methods" #> [51947] "distrModMASK" #> [51948] "distrModOptions" #> [51949] "Estimate-class" #> [51950] "Estimator" #> [51951] "EvenSymmetric" #> [51952] "EvenSymmetric-class" #> [51953] "existsPIC-methods" #> [51954] "ExpScaleFamily" #> [51955] "fiBias" #> [51956] "fiBias-class" #> [51957] "fiCov" #> [51958] "fiCov-class" #> [51959] "fiHampel" #> [51960] "fiHampel-class" #> [51961] "fiMSE" #> [51962] "fiMSE-class" #> [51963] "fiRisk-class" #> [51964] "fiUnOvShoot" #> [51965] "fiUnOvShoot-class" #> [51966] "FunctionSymmetry-class" #> [51967] "FunSymmList" #> [51968] "FunSymmList-class" #> [51969] "GammaFamily" #> [51970] "InfoNorm" #> [51971] "isKerAinKerB" #> [51972] "L2GroupParamFamily-class" #> [51973] "L2LocationFamily" #> [51974] "L2LocationFamily-class" #> [51975] "L2LocationScaleFamily" #> [51976] "L2LocationScaleFamily-class" #> [51977] "L2LocationUnknownScaleFamily" #> [51978] "L2ParamFamily" #> [51979] "L2ParamFamily-class" #> [51980] "L2ScaleFamily" #> [51981] "L2ScaleFamily-class" #> [51982] "L2ScaleUnknownLocationFamily" #> [51983] "LnormScaleFamily" #> [51984] "LogisticLocationScaleFamily" #> [51985] "mceCalc-methods" #> [51986] "MCEstimate-class" #> [51987] "MCEstimator" #> [51988] "MDEstimator" #> [51989] "meRes" #> [51990] "MLEstimator" #> [51991] "modifyModel-methods" #> [51992] "NbinomFamily" #> [51993] "negativeBias" #> [51994] "NonSymmetric" #> [51995] "NonSymmetric-class" #> [51996] "NormLocationFamily" #> [51997] "NormLocationScaleFamily" #> [51998] "NormLocationUnknownScaleFamily" #> [51999] "NormScaleFamily" #> [52000] "NormScaleUnknownLocationFamily" #> [52001] "NormType" #> [52002] "NormType-class" #> [52003] "OddSymmetric" #> [52004] "OddSymmetric-class" #> [52005] "onesidedBias-class" #> [52006] "ParamFamily" #> [52007] "ParamFamily-class" #> [52008] "ParamFamParameter" #> [52009] "ParamFamParameter-class" #> [52010] "PoisFamily" #> [52011] "positiveBias" #> [52012] "ProbFamily-class" #> [52013] "QFNorm" #> [52014] "QFNorm-class" #> [52015] "returnlevelplot" #> [52016] "RiskType-class" #> [52017] "SelfNorm" #> [52018] "symmetricBias" #> [52019] "symmetricBias-class" #> [52020] "trafo-methods" #> [52021] "trafoEst" #> [52022] "trAsCov" #> [52023] "trAsCov-class" #> [52024] "trFiCov" #> [52025] "trFiCov-class" #> [52026] "validParameter-methods" #> [52027] "dmr" #> [52028] "dmrcoef-class" #> [52029] "combn_char" #> [52030] "dcc6" #> [52031] "distrr" #> [52032] "extract_unique" #> [52033] "Fhat_conditional_" #> [52034] "Fhat_df_" #> [52035] "invented_wages" #> [52036] "jointfun_" #> [52037] "only_joint" #> [52038] "wq" #> [52039] "distrRmetrics-package" #> [52040] "SNorm" #> [52041] "SNorm-class" #> [52042] "SNormParameter-class" #> [52043] "SSTd" #> [52044] "SSTd-class" #> [52045] "SSTdParameter-class" #> [52046] "STd" #> [52047] "distrSim-package" #> [52048] "cload" #> [52049] "Contsimulation-class" #> [52050] "Data-methods" #> [52051] "Data.c-methods" #> [52052] "Data.id-methods" #> [52053] "Dataclass" #> [52054] "Dataclass-class" #> [52055] "distribution-methods" #> [52056] "distribution.c-methods" #> [52057] "distribution.id-methods" #> [52058] "distrSimMASK" #> [52059] "distrSimoptions" #> [52060] "filename-methods" #> [52061] "ind-methods" #> [52062] "obsDim-methods" #> [52063] "runs-methods" #> [52064] "samplesize-methods" #> [52065] "savedata-methods" #> [52066] "seed-methods" #> [52067] "SeqDataFrames-class" #> [52068] "simulate-methods" #> [52069] "Simulation-class" #> [52070] "Subsetting-methods" #> [52071] "vectororNULL-class" #> [52072] "distrTeach-package" #> [52073] "illustrateCLT" #> [52074] "illustrateLLN" #> [52075] "distrTEst-package" #> [52076] "call.ev-methods" #> [52077] "distrTEstoptions" #> [52078] "estimator-methods" #> [52079] "evaluate-methods" #> [52080] "Evaluation-class" #> [52081] "EvaluationList-class" #> [52082] "numericorNULL-class" #> [52083] "result-methods" #> [52084] "get_dists" #> [52085] "extract.val" #> [52086] "latlon2idx" #> [52087] "binstat" #> [52088] "categorize" #> [52089] "cleansp" #> [52090] "corals" #> [52091] "divDyn" #> [52092] "fadlad" #> [52093] "georange" #> [52094] "indices" #> [52095] "modeltab" #> [52096] "omit" #> [52097] "parts" #> [52098] "ratesplit" #> [52099] "seqduplicated" #> [52100] "shades" #> [52101] "singletons" #> [52102] "stages" #> [52103] "stratkeys" #> [52104] "streaklog" #> [52105] "subtrialCR" #> [52106] "sumstat" #> [52107] "survivors" #> [52108] "tabinate" #> [52109] "diveMove-package" #> [52110] "austFilter" #> [52111] "bout-methods" #> [52112] "bout-misc" #> [52113] "bouts2MLE" #> [52114] "bouts2NLS" #> [52115] "bouts3NLS" #> [52116] "calibrateDepth" #> [52117] "calibrateSpeed" #> [52118] "distSpeed" #> [52119] "diveModel-class" #> [52120] "dives" #> [52121] "diveStats" #> [52122] "extractDive-methods" #> [52123] "plotDiveModel-methods" #> [52124] "plotTDR-methods" #> [52125] "plotZOC-methods" #> [52126] "readLocs" #> [52127] "readTDR" #> [52128] "rqPlot" #> [52129] "runquantile-internal" #> [52130] "sealLocs" #> [52131] "TDR-accessors" #> [52132] "TDR-class" #> [52133] "TDRcalibrate-accessors" #> [52134] "TDRcalibrate-class" #> [52135] "timeBudget-methods" #> [52136] "dis_categories" #> [52137] "dis_entities" #> [52138] "diverse" #> [52139] "diversity" #> [52140] "geese" #> [52141] "pantheon" #> [52142] "scidat" #> [52143] "sim_dataset" #> [52144] "sim_entity" #> [52145] "sim_individuals" #> [52146] "to_entropart" #> [52147] "ubiquity" #> [52148] "variety" #> [52149] "diversitree-package" #> [52150] "argnames" #> [52151] "asr-bisse" #> [52152] "asr-mkn" #> [52153] "find.mle" #> [52154] "geosse.phy" #> [52155] "history.from.sim" #> [52156] "make.bd" #> [52157] "make.bd.split" #> [52158] "make.bd.t" #> [52159] "make.bisse" #> [52160] "make.bisse.split" #> [52161] "make.bisse.td" #> [52162] "make.bisseness" #> [52163] "make.bm" #> [52164] "make.clade.tree" #> [52165] "make.classe" #> [52166] "make.geosse" #> [52167] "make.geosse.split" #> [52168] "make.geosse.t" #> [52169] "make.mkn" #> [52170] "make.musse" #> [52171] "make.musse.multitrait" #> [52172] "make.musse.split" #> [52173] "make.musse.td" #> [52174] "make.pgls" #> [52175] "make.quasse" #> [52176] "make.quasse.split" #> [52177] "quasse-common" #> [52178] "set.defaults" #> [52179] "sim.character" #> [52180] "trait.plot" #> [52181] "arp2gen" #> [52182] "basicStats" #> [52183] "bigDivPart" #> [52184] "Big_data" #> [52185] "chiCalc" #> [52186] "corPlot" #> [52187] "diffCalc" #> [52188] "diffPlot" #> [52189] "divBasic" #> [52190] "divMigrate" #> [52191] "divOnline" #> [52192] "divPart" #> [52193] "divRatio" #> [52194] "divSimCo" #> [52195] "fastDivPart" #> [52196] "fstOnly" #> [52197] "gpSampler" #> [52198] "haploDiv" #> [52199] "inCalc" #> [52200] "microPlexer" #> [52201] "polyIn" #> [52202] "pop_stats" #> [52203] "readGenepop" #> [52204] "snp2gen" #> [52205] "SNPs" #> [52206] "Test_data" #> [52207] "batchoccu" #> [52208] "batchoccuavg" #> [52209] "Birdstack" #> [52210] "Daily_Cov" #> [52211] "diversity.predict" #> [52212] "diversityoccu" #> [52213] "IslandBirds" #> [52214] "model.diversity" #> [52215] "occupancy.predict" #> [52216] "responseplot.abund" #> [52217] "responseplot.diver" #> [52218] "responseplot.occu" #> [52219] "siteCov" #> [52220] "readDicom" #> [52221] "DivMelt_gui" #> [52222] "modelDivMelt" #> [52223] "plotPDF" #> [52224] "plotPNG" #> [52225] "processDivMelt" #> [52226] "statDivMelt" #> [52227] "cvg" #> [52228] "divo" #> [52229] "dp.ht" #> [52230] "ens" #> [52231] "ens.ht" #> [52232] "i.in" #> [52233] "i.inp" #> [52234] "ji" #> [52235] "li" #> [52236] "mh" #> [52237] "pg" #> [52238] "pg.ht" #> [52239] "srd" #> [52240] "TCR.Data" #> [52241] "dixon" #> [52242] "p2colasr" #> [52243] "swamp" #> [52244] "dataset.airplane.2017" #> [52245] "dataset.engine.2015" #> [52246] "dataset.hev.2013" #> [52247] "dm.ddf" #> [52248] "dm.dea" #> [52249] "dm.dynamic.bc" #> [52250] "dm.hdf" #> [52251] "dm.mahalanobis" #> [52252] "dm.sbm" #> [52253] "dm.sf" #> [52254] "ma.aps.reg" #> [52255] "map.corr" #> [52256] "map.soa.ddf" #> [52257] "map.soa.dea" #> [52258] "map.soa.hdf" #> [52259] "map.soa.sbm" #> [52260] "map.soa.sf" #> [52261] "roc.dea" #> [52262] "roc.hdf" #> [52263] "roc.malmquist" #> [52264] "roc.sf" #> [52265] "target.arrival.dea" #> [52266] "target.arrival.hdf" #> [52267] "target.arrival.sf" #> [52268] "target.spec.dea" #> [52269] "attach_file_to_node" #> [52270] "create_node" #> [52271] "dkanr_logout" #> [52272] "dkanr_settings" #> [52273] "dkanr_setup" #> [52274] "ds_is_available" #> [52275] "ds_search_all" #> [52276] "err_handler" #> [52277] "filters_to_text_query" #> [52278] "get_resource_nids" #> [52279] "get_resource_url" #> [52280] "is.dkan_list" #> [52281] "is.dkan_node" #> [52282] "list_nodes" #> [52283] "list_nodes_all" #> [52284] "retrieve_node" #> [52285] "update_node" #> [52286] "dkDNA-package" #> [52287] "hypercube" #> [52288] "snpgrid" #> [52289] "snphamming" #> [52290] "dLagM-package" #> [52291] "ardlDlm" #> [52292] "dlm" #> [52293] "finiteDLMauto" #> [52294] "koyckDlm" #> [52295] "MASE" #> [52296] "polyDlm" #> [52297] "sortScore" #> [52298] "warming" #> [52299] "coef.dlasso" #> [52300] "dlasso" #> [52301] "plot.dlasso" #> [52302] "dl" #> [52303] "dlanalysis" #> [52304] "dlhyper" #> [52305] "dlprior" #> [52306] "dlvs" #> [52307] "dlib-package" #> [52308] "inlineCxxPlugin" #> [52309] "ARtransPars" #> [52310] "convex.bounds" #> [52311] "dlmBSample" #> [52312] "dlmFilter" #> [52313] "dlmForecast" #> [52314] "dlmGibbsDIG" #> [52315] "dlmLL" #> [52316] "dlmMLE" #> [52317] "dlmModARMA" #> [52318] "dlmModPoly" #> [52319] "dlmModReg" #> [52320] "dlmModSeas" #> [52321] "dlmModTrig" #> [52322] "dlmRandom" #> [52323] "dlmSmooth" #> [52324] "dlmSum" #> [52325] "dlmSvd2var" #> [52326] "dropFirst" #> [52327] "FF" #> [52328] "NelPlo" #> [52329] "residuals.dlmFiltered" #> [52330] "USecon" #> [52331] "dlmap-package" #> [52332] "BSdat" #> [52333] "BSphe" #> [52334] "access" #> [52335] "dlcross" #> [52336] "dlmap" #> [52337] "2019-04-29" #> [52338] "18:40:03" #> [52339] "DLMtool-package" #> [52340] "Albacore" #> [52341] "applyMP" #> [52342] "Atlantic_mackerel" #> [52343] "avail" #> [52344] "AvC" #> [52345] "AvC_MLL" #> [52346] "barplot.MSE" #> [52347] "BK" #> [52348] "boxplot.Data" #> [52349] "CALsimp" #> [52350] "Can" #> [52351] "CC1" #> [52352] "cheatsheets" #> [52353] "checkMSE" #> [52354] "ChkObj" #> [52355] "Choose" #> [52356] "compplot" #> [52357] "CompSRA" #> [52358] "condmet" #> [52359] "Converge" #> [52360] "Cos_thresh_tab" #> [52361] "cparscheck" #> [52362] "Cplot" #> [52363] "curE" #> [52364] "Data2csv" #> [52365] "DataDescription" #> [52366] "DataInit" #> [52367] "Data_xl" #> [52368] "DBSRA" #> [52369] "DCACs" #> [52370] "DD" #> [52371] "DDe" #> [52372] "DecE_Dom" #> [52373] "DFO_bar" #> [52374] "DFO_hist" #> [52375] "DFO_plot" #> [52376] "DFO_plot2" #> [52377] "DFO_proj" #> [52378] "DFO_quant" #> [52379] "DFO_report" #> [52380] "DFO_spider" #> [52381] "DFO_tab" #> [52382] "DFO_tab_formatted" #> [52383] "DLMDataDir" #> [52384] "DLMenv" #> [52385] "DLMextra" #> [52386] "dnormal" #> [52387] "DOM" #> [52388] "DTe40" #> [52389] "DynF" #> [52390] "EtargetLopt" #> [52391] "Fadapt" #> [52392] "Fdem" #> [52393] "Fease" #> [52394] "Fleet-class" #> [52395] "FleetDescription" #> [52396] "FMSYref" #> [52397] "ForceCor" #> [52398] "Fratio" #> [52399] "GB_CC" #> [52400] "GB_slope" #> [52401] "GB_target" #> [52402] "Gcontrol" #> [52403] "Generic_Obs" #> [52404] "getclass" #> [52405] "getmov2" #> [52406] "getsel" #> [52407] "Growth2OM" #> [52408] "Hist-class" #> [52409] "hist2" #> [52410] "ICI" #> [52411] "Imp-class" #> [52412] "ImpDescription" #> [52413] "initialize-methods" #> [52414] "IOTC_plot" #> [52415] "Iratio" #> [52416] "Islope1" #> [52417] "IT5" #> [52418] "Itarget1" #> [52419] "Itarget1_MPA" #> [52420] "ItargetE1" #> [52421] "ITe5" #> [52422] "ITM" #> [52423] "joinData" #> [52424] "join_plots" #> [52425] "Kplot" #> [52426] "LBSPR" #> [52427] "LH2OM" #> [52428] "LHdatabase" #> [52429] "Lratio_BHI" #> [52430] "LSRA" #> [52431] "LSRA2" #> [52432] "LSRA_MCMC_sim" #> [52433] "LSRA_opt" #> [52434] "LstepCC1" #> [52435] "LstepCE1" #> [52436] "Ltarget1" #> [52437] "LtargetE1" #> [52438] "LW2OM" #> [52439] "makeMeanMP" #> [52440] "makePerf" #> [52441] "matlenlim" #> [52442] "MCD" #> [52443] "ML2D" #> [52444] "movfit_Rcpp" #> [52445] "MPStats" #> [52446] "MPtype" #> [52447] "MRreal" #> [52448] "MSE-class" #> [52449] "MSEDescription" #> [52450] "NOAA_plot" #> [52451] "Obs-class" #> [52452] "ObsDescription" #> [52453] "OM-class" #> [52454] "OMDescription" #> [52455] "OMdoc" #> [52456] "OMexample" #> [52457] "OMinit" #> [52458] "optCPU" #> [52459] "Overages" #> [52460] "PerformanceMetric" #> [52461] "plot.Data" #> [52462] "plot.MSE" #> [52463] "plot.OM" #> [52464] "plotFleet" #> [52465] "plotFun" #> [52466] "plotImp" #> [52467] "plotMPA" #> [52468] "plotOFL" #> [52469] "plotSelect" #> [52470] "plotStock" #> [52471] "PMLimit" #> [52472] "PMobj-class" #> [52473] "Pplot" #> [52474] "Pplot2" #> [52475] "PWhisker" #> [52476] "Rcontrol" #> [52477] "RealFease" #> [52478] "Rec-class" #> [52479] "replic8" #> [52480] "ReqData" #> [52481] "Required" #> [52482] "runCOSEWIC" #> [52483] "runInMP" #> [52484] "runMP" #> [52485] "runMSE" #> [52486] "SBT1" #> [52487] "Sense" #> [52488] "show,PMobj-method" #> [52489] "show,Rec-method" #> [52490] "simCAA" #> [52491] "simCAL" #> [52492] "SimulatedData" #> [52493] "SketchFun" #> [52494] "SPmod" #> [52495] "SPMSY" #> [52496] "SPslope" #> [52497] "SPSRA" #> [52498] "SRAcomp" #> [52499] "SRAsim" #> [52500] "StochasticSRA" #> [52501] "StochasticSRAcpp" #> [52502] "Stock-class" #> [52503] "StockDescription" #> [52504] "Sub" #> [52505] "SubCpars" #> [52506] "SubOM" #> [52507] "summary,Data-method" #> [52508] "summary,MSE-method" #> [52509] "TAC" #> [52510] "TACfilter" #> [52511] "testOM" #> [52512] "Thresh_tab" #> [52513] "tinyErr" #> [52514] "Tplot_old" #> [52515] "TradePlot" #> [52516] "TradePlot_old" #> [52517] "Turing" #> [52518] "userguide" #> [52519] "Uses" #> [52520] "validcpars" #> [52521] "VOI" #> [52522] "VOI2" #> [52523] "VOIplot" #> [52524] "VOIplot2" #> [52525] "wormplot" #> [52526] "XL2Data" #> [52527] "XL2OM" #> [52528] "YPR" #> [52529] "dlnm-package" #> [52530] "cbPen" #> [52531] "chicagoNMMAPS" #> [52532] "coef.crosspred" #> [52533] "cr" #> [52534] "crossbasis" #> [52535] "crosspred" #> [52536] "crossreduce" #> [52537] "equalknots" #> [52538] "exphist" #> [52539] "integer" #> [52540] "logknots" #> [52541] "onebasis" #> [52542] "plot.crosspred" #> [52543] "plot.crossreduce" #> [52544] "poly" #> [52545] "smooth.construct.cb.smooth.spec" #> [52546] "thr" #> [52547] "dlookr-package" #> [52548] "binning_by" #> [52549] "correlate.tbl_dbi" #> [52550] "describe.tbl_dbi" #> [52551] "diagnose.tbl_dbi" #> [52552] "diagnose_category" #> [52553] "diagnose_category.tbl_dbi" #> [52554] "diagnose_numeric" #> [52555] "diagnose_numeric.tbl_dbi" #> [52556] "diagnose_outlier" #> [52557] "diagnose_outlier.tbl_dbi" #> [52558] "diagnose_report" #> [52559] "diagnose_report.tbl_dbi" #> [52560] "eda_report" #> [52561] "eda_report.tbl_dbi" #> [52562] "find_class" #> [52563] "find_na" #> [52564] "find_outliers" #> [52565] "find_skewness" #> [52566] "get_class" #> [52567] "get_column_info" #> [52568] "get_os" #> [52569] "imputate_na" #> [52570] "imputate_outlier" #> [52571] "normality" #> [52572] "normality.tbl_dbi" #> [52573] "plot.bins" #> [52574] "plot.imputation" #> [52575] "plot.optimal_bins" #> [52576] "plot.relate" #> [52577] "plot.transform" #> [52578] "plot_correlate" #> [52579] "plot_correlate.tbl_dbi" #> [52580] "plot_normality" #> [52581] "plot_normality.tbl_dbi" #> [52582] "plot_outlier" #> [52583] "plot_outlier.tbl_dbi" #> [52584] "print.relate" #> [52585] "relate" #> [52586] "summary.bins" #> [52587] "summary.imputation" #> [52588] "summary.transform" #> [52589] "target_by" #> [52590] "target_by.tbl_dbi" #> [52591] "transformation_report" #> [52592] "dlsem-package" #> [52593] "agres" #> [52594] "as.graphNEL" #> [52595] "auto.lagPlot" #> [52596] "causalEff" #> [52597] "dlsem" #> [52598] "industry" #> [52599] "isIndep" #> [52600] "lagPlot" #> [52601] "uncons.lag" #> [52602] "unirootTest" #> [52603] "vcovHAC" #> [52604] "biocApp" #> [52605] "bioc_stats" #> [52606] "cranApp" #> [52607] "cran_stats" #> [52608] "plot_bioc_stats" #> [52609] "plot_cran_stats" #> [52610] "dma-package" #> [52611] "dma" #> [52612] "logistic.dma" #> [52613] "dmai" #> [52614] "dmaiIntro" #> [52615] "GdmDiag" #> [52616] "GdmFull" #> [52617] "rca" #> [52618] "dmm-package" #> [52619] "chartodec" #> [52620] "condense.dmmarray" #> [52621] "condense.dmmblockarray" #> [52622] "csummary.dmm" #> [52623] "dt8bal.df" #> [52624] "gprint" #> [52625] "gprint.dmm" #> [52626] "gresponse.dmm" #> [52627] "gsummary.dmm" #> [52628] "harv101.df" #> [52629] "make.countarray" #> [52630] "make.ctable" #> [52631] "make.dmmobj" #> [52632] "mdf" #> [52633] "merino.df" #> [52634] "pedcheck" #> [52635] "pedrenum" #> [52636] "plot.dmm" #> [52637] "print.csummary.dmm" #> [52638] "print.dmm" #> [52639] "print.gresponse.dmm" #> [52640] "print.gsummary.dmm" #> [52641] "print.summary.dmm" #> [52642] "quercus.df" #> [52643] "sheep.df" #> [52644] "summary.dmm" #> [52645] "summary.gresponse.dmm" #> [52646] "tstmo1.df" #> [52647] "unfactor" #> [52648] "warcolak.convert" #> [52649] "DMMF-package" #> [52650] "DMMF" #> [52651] "DMMFc" #> [52652] "DMMF_Simple" #> [52653] "MapChecker" #> [52654] "Potato.Concave" #> [52655] "Potato.Convex" #> [52656] "SinkFill" #> [52657] "*.fn" #> [52658] "+.datalist" #> [52659] "+.fn" #> [52660] "+.objfn" #> [52661] "+.objlist" #> [52662] "addReaction" #> [52663] "as.data.frame.datalist" #> [52664] "as.data.frame.eqnlist" #> [52665] "as.eqnvec" #> [52666] "as.eventlist" #> [52667] "as.objlist" #> [52668] "as.parframe.parlist" #> [52669] "as.parvec.parframe" #> [52670] "attrs" #> [52671] "blockdiagSymb" #> [52672] "compile" #> [52673] "confint.parframe" #> [52674] "conservedQuantities" #> [52675] "constraintExp2" #> [52676] "constraintL2" #> [52677] "coordTransform" #> [52678] "datalist" #> [52679] "datapointL2" #> [52680] "eqnlist" #> [52681] "eqnvec" #> [52682] "eventlist" #> [52683] "expand.grid.alt" #> [52684] "fitErrorModel" #> [52685] "forcingsSymb" #> [52686] "format.eqnvec" #> [52687] "funC0" #> [52688] "getCoefficients" #> [52689] "getConditions" #> [52690] "getDerivs" #> [52691] "getEquations" #> [52692] "getFluxes" #> [52693] "getLocalDLLs" #> [52694] "getObservables" #> [52695] "getParameters" #> [52696] "getReactions" #> [52697] "ggopen" #> [52698] "Id" #> [52699] "jakstat" #> [52700] "lbind" #> [52701] "load.parlist" #> [52702] "loadDLL" #> [52703] "long2wide" #> [52704] "lsdMod" #> [52705] "match.fnargs" #> [52706] "mname" #> [52707] "modelname" #> [52708] "msParframe" #> [52709] "mstrust" #> [52710] "nll" #> [52711] "normL2" #> [52712] "nullZ" #> [52713] "objframe" #> [52714] "objlist" #> [52715] "obsfn" #> [52716] "odemodel" #> [52717] "parfn" #> [52718] "parframe" #> [52719] "parlist" #> [52720] "parvec" #> [52721] "Pexpl" #> [52722] "Pimpl" #> [52723] "plot.datalist" #> [52724] "plot.parlist" #> [52725] "plotCombined" #> [52726] "plotData.datalist" #> [52727] "plotFluxes" #> [52728] "plotPars.parframe" #> [52729] "plotPaths" #> [52730] "plotProfile.parframe" #> [52731] "plotValues.parframe" #> [52732] "prdfn" #> [52733] "prdframe" #> [52734] "prdlist" #> [52735] "predict.prdfn" #> [52736] "print.eqnlist" #> [52737] "print.eqnvec" #> [52738] "print.parfn" #> [52739] "print.parvec" #> [52740] "print0" #> [52741] "priorL2" #> [52742] "python_version_request" #> [52743] "python_version_rpython" #> [52744] "python_version_sys" #> [52745] "reduceReplicates" #> [52746] "repar" #> [52747] "resolveRecurrence" #> [52748] "rref" #> [52749] "scale_color_dMod" #> [52750] "scale_fill_dMod" #> [52751] "stat.parlist" #> [52752] "steadyStates" #> [52753] "strelide" #> [52754] "strpad" #> [52755] "subset.eqnlist" #> [52756] "summary.eqnvec" #> [52757] "symmetryDetection" #> [52758] "theme_dMod" #> [52759] "trust" #> [52760] "unique.parframe" #> [52761] "wide2long.data.frame" #> [52762] "wide2long.list" #> [52763] "wide2long.matrix" #> [52764] "write.eqnlist" #> [52765] "wrss" #> [52766] "Xd" #> [52767] "Xf" #> [52768] "Xs" #> [52769] "Xt" #> [52770] "%.*%" #> [52771] "DMRMark-package" #> [52772] "BLCA" #> [52773] "boundFinder" #> [52774] "DMRMark" #> [52775] "DMRViterbi" #> [52776] "FullSample" #> [52777] "MakeGSoptions" #> [52778] "mvScatter" #> [52779] "reformData" #> [52780] "DMRnet-package" #> [52781] "coef.cv.DMR" #> [52782] "coef.DMR" #> [52783] "coef.gic.DMR" #> [52784] "cv.DMR" #> [52785] "cv.DMRnet" #> [52786] "DMR" #> [52787] "DMRnet" #> [52788] "gic.DMR" #> [52789] "miete" #> [52790] "plot.cv.DMR" #> [52791] "plot.DMR" #> [52792] "plot.gic.DMR" #> [52793] "predict.cv.DMR" #> [52794] "predict.DMR" #> [52795] "predict.gic.DMR" #> [52796] "print.DMR" #> [52797] "promoter" #> [52798] "centerData" #> [52799] "compare.estimate.and.truth" #> [52800] "dependency.score" #> [52801] "DependencyModel-class" #> [52802] "drCCAcombine" #> [52803] "fit.dependency.model" #> [52804] "generate.toydata" #> [52805] "pfa.neg.log.likelihood" #> [52806] "plotVar" #> [52807] "regCCA" #> [52808] "sharedVar" #> [52809] "specificVar" #> [52810] "z.expectation" #> [52811] "covset" #> [52812] "dmutate" #> [52813] "mutate_random" #> [52814] "rbinomial" #> [52815] "DMwR-package" #> [52816] "algae" #> [52817] "algae.sols" #> [52818] "bestScores" #> [52819] "bootRun-class" #> [52820] "bootSettings-class" #> [52821] "centralImputation" #> [52822] "class.eval" #> [52823] "compAnalysis" #> [52824] "compExp-class" #> [52825] "CRchart" #> [52826] "cvRun-class" #> [52827] "cvSettings-class" #> [52828] "dataset-class" #> [52829] "dist.to.knn" #> [52830] "dsNames" #> [52831] "experimentalComparison" #> [52832] "expSettings-class" #> [52833] "getFoldsResults" #> [52834] "getSummaryResults" #> [52835] "getVariant" #> [52836] "growingWindowTest" #> [52837] "GSPC" #> [52838] "hldRun-class" #> [52839] "hldSettings-class" #> [52840] "holdOut" #> [52841] "knneigh.vect" #> [52842] "knnImputation" #> [52843] "learner-class" #> [52844] "learnerNames" #> [52845] "LinearScaling" #> [52846] "lofactor" #> [52847] "loocv" #> [52848] "loocvRun-class" #> [52849] "loocvSettings-class" #> [52850] "manyNAs" #> [52851] "mcRun-class" #> [52852] "mcSettings-class" #> [52853] "monteCarlo" #> [52854] "outliers.ranking" #> [52855] "PRcurve" #> [52856] "prettyTree" #> [52857] "rankSystems" #> [52858] "regr.eval" #> [52859] "ReScaling" #> [52860] "resp" #> [52861] "rpartXse" #> [52862] "rt.prune" #> [52863] "runLearner" #> [52864] "SelfTrain" #> [52865] "sigs.PR" #> [52866] "slidingWindowTest" #> [52867] "SMOTE" #> [52868] "SoftMax" #> [52869] "statNames" #> [52870] "statScores" #> [52871] "task-class" #> [52872] "test.algae" #> [52873] "tradeRecord-class" #> [52874] "trading.signals" #> [52875] "trading.simulator" #> [52876] "tradingEvaluation" #> [52877] "ts.eval" #> [52878] "variants" #> [52879] "DMwR2-package" #> [52880] "createEmbedDS" #> [52881] "nrLinesFile" #> [52882] "sampleCSV" #> [52883] "sampleDBMS" #> [52884] "gennet" #> [52885] "get.common.networks-methods" #> [52886] "get.modules-methods" #> [52887] "get.network1-methods" #> [52888] "get.network2-methods" #> [52889] "get.results-methods" #> [52890] "HeavyMice" #> [52891] "LeanMice" #> [52892] "modules-class" #> [52893] "network.modules" #> [52894] "pairOfNetworks-class" #> [52895] "PCnet" #> [52896] "PLSnet" #> [52897] "resultsClassTest-class" #> [52898] "resultsIndTest-class" #> [52899] "resultsModTest-class" #> [52900] "RRnet" #> [52901] "test.class.genes" #> [52902] "test.individual.genes" #> [52903] "test.modular.structure" #> [52904] "DNAseqtest-package" #> [52905] "artomat" #> [52906] "Fmatrix" #> [52907] "gn" #> [52908] "gn2" #> [52909] "gn3sim" #> [52910] "Ntml" #> [52911] "Pt" #> [52912] "simapp" #> [52913] "simemb" #> [52914] "Smatrix" #> [52915] "TEST2" #> [52916] "TEST3" #> [52917] "DNAtools-package" #> [52918] "dbCollapse" #> [52919] "dbCompare" #> [52920] "dbExample" #> [52921] "dbExpect" #> [52922] "dbSimulate" #> [52923] "dbVariance" #> [52924] "estimatePD" #> [52925] "freqEst" #> [52926] "noaTabs" #> [52927] "optim.relatedness" #> [52928] "pContrib" #> [52929] "pContrib.locus" #> [52930] "plot.dbcompare" #> [52931] "plot.dbOptim" #> [52932] "pNoA" #> [52933] "print.dbcompare" #> [52934] "print.dbOptim" #> [52935] "DnE-package" #> [52936] "is.bern" #> [52937] "is.beta" #> [52938] "is.binom" #> [52939] "is.chisq" #> [52940] "is.degen" #> [52941] "is.dt" #> [52942] "is.exp" #> [52943] "is.f" #> [52944] "is.gamma" #> [52945] "is.geom" #> [52946] "is.nbinom" #> [52947] "is.norm" #> [52948] "is.pois" #> [52949] "is.t" #> [52950] "is.unif" #> [52951] "'dDAGancestor.r'" #> [52952] "'dDAGtermSim.r'" #> [52953] "'dDAGgeneSim.r'" #> [52954] "'dEnricher.r'" #> [52955] "'dEnricherView.r'" #> [52956] "'dRDataLoader.r'" #> [52957] "'dCheckParallel.r'" #> [52958] "17:00:03" #> [52959] "dBUMfit" #> [52960] "dBUMscore" #> [52961] "dCheckParallel" #> [52962] "dCommSignif" #> [52963] "dContrast" #> [52964] "dDAGancestor" #> [52965] "dDAGannotate" #> [52966] "dDAGgeneSim" #> [52967] "dDAGinduce" #> [52968] "dDAGlevel" #> [52969] "dDAGreverse" #> [52970] "dDAGroot" #> [52971] "dDAGtermSim" #> [52972] "dDAGtip" #> [52973] "dEnricher" #> [52974] "dEnricherView" #> [52975] "dFDRscore" #> [52976] "dFunArgs" #> [52977] "dGSEA" #> [52978] "dGSEAview" #> [52979] "dGSEAwrite" #> [52980] "dNetConfidence" #> [52981] "dNetFind" #> [52982] "dNetInduce" #> [52983] "dNetPipeline" #> [52984] "dNetReorder" #> [52985] "dPvalAggregate" #> [52986] "dRDataLoader" #> [52987] "dRWR" #> [52988] "dRWRcontact" #> [52989] "dRWRpipeline" #> [52990] "dSVDsignif" #> [52991] "ig.HPPA" #> [52992] "org.Hs.egHPPA" #> [52993] "TCGA_mutations" #> [52994] "visBoxplotAdv" #> [52995] "visDAG" #> [52996] "visGSEA" #> [52997] "visNet" #> [52998] "visNetAnimate" #> [52999] "visNetArc" #> [53000] "visNetCircle" #> [53001] "visNetMul" #> [53002] "visNetReorder" #> [53003] "DNetFinder-package" #> [53004] "DNetGGM" #> [53005] "DNetNPN" #> [53006] "lassoGGM" #> [53007] "lassoNPN" #> [53008] "splitn" #> [53009] "splitn_kurtosis" #> [53010] "splitt" #> [53011] "splitt_kurtosis" #> [53012] "cal_lmi_data" #> [53013] "DNLC_statistics" #> [53014] "gene_fdrtest" #> [53015] "init_simulation_gene_net" #> [53016] "significant_genes" #> [53017] "DNMF" #> [53018] "ndNMF" #> [53019] "NMFpval" #> [53020] "rnk" #> [53021] "beach" #> [53022] "binaryPlot" #> [53023] "clustCoef" #> [53024] "engineEdge" #> [53025] "engineEdgeBayes" #> [53026] "engineEdgeExperimental" #> [53027] "engineEdgeNS" #> [53028] "engineVertex" #> [53029] "engineVertexNS" #> [53030] "expdeg" #> [53031] "ntriangles" #> [53032] "paramEdge" #> [53033] "paramVertex" #> [53034] "paramVertexOnly" #> [53035] "paramVertexOnlyGroup" #> [53036] "rdNets" #> [53037] "regEngine" #> [53038] "vdegree" #> [53039] "add.generator" #> [53040] "add.joint.mean.many" #> [53041] "add.uncond.mean.one" #> [53042] "ARsim" #> [53043] "BD.EMInference.prodExpecs" #> [53044] "BD.MCMC.SC" #> [53045] "bdARsimCondEnd" #> [53046] "BDloglikelihood.PO" #> [53047] "BDMC-class" #> [53048] "BDMC_many-class" #> [53049] "BDPOloglikeGradSqr.CTMC_PO_many" #> [53050] "BDsummaryStats" #> [53051] "birth.death.simulant" #> [53052] "bracket-methods" #> [53053] "combineCTMC" #> [53054] "CTMC-class" #> [53055] "CTMC.simulate" #> [53056] "CTMC.simulate.piecewise" #> [53057] "CTMC2list" #> [53058] "CTMCPO2indepIntervals" #> [53059] "CTMC_PO_1-class" #> [53060] "CTMC_PO_many-class" #> [53061] "derivType" #> [53062] "doublebracket-methods" #> [53063] "EM.BD.SC" #> [53064] "EM.BD.SC.cov.1sv" #> [53065] "EMutilities" #> [53066] "getBDinform" #> [53067] "getBDinform.PO" #> [53068] "getBDjTimes" #> [53069] "getBDMCsPOlist-methods" #> [53070] "getDataSummary.CTMC_PO_many" #> [53071] "getInitParams" #> [53072] "getIthJumpTime" #> [53073] "getMCstate" #> [53074] "getNewParams.SC" #> [53075] "getPartialData" #> [53076] "getStates" #> [53077] "getSubMC" #> [53078] "getT-methods" #> [53079] "getTimes" #> [53080] "getTs-methods" #> [53081] "graph.CTMC" #> [53082] "list2CTMC" #> [53083] "Nij" #> [53084] "Nplus" #> [53085] "num.deriv" #> [53086] "power.coef.one" #> [53087] "process.prob.one" #> [53088] "sampleJumpTime2" #> [53089] "sim.condBD" #> [53090] "simplify" #> [53091] "sub-methods" #> [53092] "achievement" #> [53093] "anthers" #> [53094] "balanced" #> [53095] "birthweight" #> [53096] "carbohydrate" #> [53097] "Cars" #> [53098] "cholesterol" #> [53099] "cyclones" #> [53100] "dobson" #> [53101] "doctors" #> [53102] "ear" #> [53103] "graduates" #> [53104] "hepatitis" #> [53105] "hiroshima" #> [53106] "machine" #> [53107] "plant.dried" #> [53108] "plants" #> [53109] "PLOS" #> [53110] "senility" #> [53111] "stroke.wide" #> [53112] "tumor" #> [53113] "unbalanced" #> [53114] "vaccine" #> [53115] "waist" #> [53116] "by-lapply" #> [53117] "by-order" #> [53118] "by-sample" #> [53119] "by-split" #> [53120] "by-subset" #> [53121] "by-summary" #> [53122] "by-transform" #> [53123] "data-beets" #> [53124] "data-breastcancer" #> [53125] "data-budworm" #> [53126] "data-carcass" #> [53127] "data-codstom" #> [53128] "data-crimeRate" #> [53129] "data-dietox" #> [53130] "data-haldCement" #> [53131] "data-milkman" #> [53132] "data-NIRmilk" #> [53133] "data-potatoes" #> [53134] "descStat" #> [53135] "esticon" #> [53136] "fatacid" #> [53137] "firstlastobs" #> [53138] "is-estimable" #> [53139] "linest-get" #> [53140] "linest-matrix" #> [53141] "ls-means" #> [53142] "null-basis" #> [53143] "parseGroupFormula" #> [53144] "recodeVar" #> [53145] "renameCol" #> [53146] "subSeq" #> [53147] "summary.esticon_class" #> [53148] "timeSinceEvent" #> [53149] "which.maxn" #> [53150] "Dockerfile" #> [53151] "dock_from_desc" #> [53152] "docopt-package" #> [53153] "docopt" #> [53154] "buildf" #> [53155] "Defficiency" #> [53156] "DerivLogf" #> [53157] "docopulae" #> [53158] "Dsensitivity" #> [53159] "fisherI" #> [53160] "grow.grid" #> [53161] "integrateA" #> [53162] "nint_ERROR" #> [53163] "nint_expandSpace" #> [53164] "nint_funcDim" #> [53165] "nint_gridDim" #> [53166] "nint_integrate" #> [53167] "nint_integrateNCube" #> [53168] "nint_integrateNFunc" #> [53169] "nint_intvDim" #> [53170] "nint_scatDim" #> [53171] "nint_space" #> [53172] "nint_tanTransform" #> [53173] "nint_transform" #> [53174] "nint_TYPE" #> [53175] "nint_validateSpace" #> [53176] "numDerivLogf" #> [53177] "plot.desigh" #> [53178] "print.nint_space" #> [53179] "reduce" #> [53180] "rowmatch" #> [53181] "roworder" #> [53182] "rowsduplicated" #> [53183] "seq1" #> [53184] "update.param" #> [53185] "wDefficiency" #> [53186] "wDsensitivity" #> [53187] "Wynn" #> [53188] "docstring" #> [53189] "documair-package" #> [53190] "build8pkg" #> [53191] "change8names" #> [53192] "compile8pkg" #> [53193] "copy8objects" #> [53194] "display8tags" #> [53195] "documair0" #> [53196] "dpert" #> [53197] "prepare8pkg" #> [53198] "document-package" #> [53199] "get_dpd" #> [53200] "get_lines_between_tags" #> [53201] "man" #> [53202] "create_annotation_file" #> [53203] "document_it" #> [53204] "extract_annotations" #> [53205] "insert_paragraphs" #> [53206] "docu_auth" #> [53207] "docu_download" #> [53208] "docu_embedded_sign" #> [53209] "docu_envelope" #> [53210] "docu_envelope_status" #> [53211] "docu_header" #> [53212] "docu_list_envelopes" #> [53213] "docu_login" #> [53214] "docu_templates" #> [53215] "parse_response" #> [53216] "docxtools" #> [53217] "format_engr" #> [53218] "put_axes" #> [53219] "put_gap" #> [53220] "assign_colnames" #> [53221] "docxtractr" #> [53222] "docx_cmnt_count" #> [53223] "docx_describe_cmnts" #> [53224] "docx_describe_tbls" #> [53225] "docx_extract_all" #> [53226] "docx_extract_all_cmnts" #> [53227] "docx_extract_all_tbls" #> [53228] "docx_extract_tbl" #> [53229] "docx_tbl_count" #> [53230] "mcga" #> [53231] "print.docx" #> [53232] "read_docx" #> [53233] "set_libreoffice_path" #> [53234] "Dodge-package" #> [53235] "ChainBinomial" #> [53236] "CurtBinomial" #> [53237] "DSPlanBinomial" #> [53238] "LSP" #> [53239] "plot.AccSampPlan" #> [53240] "print.AccSampPlan" #> [53241] "SeqDesignBinomial" #> [53242] "SequentialBinomial" #> [53243] "SSPDesignBinomial" #> [53244] "SSPlanBinomial" #> [53245] "VSPDesign" #> [53246] "VSPKnown" #> [53247] "Padgham" #> [53248] "2019-03-20" #> [53249] "22:20:05" #> [53250] "compare_heaps" #> [53251] "dodgr" #> [53252] "dodgr_components" #> [53253] "dodgr_contract_graph" #> [53254] "dodgr_distances" #> [53255] "dodgr_dists" #> [53256] "dodgr_flowmap" #> [53257] "dodgr_flows_aggregate" #> [53258] "dodgr_flows_disperse" #> [53259] "dodgr_full_cycles" #> [53260] "dodgr_fundamental_cycles" #> [53261] "dodgr_paths" #> [53262] "dodgr_sample" #> [53263] "dodgr_sflines_to_poly" #> [53264] "dodgr_streetnet" #> [53265] "dodgr_to_igraph" #> [53266] "dodgr_to_sf" #> [53267] "dodgr_to_sfc" #> [53268] "dodgr_to_tidygraph" #> [53269] "dodgr_uncontract_graph" #> [53270] "dodgr_vertices" #> [53271] "hampi" #> [53272] "igraph_to_dodgr" #> [53273] "match_points_to_graph" #> [53274] "match_pts_to_graph" #> [53275] "merge_directed_flows" #> [53276] "os_roads_bristol" #> [53277] "weighting_profiles" #> [53278] "weight_railway" #> [53279] "weight_streetnet" #> [53280] "dodr" #> [53281] "HANOVA" #> [53282] "harmNoisePred" #> [53283] "harmScaleTest" #> [53284] "robustDODR" #> [53285] "robustHarmScaleTest" #> [53286] "DoE.base-package" #> [53287] "add.response" #> [53288] "block.catlg3" #> [53289] "contr.FrF2" #> [53290] "corrPlot" #> [53291] "cross.design" #> [53292] "expansive.replace" #> [53293] "export.design" #> [53294] "fac.design" #> [53295] "formula.design" #> [53296] "genChild" #> [53297] "generalized.word.length" #> [53298] "getblock" #> [53299] "GRind" #> [53300] "halfnormal" #> [53301] "ICFTs" #> [53302] "iscube" #> [53303] "aov" #> [53304] "lowerbound_AR" #> [53305] "oa.design" #> [53306] "oacat" #> [53307] "oa_feasible" #> [53308] "param.design" #> [53309] "planor2design" #> [53310] "Plotting" #> [53311] "print.oa" #> [53312] "qua.design" #> [53313] "Reshape" #> [53314] "designs" #> [53315] "repeated" #> [53316] "show.oas" #> [53317] "SN" #> [53318] "VSGFS" #> [53319] "DoE.MIParray-package" #> [53320] "functionsFromDoE.base" #> [53321] "mosek2gurobi" #> [53322] "mosek_MIParray" #> [53323] "mosek_MIPcontinue" #> [53324] "mosek_MIPsearch" #> [53325] "bbd.design" #> [53326] "ccd.augment" #> [53327] "ccd.design" #> [53328] "CentralCompositeDesigns" #> [53329] "DoE.wrapper-page" #> [53330] "Dopt.augment" #> [53331] "Dopt.design" #> [53332] "lhs.design" #> [53333] "optimality.criteria" #> [53334] "rsmformula" #> [53335] "DoEstRare" #> [53336] "AF" #> [53337] "AG" #> [53338] "AGF" #> [53339] "B2" #> [53340] "BX" #> [53341] "FA" #> [53342] "GF" #> [53343] "JF" #> [53344] "MBF" #> [53345] "MGF" #> [53346] "OS" #> [53347] "OSR" #> [53348] "outly" #> [53349] "PB" #> [53350] "PF" #> [53351] "SS" #> [53352] "WA" #> [53353] "WE" #> [53354] "doFuture" #> [53355] "registerDoFuture" #> [53356] "doMC-package" #> [53357] "registerDoMC" #> [53358] "Dominance-package" #> [53359] "ADI" #> [53360] "change.action.without.response" #> [53361] "data_ADI" #> [53362] "data_Musicnotation" #> [53363] "data_Network_1" #> [53364] "data_Network_2" #> [53365] "detect_bits" #> [53366] "FDI" #> [53367] "musicnotation" #> [53368] "search.win.lose" #> [53369] "Sociogram" #> [53370] "dominanceanalysis-package" #> [53371] "averageContribution" #> [53372] "bootAverageDominanceAnalysis" #> [53373] "bootDominanceAnalysis" #> [53374] "contributionByLevel" #> [53375] "da.glm.fit" #> [53376] "da.lm.fit" #> [53377] "da.lmerMod.fit" #> [53378] "da.lmWithCov.fit" #> [53379] "da.mlmWithCov.fit" #> [53380] "dominanceAnalysis" #> [53381] "dominanceMatrix" #> [53382] "getFits" #> [53383] "lmmR2" #> [53384] "lmWithCov" #> [53385] "mlmWithCov" #> [53386] "tropicbird" #> [53387] "using-fit-indices" #> [53388] "domino-package" #> [53389] "domino.create" #> [53390] "domino.debug" #> [53391] "domino.diff" #> [53392] "domino.download" #> [53393] "domino.dump" #> [53394] "domino.get" #> [53395] "domino.init" #> [53396] "domino.login" #> [53397] "domino.reset" #> [53398] "domino.run" #> [53399] "domino.runCommand" #> [53400] "domino.snapshot" #> [53401] "domino.status" #> [53402] "domino.sync" #> [53403] "domino.upload" #> [53404] "doMPI-package" #> [53405] "dompiWorkerLoop" #> [53406] "exportDoMPI" #> [53407] "getDoMpiCluster" #> [53408] "openMPIcluster" #> [53409] "registerDoMPI" #> [53410] "setRngDoMPI" #> [53411] "sinkWorkerOutput" #> [53412] "startMPIcluster" #> [53413] "doParallel-package" #> [53414] "registerDoParallel" #> [53415] "doRedis-package" #> [53416] "redisWorker" #> [53417] "registerDoRedis" #> [53418] "removeQueue" #> [53419] "setChunkSize" #> [53420] "setExport" #> [53421] "setGetTask" #> [53422] "setTag" #> [53423] "setTaskLabel" #> [53424] "startLocalWorkers" #> [53425] "calculate.gold" #> [53426] "cardio" #> [53427] "generate.excitation" #> [53428] "generate.panel.remi" #> [53429] "generate.remi" #> [53430] "plot.doremi" #> [53431] "predict.doremi" #> [53432] "print.doremi" #> [53433] "print.doremidata" #> [53434] "remi" #> [53435] "summary.doremi" #> [53436] "doRNG-package" #> [53437] "doRNGversion" #> [53438] "registerDoRNG" #> [53439] "%dorng%" #> [53440] "addalmostexact" #> [53441] "angristlavy" #> [53442] "costa" #> [53443] "dynarski" #> [53444] "fine" #> [53445] "pinto" #> [53446] "schoket" #> [53447] "senU" #> [53448] "senWilcox" #> [53449] "senWilcoxExact" #> [53450] "werfel" #> [53451] "dosearch-package" #> [53452] "bivariate_missingness" #> [53453] "get_derivation" #> [53454] "DoseFinding-package" #> [53455] "bFitMod" #> [53456] "biom" #> [53457] "defBnds" #> [53458] "DR-Models" #> [53459] "glycobrom" #> [53460] "guesst" #> [53461] "IBScovars" #> [53462] "MCPMod" #> [53463] "MCTtest" #> [53464] "migraine" #> [53465] "Mods" #> [53466] "mvtnorm.control" #> [53467] "neurodeg" #> [53468] "optContr" #> [53469] "optDesign" #> [53470] "planMod" #> [53471] "powMCT" #> [53472] "sampSize" #> [53473] "Target" #> [53474] "Doses" #> [53475] "registerDoSNOW" #> [53476] "dosresmeta-package" #> [53477] "alcohol_crc" #> [53478] "alcohol_cvd" #> [53479] "alcohol_esoph" #> [53480] "alcohol_lc" #> [53481] "blup.dosresmeta" #> [53482] "bmi_rc" #> [53483] "cc_ex" #> [53484] "ci_ex" #> [53485] "coef.dosresmeta" #> [53486] "coffee_cancer" #> [53487] "coffee_cvd" #> [53488] "coffee_mort" #> [53489] "coffee_stroke" #> [53490] "covar.logrr" #> [53491] "covar.smd" #> [53492] "dosresmeta" #> [53493] "dosresmeta.control" #> [53494] "dosresmeta.fixed" #> [53495] "dosresmeta.ml" #> [53496] "dosresmetaObject" #> [53497] "fish_ra" #> [53498] "fpgrid" #> [53499] "fracpol" #> [53500] "grl" #> [53501] "hamling" #> [53502] "ir_ex" #> [53503] "logLik.dosresmeta" #> [53504] "milk_mort" #> [53505] "milk_ov" #> [53506] "mlprof.fun" #> [53507] "oc_breast" #> [53508] "predict.dosresmeta" #> [53509] "print.dosresmeta" #> [53510] "process_bc" #> [53511] "qtest.dosresmeta" #> [53512] "red_bc" #> [53513] "sim_os" #> [53514] "vpc" #> [53515] "waldtest" #> [53516] ".T" #> [53517] "capply" #> [53518] "class.stats" #> [53519] "dostats" #> [53520] "fill_v" #> [53521] "listrows" #> [53522] "make_call" #> [53523] "make_new_id" #> [53524] "onarg" #> [53525] "pval" #> [53526] "redirf" #> [53527] "seq_consecutive" #> [53528] "wargs" #> [53529] "%contains%" #> [53530] "getStart" #> [53531] "plotCS" #> [53532] "plotNcluster" #> [53533] "plotTC" #> [53534] "wrapFKM" #> [53535] "dotCall64" #> [53536] "vector_dc" #> [53537] "dotdot_first" #> [53538] "dotenv-package" #> [53539] "load_dot_env" #> [53540] "add_brackets" #> [53541] "by_2sd" #> [53542] "dwplot" #> [53543] "relabel_predictors" #> [53544] "relabel_y_axis" #> [53545] "secret_weapon" #> [53546] "small_multiple" #> [53547] "DGLwghts" #> [53548] "Sunwghts" #> [53549] "double.truncation-package" #> [53550] "NPMLE" #> [53551] "PMLE.loglogistic" #> [53552] "PMLE.lognormal" #> [53553] "PMLE.SEF1.free" #> [53554] "PMLE.SEF1.negative" #> [53555] "PMLE.SEF1.positive" #> [53556] "PMLE.SEF2.negative" #> [53557] "PMLE.SEF3.free" #> [53558] "PMLE.SEF3.negative" #> [53559] "PMLE.SEF3.positive" #> [53560] "PMLE.Weibull" #> [53561] "DoubleCone-package" #> [53562] "adhd" #> [53563] "agconst" #> [53564] "derby" #> [53565] "doubconetest" #> [53566] "partlintest" #> [53567] "DoubleExpSeq-package" #> [53568] "counts" #> [53569] "DB.MAPlot" #> [53570] "DBGLM1" #> [53571] "EstimateDEBDisp" #> [53572] "EstimateWEBDisp" #> [53573] "exon" #> [53574] "offsets" #> [53575] "optimPlot" #> [53576] "DOvalidation-package" #> [53577] "b.BO" #> [53578] "b.BO.MBC" #> [53579] "b.CV" #> [53580] "b.CV.MBC" #> [53581] "b.OSCV" #> [53582] "b.OSCV.MBC" #> [53583] "discretise.data" #> [53584] "DK" #> [53585] "hazard.LL" #> [53586] "hazard.LL.RH" #> [53587] "hazard.MBC" #> [53588] "Iceland" #> [53589] "K.epa" #> [53590] "K.sextic" #> [53591] "UK" #> [53592] "US" #> [53593] "Dowd-package" #> [53594] "AdjustedNormalESHotspots" #> [53595] "AdjustedNormalVaRHotspots" #> [53596] "AdjustedVarianceCovarianceES" #> [53597] "AdjustedVarianceCovarianceVaR" #> [53598] "ADTestStat" #> [53599] "AmericanPutESBinomial" #> [53600] "AmericanPutESSim" #> [53601] "AmericanPutPriceBinomial" #> [53602] "AmericanPutVaRBinomial" #> [53603] "BinomialBacktest" #> [53604] "BlackScholesCallESSim" #> [53605] "BlackScholesCallPrice" #> [53606] "BlackScholesPutESSim" #> [53607] "BlackScholesPutPrice" #> [53608] "BlancoIhleBacktest" #> [53609] "BootstrapES" #> [53610] "BootstrapESConfInterval" #> [53611] "BootstrapESFigure" #> [53612] "BootstrapVaR" #> [53613] "BootstrapVaRConfInterval" #> [53614] "BootstrapVaRFigure" #> [53615] "BoxCoxES" #> [53616] "BoxCoxVaR" #> [53617] "CdfOfSumUsingGaussianCopula" #> [53618] "CdfOfSumUsingGumbelCopula" #> [53619] "CdfOfSumUsingProductCopula" #> [53620] "ChristoffersenBacktestForIndependence" #> [53621] "ChristoffersenBacktestForUnconditionalCoverage" #> [53622] "CornishFisherES" #> [53623] "CornishFisherVaR" #> [53624] "DBPensionVaR" #> [53625] "DCPensionVaR" #> [53626] "DefaultRiskyBondVaR" #> [53627] "FilterStrategyLogNormalVaR" #> [53628] "FrechetES" #> [53629] "FrechetESPlot2DCl" #> [53630] "FrechetVaR" #> [53631] "FrechetVaRPlot2DCl" #> [53632] "GaussianCopulaVaR" #> [53633] "GParetoES" #> [53634] "GParetoMEFPlot" #> [53635] "GParetoMultipleMEFPlot" #> [53636] "GParetoVaR" #> [53637] "GumbelCopulaVaR" #> [53638] "GumbelES" #> [53639] "GumbelESPlot2DCl" #> [53640] "GumbelVaR" #> [53641] "GumbelVaRPlot2DCl" #> [53642] "HillEstimator" #> [53643] "HillPlot" #> [53644] "HillQuantileEstimator" #> [53645] "HSES" #> [53646] "HSESDFPerc" #> [53647] "HSESFigure" #> [53648] "HSESPlot2DCl" #> [53649] "HSVaR" #> [53650] "HSVaRDFPerc" #> [53651] "HSVaRESPlot2DCl" #> [53652] "HSVaRFigure" #> [53653] "HSVaRPlot2DCl" #> [53654] "InsuranceVaR" #> [53655] "InsuranceVaRES" #> [53656] "JarqueBeraBacktest" #> [53657] "KernelESBoxKernel" #> [53658] "KernelESEpanechinikovKernel" #> [53659] "KernelESNormalKernel" #> [53660] "KernelESTriangleKernel" #> [53661] "KernelVaRBoxKernel" #> [53662] "KernelVaREpanechinikovKernel" #> [53663] "KernelVaRNormalKernel" #> [53664] "KernelVaRTriangleKernel" #> [53665] "KSTestStat" #> [53666] "KuiperTestStat" #> [53667] "LogNormalES" #> [53668] "LogNormalESDFPerc" #> [53669] "LogNormalESFigure" #> [53670] "LogNormalESPlot2DCL" #> [53671] "LogNormalESPlot2DHP" #> [53672] "LogNormalESPlot3D" #> [53673] "LogNormalVaR" #> [53674] "LogNormalVaRDFPerc" #> [53675] "LogNormalVaRETLPlot2DCL" #> [53676] "LogNormalVaRFigure" #> [53677] "LogNormalVaRPlot2DCL" #> [53678] "LogNormalVaRPlot2DHP" #> [53679] "LogNormalVaRPlot3D" #> [53680] "LogtES" #> [53681] "LogtESDFPerc" #> [53682] "LogtESPlot2DCL" #> [53683] "LogtESPlot2DHP" #> [53684] "LogtESPlot3D" #> [53685] "LogtVaR" #> [53686] "LogtVaRDFPerc" #> [53687] "LogtVaRPlot2DCL" #> [53688] "LogtVaRPlot2DHP" #> [53689] "LogtVaRPlot3D" #> [53690] "LongBlackScholesCallVaR" #> [53691] "LongBlackScholesPutVaR" #> [53692] "LopezBacktest" #> [53693] "MEFPlot" #> [53694] "NormalES" #> [53695] "NormalESConfidenceInterval" #> [53696] "NormalESDFPerc" #> [53697] "NormalESFigure" #> [53698] "NormalESHotspots" #> [53699] "NormalESPlot2DCL" #> [53700] "NormalESPlot2DHP" #> [53701] "NormalESPlot3D" #> [53702] "NormalQQPlot" #> [53703] "NormalQuantileStandardError" #> [53704] "NormalSpectralRiskMeasure" #> [53705] "NormalVaR" #> [53706] "NormalVaRConfidenceInterval" #> [53707] "NormalVaRDFPerc" #> [53708] "NormalVaRFigure" #> [53709] "NormalVaRHotspots" #> [53710] "NormalVaRPlot2DCL" #> [53711] "NormalVaRPlot2DHP" #> [53712] "NormalVaRPlot3D" #> [53713] "PCAES" #> [53714] "PCAESPlot" #> [53715] "PCAPrelim" #> [53716] "PCAVaR" #> [53717] "PCAVaRPlot" #> [53718] "PickandsEstimator" #> [53719] "PickandsPlot" #> [53720] "ProductCopulaVaR" #> [53721] "ShortBlackScholesCallVaR" #> [53722] "ShortBlackScholesPutVaR" #> [53723] "StopLossLogNormalVaR" #> [53724] "tES" #> [53725] "tESDFPerc" #> [53726] "tESFigure" #> [53727] "tESPlot2DCL" #> [53728] "tESPlot2DHP" #> [53729] "tESPlot3D" #> [53730] "TQQPlot" #> [53731] "tQuantileStandardError" #> [53732] "tVaR" #> [53733] "tVaRDFPerc" #> [53734] "tVaRESPlot2DCL" #> [53735] "tVaRFigure" #> [53736] "tVaRPlot2DCL" #> [53737] "tVaRPlot2DHP" #> [53738] "tVaRPlot3D" #> [53739] "VarianceCovarianceES" #> [53740] "VarianceCovarianceVaR" #> [53741] "downloader" #> [53742] "sha_url" #> [53743] "downscale-package" #> [53744] "downscale" #> [53745] "ensemble.downscale" #> [53746] "hui.downscale" #> [53747] "plot.predict.downscale" #> [53748] "predict.downscale" #> [53749] "upgrain" #> [53750] "upgrain.threshold" #> [53751] "arg_small" #> [53752] "check_args" #> [53753] "downsize_error" #> [53754] "help_downsize" #> [53755] "make_small" #> [53756] "my_mode" #> [53757] "production_mode" #> [53758] "scale_down" #> [53759] "scale_up" #> [53760] "scaling" #> [53761] "should_downsize" #> [53762] "subset_dim" #> [53763] "subset_length" #> [53764] "subset_ncol" #> [53765] "subset_nrow" #> [53766] "subset_single_dim" #> [53767] "test_mode" #> [53768] "use_arg_small" #> [53769] "dpa-package" #> [53770] "dpa.analysis.options" #> [53771] "dpa.analysis.performDPA" #> [53772] "dpa.analysis.saveDPA" #> [53773] "dpa.data.authenticationCancel" #> [53774] "dpa.data.authenticationSubmit" #> [53775] "dpa.data.checkData" #> [53776] "dpa.data.loadCancel" #> [53777] "dpa.data.loadData" #> [53778] "dpa.data.loadDataFromDatabase" #> [53779] "dpa.data.loadDataFromDisk" #> [53780] "dpa.data.saveDataToDisk" #> [53781] "dpa.data.setWorkingDirectory" #> [53782] "dpa.data.viewOrEditData" #> [53783] "dpa.exit" #> [53784] "dpa.find.missingRow" #> [53785] "dpa.generate.lag" #> [53786] "dpa.incrementValue" #> [53787] "dpa.locate.missing" #> [53788] "dpa.relations.addRelations" #> [53789] "dpa.relations.editRelations" #> [53790] "dpa.relations.loadRelations" #> [53791] "dpa.relations.saveRelations" #> [53792] "dpa.results.generateCoefficientsPlots" #> [53793] "dpa.results.generateFitPlots" #> [53794] "dpa.results.setGraphDir" #> [53795] "dpa.results.viewNodePlots" #> [53796] "dpa.results.viewRelationsPlots" #> [53797] "dpa.sort.data" #> [53798] "dpa.start" #> [53799] "relations" #> [53800] "dparser-package" #> [53801] "dparse" #> [53802] "dpDefaultSkip" #> [53803] "dpReload" #> [53804] "mkdparse" #> [53805] "DPBBM-package" #> [53806] "bbm_data_generate" #> [53807] "BCubed_metric" #> [53808] "dpbbm_mc_iterations" #> [53809] "crit.dpcid" #> [53810] "cv.lambda1" #> [53811] "dpcid" #> [53812] "dpcid_core" #> [53813] "dpcid_l1_core" #> [53814] "lshr.cov" #> [53815] "'extract_run.R'" #> [53816] "'fit_adpcr.R'" #> [53817] "'fl.R'" #> [53818] "'get_k_n.R'" #> [53819] "'limit_cq.R'" #> [53820] "'many_peaks.R'" #> [53821] "'modlist.R'" #> [53822] "'moments.R'" #> [53823] "'pds.R'" #> [53824] "'pds_raw.R'" #> [53825] "'plot_distr.R'" #> [53826] "'plot_vf_circ.R'" #> [53827] "'plot_vic_fam.R'" #> [53828] "'print_summary.R'" #> [53829] "'qpcr2pp.R'" #> [53830] "'qpcr_analyser.R'" #> [53831] "'read_amp.R'" #> [53832] "'rename_dpcr.R'" #> [53833] "'rtadpcr.R'" #> [53834] "'safe_efficiency.R'" #> [53835] "'sim_adpcr.R'" #> [53836] "'sim_ddpcr_bkm.R'" #> [53837] "'sim_dpcr.R'" #> [53838] "'six_panels.R'" #> [53839] "'summary_dpcr.R'" #> [53840] "'test_counts_gui.R'" #> [53841] "'test_panel.R'" #> [53842] "'test_pooled.R'" #> [53843] "'valid_amp.R'" #> [53844] "Burdukiewicz" #> [53845] "Stefan" #> [53846] "Roediger" #> [53847] "Jacobs" #> [53848] "Piotr" #> [53849] "Sobczyk" #> [53850] "2019-02-03" #> [53851] "23:13:49" #> [53852] "dpcR-package" #> [53853] "adpcr-class" #> [53854] "adpcr2panel" #> [53855] "adpcr2ppp" #> [53856] "bind_dpcr-methods" #> [53857] "bioamp" #> [53858] "BioradCNV" #> [53859] "calc_coordinates" #> [53860] "compare_dens" #> [53861] "count_test" #> [53862] "create_dpcr" #> [53863] "ddpcRquant" #> [53864] "df2dpcr" #> [53865] "dpcr-class" #> [53866] "dpcr2df-methods" #> [53867] "dpcReport" #> [53868] "dPCRmethyl" #> [53869] "dpcr_density" #> [53870] "dpcr_density_gui" #> [53871] "dpcr_density_table" #> [53872] "extract_dpcr" #> [53873] "extract_run" #> [53874] "limit_cq" #> [53875] "many_peaks" #> [53876] "moments-methods" #> [53877] "num2int" #> [53878] "pds" #> [53879] "pds_raw" #> [53880] "plot.qdpcr" #> [53881] "plot_panel" #> [53882] "plot_vic_fam" #> [53883] "qdpcr-class" #> [53884] "qpcr2pp" #> [53885] "qpcr_analyser" #> [53886] "read_amp" #> [53887] "read_BioMark" #> [53888] "read_dpcr" #> [53889] "read_QX100" #> [53890] "read_QX200" #> [53891] "read_redf" #> [53892] "rename_dpcr" #> [53893] "rtadpcr-class" #> [53894] "sim_adpcr" #> [53895] "sim_dpcr" #> [53896] "six_panels" #> [53897] "test_counts" #> [53898] "test_counts_gui" #> [53899] "test_panel" #> [53900] "test_peaks" #> [53901] "test_pooled" #> [53902] "White" #> [53903] "dpglasso-package" #> [53904] "box_qp_f" #> [53905] "dpglasso" #> [53906] "Dpit-package" #> [53907] "Dpit" #> [53908] "FourSamples" #> [53909] "2018-11-05" #> [53910] "dplR-package" #> [53911] "anos1" #> [53912] "as.rwl" #> [53913] "bai.in" #> [53914] "bai.out" #> [53915] "ca533" #> [53916] "cana157" #> [53917] "ccf.series.rwl" #> [53918] "cms" #> [53919] "co021" #> [53920] "combine.rwl" #> [53921] "common.interval" #> [53922] "corr.rwl.seg" #> [53923] "corr.series.seg" #> [53924] "crn.plot" #> [53925] "csv2rwl" #> [53926] "detrend.series" #> [53927] "ffcsaps" #> [53928] "fill.internal.NA" #> [53929] "gini.coef" #> [53930] "glk" #> [53931] "gp.d2pith" #> [53932] "gp.dbh" #> [53933] "gp.po" #> [53934] "gp.rwl" #> [53935] "hanning" #> [53936] "i.detrend" #> [53937] "i.detrend.series" #> [53938] "insert.ring" #> [53939] "interseries.cor" #> [53940] "latexDate" #> [53941] "latexify" #> [53942] "morlet" #> [53943] "pass.filt" #> [53944] "plot.rwl" #> [53945] "plotRings" #> [53946] "po.to.wc" #> [53947] "pointer" #> [53948] "powt" #> [53949] "print.redfit" #> [53950] "print.rwl.report" #> [53951] "rasterPlot" #> [53952] "read.compact" #> [53953] "read.crn" #> [53954] "read.fh" #> [53955] "read.ids" #> [53956] "read.rwl" #> [53957] "read.tridas" #> [53958] "read.tucson" #> [53959] "redfit" #> [53960] "rwi.stats.running" #> [53961] "rwl.report" #> [53962] "rwl.stats" #> [53963] "seg.plot" #> [53964] "sens1" #> [53965] "sens2" #> [53966] "series.rwl.plot" #> [53967] "skel.plot" #> [53968] "spag.plot" #> [53969] "sss" #> [53970] "strip.rwl" #> [53971] "tbrm" #> [53972] "time.rwl" #> [53973] "treeMean" #> [53974] "tridas.vocabulary" #> [53975] "uuid.gen" #> [53976] "wa082" #> [53977] "wavelet.plot" #> [53978] "wc.to.po" #> [53979] "write.compact" #> [53980] "write.crn" #> [53981] "write.rwl" #> [53982] "write.tridas" #> [53983] "write.tucson" #> [53984] "xskel.ccf.plot" #> [53985] "xskel.plot" #> [53986] "boot.0.20" #> [53987] "boot.20.2000" #> [53988] "climate.anom.dendro.season" #> [53989] "concordance.indices" #> [53990] "correlation.function" #> [53991] "dbh.po.nc" #> [53992] "exact.ci" #> [53993] "Figure.correlation.barplot" #> [53994] "figure.function.concordance" #> [53995] "function.id" #> [53996] "function.id.master" #> [53997] "names.stat" #> [53998] "overall.concordance.period" #> [53999] "precipitation" #> [54000] "ring.raw" #> [54001] "ring.stand" #> [54002] "series.bootstrap" #> [54003] "site.chron" #> [54004] "stat" #> [54005] "SumNotNa" #> [54006] "TruncSeriesPithoffset" #> [54007] "dplyr-package" #> [54008] "all_equal" #> [54009] "all_vars" #> [54010] "arrange" #> [54011] "arrange_all" #> [54012] "as.table.tbl_cube" #> [54013] "as.tbl_cube" #> [54014] "auto_copy" #> [54015] "band_members" #> [54016] "case_when" #> [54017] "compute" #> [54018] "copy_to" #> [54019] "cumall" #> [54020] "distinct" #> [54021] "distinct_all" #> [54022] "do" #> [54023] "dr_dplyr" #> [54024] "explain" #> [54025] "filter_all" #> [54026] "funs" #> [54027] "group_by_all" #> [54028] "group_cols" #> [54029] "group_keys" #> [54030] "group_map" #> [54031] "group_rows" #> [54032] "group_trim" #> [54033] "hybrid_call" #> [54034] "if_else" #> [54035] "lead-lag" #> [54036] "mutate_all" #> [54037] "nasa" #> [54038] "na_if" #> [54039] "near" #> [54040] "nest_join.data.frame" #> [54041] "nth" #> [54042] "n_distinct" #> [54043] "order_by" #> [54044] "rowwise" #> [54045] "scoped" #> [54046] "select_all" #> [54047] "select_vars" #> [54048] "starwars" #> [54049] "storms" #> [54050] "summarise" #> [54051] "summarise_all" #> [54052] "tbl" #> [54053] "tbl_cube" #> [54054] "top_n" #> [54055] "vars" #> [54056] "blob_to_string" #> [54057] "dbConnect,TeradataOdbcDriver-method" #> [54058] "db_list_tables_with_pattern" #> [54059] "TeradataOdbcConnection" #> [54060] "TeradataOdbcDriver" #> [54061] "todbc" #> [54062] "todbc-tables" #> [54063] "checkInvalid" #> [54064] "codes2kind" #> [54065] "dplyrAssist" #> [54066] "findData" #> [54067] "makeValid" #> [54068] "makeValidCode" #> [54069] "dpmixsim" #> [54070] "postdataseg" #> [54071] "postdpmixciz" #> [54072] "postimgclgrp" #> [54073] "postimgcomps" #> [54074] "postkcluster" #> [54075] "premask" #> [54076] "prescale" #> [54077] "readsliceimg" #> [54078] "t1_pn3_rf0_slice_0092.Rd" #> [54079] "t1_pn3_rf0_slice_0092_mask.Rd" #> [54080] "datapackage_info" #> [54081] "datapackage_init" #> [54082] "datapackage_install" #> [54083] "meta_template" #> [54084] "DPP-package" #> [54085] "dppMCMC_C" #> [54086] "expectedNumberOfClusters" #> [54087] "GammaModel-class" #> [54088] "NormalModel-class" #> [54089] "simulateChineseRestaurant" #> [54090] "Alejandro" #> [54091] "Jara" #> [54092] "Orphaned" #> [54093] "corrected" #> [54094] "2017-09-15" #> [54095] "errors" #> [54096] "despite" #> [54097] "2018-01-06" #> [54098] "08:39:08" #> [54099] "BDPdensity" #> [54100] "bir" #> [54101] "calgb" #> [54102] "calgb.pred" #> [54103] "CSDPbinary" #> [54104] "deterioration" #> [54105] "DPbetabinom" #> [54106] "DPbinary" #> [54107] "DPcaterpillar" #> [54108] "DPcdensity" #> [54109] "DPdensity" #> [54110] "DPelicit" #> [54111] "DPglmm" #> [54112] "DPlmm" #> [54113] "DPMdencens" #> [54114] "DPmeta" #> [54115] "DPMglmm" #> [54116] "DPMlmm" #> [54117] "DPMmeta" #> [54118] "DPMolmm" #> [54119] "DPMrandom" #> [54120] "DPMrasch" #> [54121] "DPMraschpoisson" #> [54122] "DPmultmeta" #> [54123] "DPolmm" #> [54124] "DPpsBF" #> [54125] "DPrandom" #> [54126] "DPrasch" #> [54127] "DPraschpoisson" #> [54128] "DProc" #> [54129] "DPsurvint" #> [54130] "fleabeetles" #> [54131] "FPTbinary" #> [54132] "FPTrasch" #> [54133] "FPTraschpoisson" #> [54134] "HDPMcdensity" #> [54135] "HDPMdensity" #> [54136] "hiv" #> [54137] "igg" #> [54138] "indon" #> [54139] "LDBDPdensity" #> [54140] "LDDPdensity" #> [54141] "LDDPrasch" #> [54142] "LDDPraschpoisson" #> [54143] "LDDProc" #> [54144] "LDDPsurvival" #> [54145] "LDDPtwopl" #> [54146] "LDPDdoublyint" #> [54147] "LDTFPdensity" #> [54148] "LDTFPglmm" #> [54149] "LDTFPsurvival" #> [54150] "Pbinary" #> [54151] "Plm" #> [54152] "predict.DPsurvint" #> [54153] "predict.HDPMcdensity" #> [54154] "predict.HDPMdensity" #> [54155] "PSgam" #> [54156] "psychiatric" #> [54157] "PTdensity" #> [54158] "PTglmm" #> [54159] "PTlm" #> [54160] "PTlmm" #> [54161] "PTmeta" #> [54162] "PTolmm" #> [54163] "PTrandom" #> [54164] "PTsampler" #> [54165] "rolling" #> [54166] "schoolgirls" #> [54167] "seizures" #> [54168] "TDPdensity" #> [54169] "toenail" #> [54170] "uniond" #> [54171] "char.dim" #> [54172] "char.height" #> [54173] "char.width" #> [54174] "char.width1" #> [54175] "colnames.linebreak" #> [54176] "colnames.row" #> [54177] "colnames.struct" #> [54178] "conditional.struct" #> [54179] "consect.struct" #> [54180] "dborder" #> [54181] "dprint" #> [54182] "dprint.data.frame" #> [54183] "dprint_simp" #> [54184] "Fb" #> [54185] "Fc" #> [54186] "Fci" #> [54187] "fitpage" #> [54188] "fmla_inter" #> [54189] "fmla_lhs" #> [54190] "fmla_rhs" #> [54191] "Fr" #> [54192] "frmt" #> [54193] "ftr" #> [54194] "insert.grp" #> [54195] "insert.grp1" #> [54196] "kill.multiregx" #> [54197] "list.to.df" #> [54198] "pagelayout" #> [54199] "rbin" #> [54200] "rdesc" #> [54201] "row.hl" #> [54202] "size.simp" #> [54203] "tablebreak" #> [54204] "tbl.struct" #> [54205] "tbl.struct.simp" #> [54206] "vector.linebreak" #> [54207] "vector.struct" #> [54208] "dDPTreeRealize" #> [54209] "DPTreeDensity" #> [54210] "DPTreePMeanDensity" #> [54211] "DPTreePosterior" #> [54212] "DPTreePosteriorMulti" #> [54213] "DPTreePrior" #> [54214] "pDPTreeRealize" #> [54215] "RealizeDPTree" #> [54216] "SampleDPTreeDensity" #> [54217] "continue.ddp" #> [54218] "continue.ddpcomp" #> [54219] "continue.dpm" #> [54220] "continue.dpmcomp" #> [54221] "dpweib" #> [54222] "normwrapper" #> [54223] "plot.ddp" #> [54224] "plot.ddpcomp" #> [54225] "plot.dpm" #> [54226] "plot.dpmcomp" #> [54227] "plot.predddp" #> [54228] "plot.predddpcomp" #> [54229] "predict.ddp" #> [54230] "predict.ddpcomp" #> [54231] "summary.ddp" #> [54232] "summary.ddpcomp" #> [54233] "summary.dpm" #> [54234] "summary.dpmcomp" #> [54235] "summary.predddp" #> [54236] "summary.predddpcomp" #> [54237] "survmedian" #> [54238] "dqrng-package" #> [54239] "dqRNGkind" #> [54240] "dqsample" #> [54241] "generateSeedVectors" #> [54242] "add_class" #> [54243] "add_js" #> [54244] "autocomplete_input" #> [54245] "click" #> [54246] "create_dq_box_group" #> [54247] "dqshiny" #> [54248] "dq_accordion" #> [54249] "dq_add_selectize_options" #> [54250] "dq_box" #> [54251] "dq_busy" #> [54252] "dq_handsontable_output" #> [54253] "dq_helptag" #> [54254] "dq_hot_cell" #> [54255] "dq_hot_date_renderer" #> [54256] "dq_htmltable" #> [54257] "dq_icon" #> [54258] "dq_infobox" #> [54259] "dq_render_svg" #> [54260] "dq_space" #> [54261] "enable" #> [54262] "hidden" #> [54263] "icon_state_button" #> [54264] "init_fonts" #> [54265] "range_filter" #> [54266] "render_dq_box_group" #> [54267] "render_hot" #> [54268] "reset_slider_input" #> [54269] "time_input" #> [54270] "video_box" #> [54271] "dr.coordinate.test" #> [54272] "dr.directions" #> [54273] "dr.permutation.test" #> [54274] "dr.pvalue" #> [54275] "dr.slices" #> [54276] "dr.weights" #> [54277] "drop1.dr" #> [54278] "mussels" #> [54279] "plot.dr" #> [54280] "Landis" #> [54281] "2019-02-24" #> [54282] "15:50:02" #> [54283] "coef.dr4pl" #> [54284] "confint.dr4pl" #> [54285] "dr4pl" #> [54286] "dr4plEst" #> [54287] "drc_error_1" #> [54288] "drc_error_2" #> [54289] "drc_error_3" #> [54290] "drc_error_4" #> [54291] "FindHillBounds" #> [54292] "FindInitialParms" #> [54293] "FindLogisticGrids" #> [54294] "gof.dr4pl" #> [54295] "IC" #> [54296] "MeanResponse" #> [54297] "OutlierDetection" #> [54298] "plot.dr4pl" #> [54299] "print.dr4pl" #> [54300] "print.summary.dr4pl" #> [54301] "sample_data_1" #> [54302] "sample_data_10" #> [54303] "sample_data_11" #> [54304] "sample_data_12" #> [54305] "sample_data_13" #> [54306] "sample_data_2" #> [54307] "sample_data_3" #> [54308] "sample_data_4" #> [54309] "sample_data_5" #> [54310] "sample_data_6" #> [54311] "sample_data_7" #> [54312] "sample_data_8" #> [54313] "sample_data_9" #> [54314] "summary.dr4pl" #> [54315] "vcov.dr4pl" #> [54316] "dixon_stat" #> [54317] "dk_test" #> [54318] "dragonking" #> [54319] "mrs_stat" #> [54320] "ms_stat" #> [54321] "srs_stat" #> [54322] "ss_stat" #> [54323] "dragula" #> [54324] "dragulaOutput" #> [54325] "dragulaValue" #> [54326] "useDragulajs" #> [54327] "Landau" #> [54328] "Axthelm" #> [54329] "Jasper" #> [54330] "Clarkberg" #> [54331] "Bond-Lamberty" #> [54332] "Tristan" #> [54333] "Mahr" #> [54334] "Miles" #> [54335] "McBain" #> [54336] "Marwick" #> [54337] "Eli" #> [54338] "Lilly" #> [54339] "Company" #> [54340] "2019-04-19" #> [54341] "11:40:04" #> [54342] "drake-package" #> [54343] "bind_plans" #> [54344] "build_times" #> [54345] "cached" #> [54346] "clean_mtcars_example" #> [54347] "code_to_plan" #> [54348] "deps_code" #> [54349] "deps_knitr" #> [54350] "deps_profile" #> [54351] "deps_target" #> [54352] "drake_build" #> [54353] "drake_cache_log" #> [54354] "drake_config" #> [54355] "drake_debug" #> [54356] "drake_envir" #> [54357] "drake_example" #> [54358] "drake_examples" #> [54359] "drake_gc" #> [54360] "drake_get_session_info" #> [54361] "drake_ggraph" #> [54362] "drake_graph_info" #> [54363] "drake_hpc_template_file" #> [54364] "drake_hpc_template_files" #> [54365] "drake_plan" #> [54366] "drake_plan_source" #> [54367] "evaluate_plan" #> [54368] "expand_plan" #> [54369] "expose_imports" #> [54370] "failed" #> [54371] "file_in" #> [54372] "file_out" #> [54373] "file_store" #> [54374] "find_cache" #> [54375] "gather_by" #> [54376] "gather_plan" #> [54377] "ignore" #> [54378] "knitr_in" #> [54379] "legend_nodes" #> [54380] "load_mtcars_example" #> [54381] "map_plan" #> [54382] "missed" #> [54383] "new_cache" #> [54384] "outdated" #> [54385] "plan_to_code" #> [54386] "plan_to_notebook" #> [54387] "predict_runtime" #> [54388] "predict_workers" #> [54389] "readd" #> [54390] "read_drake_seed" #> [54391] "reduce_by" #> [54392] "reduce_plan" #> [54393] "render_drake_ggraph" #> [54394] "render_drake_graph" #> [54395] "render_sankey_drake_graph" #> [54396] "rescue_cache" #> [54397] "running" #> [54398] "r_make" #> [54399] "sankey_drake_graph" #> [54400] "show_source" #> [54401] "tracked" #> [54402] "trigger" #> [54403] "use_drake" #> [54404] "vis_drake_graph" #> [54405] "drat-package" #> [54406] "addRepo" #> [54407] "archivePackages" #> [54408] "getPackageInfo" #> [54409] "getPathForPackage" #> [54410] "identifyPackageType" #> [54411] "initRepo" #> [54412] "insertPackage" #> [54413] "pruneRepo" #> [54414] "drawBox" #> [54415] "drawCircle" #> [54416] "drawCurve" #> [54417] "drawExport" #> [54418] "drawLine" #> [54419] "drawPage" #> [54420] "drawPoint" #> [54421] "drawSettings" #> [54422] "drawText" #> [54423] "DRaWR" #> [54424] "RWR" #> [54425] "threeCol2listMat" #> [54426] "threeCol2MaxMat" #> [54427] "transmat" #> [54428] "coda.obj" #> [54429] "coinertia.drbats" #> [54430] "drbats.simul" #> [54431] "histoProj" #> [54432] "pca.Deville" #> [54433] "pca.proj.Xt" #> [54434] "postdens" #> [54435] "stanfit" #> [54436] "visbeta" #> [54437] "visW" #> [54438] "W.QR" #> [54439] "weighted.Deville" #> [54440] "acidiq" #> [54441] "anova.drc" #> [54442] "AR" #> [54443] "auxins" #> [54444] "backfit" #> [54445] "baro5" #> [54446] "BC.5" #> [54447] "boxcox.drc" #> [54448] "braincousens" #> [54449] "bread.drc" #> [54450] "cedergreen" #> [54451] "chickweed" #> [54452] "CIcompX" #> [54453] "coef.drc" #> [54454] "comped" #> [54455] "compParm" #> [54456] "confint.drc" #> [54457] "CRS.4a" #> [54458] "CRS.5a" #> [54459] "daphnids" #> [54460] "decontaminants" #> [54461] "deguelin" #> [54462] "drm" #> [54463] "drmc" #> [54464] "earthworms" #> [54465] "ED.drc" #> [54466] "EDcomp" #> [54467] "etmotc" #> [54468] "EXD" #> [54469] "finney71" #> [54470] "fitted.drc" #> [54471] "fplogistic" #> [54472] "G.aparine" #> [54473] "gammadr" #> [54474] "gaussian" #> [54475] "germination" #> [54476] "getInitial" #> [54477] "getMeanFunctions" #> [54478] "glymet" #> [54479] "gompertzd" #> [54480] "H.virescens" #> [54481] "hatvalues.drc" #> [54482] "heartrate" #> [54483] "isobole" #> [54484] "leaflength" #> [54485] "lepidium" #> [54486] "lettuce" #> [54487] "lin.test" #> [54488] "LL.2" #> [54489] "LL.3" #> [54490] "LL.4" #> [54491] "LL.5" #> [54492] "llogistic" #> [54493] "lnormal" #> [54494] "logLik.drc" #> [54495] "M.bahia" #> [54496] "maED" #> [54497] "MAX" #> [54498] "mecter" #> [54499] "metals" #> [54500] "methionine" #> [54501] "MM" #> [54502] "mr.test" #> [54503] "mselect" #> [54504] "multi2" #> [54505] "nasturtium" #> [54506] "NEC" #> [54507] "neill.test" #> [54508] "noEffect" #> [54509] "O.mykiss" #> [54510] "P.promelas" #> [54511] "plot.drc" #> [54512] "PR" #> [54513] "predict.drc" #> [54514] "print.drc" #> [54515] "print.summary.drc" #> [54516] "rdrm" #> [54517] "residuals.drc" #> [54518] "RScompetition" #> [54519] "ryegrass" #> [54520] "S.alba" #> [54521] "S.capricornutum" #> [54522] "searchdrc" #> [54523] "secalonic" #> [54524] "selenium" #> [54525] "simDR" #> [54526] "spinach" #> [54527] "summary.drc" #> [54528] "terbuthylazin" #> [54529] "twophase" #> [54530] "update.drc" #> [54531] "ursa" #> [54532] "vcov.drc" #> [54533] "vinclozolin" #> [54534] "W1.2" #> [54535] "W1.3" #> [54536] "W1.4" #> [54537] "weibull1" #> [54538] "yieldLoss" #> [54539] "dregar2" #> [54540] "dregar6" #> [54541] "generateAR" #> [54542] "sim.dregar" #> [54543] "drfit-package" #> [54544] "antifoul" #> [54545] "checkcontrols" #> [54546] "checkexperiment" #> [54547] "drcfit" #> [54548] "drdata" #> [54549] "drfit" #> [54550] "drplot" #> [54551] "IM1xIPC81" #> [54552] "IM1xVibrio" #> [54553] "linlogitf" #> [54554] "pyrithione" #> [54555] "XY" #> [54556] "drgee-package" #> [54557] "drgee" #> [54558] "drgeeData" #> [54559] "findRoots" #> [54560] "gee" #> [54561] "getScoreResidualsFromClogit" #> [54562] "robVcov" #> [54563] "DriftBurstHypothesis-package" #> [54564] "drift_bursts" #> [54565] "driftR" #> [54566] "dr_correctOne" #> [54567] "dr_correctTwo" #> [54568] "dr_drop" #> [54569] "dr_factor" #> [54570] "dr_read" #> [54571] "dr_readSonde" #> [54572] "dr_replace" #> [54573] "sondeCal" #> [54574] "sondeClean" #> [54575] "sondeRaw" #> [54576] "drill-class" #> [54577] "rdrill" #> [54578] "rd_active" #> [54579] "rd_metrics" #> [54580] "rd_options" #> [54581] "rd_profiles" #> [54582] "rd_query" #> [54583] "rd_stats" #> [54584] "rd_storages" #> [54585] "rd_threads" #> [54586] "DrImpute" #> [54587] "exdata" #> [54588] "getCls" #> [54589] "preprocessSC" #> [54590] "brca.tcga" #> [54591] "CEG.network.graph" #> [54592] "drug.ident" #> [54593] "drug.info" #> [54594] "example.disease" #> [54595] "example.drug.profiles" #> [54596] "example.pathway" #> [54597] "get.cmap.ref" #> [54598] "make.cytoscape.network" #> [54599] "network.graph" #> [54600] "pathway.analysis" #> [54601] "pathway.PID" #> [54602] "probe.to.genes" #> [54603] "circles" #> [54604] "cv.jpex" #> [54605] "diffLC2K" #> [54606] "diffLCK" #> [54607] "diffLL2K" #> [54608] "diffLLK" #> [54609] "dKQ" #> [54610] "jpex" #> [54611] "JPLLK_surface" #> [54612] "kid" #> [54613] "lena" #> [54614] "modify1" #> [54615] "modify2" #> [54616] "peppers" #> [54617] "roofDiff" #> [54618] "roofEdge" #> [54619] "roofEdgeParSel" #> [54620] "stepEdgeLC2K" #> [54621] "stepEdgeLCK" #> [54622] "stepEdgeLL2K" #> [54623] "stepEdgeLLK" #> [54624] "stepEdgeParSelLC2K" #> [54625] "stepEdgeParSelLCK" #> [54626] "stepEdgeParSelLL2K" #> [54627] "stepEdgeParSelLLK" #> [54628] "stopsign" #> [54629] "surfaceCluster" #> [54630] "surfaceCluster_bandwidth" #> [54631] "threeStage" #> [54632] "threeStageParSel" #> [54633] "conf_bands" #> [54634] "data_selection" #> [54635] "ecdata" #> [54636] "est_conc" #> [54637] "get_outliers" #> [54638] "intra_icc" #> [54639] "invest" #> [54640] "loq_cv" #> [54641] "loq_derivatives" #> [54642] "loq_interval" #> [54643] "lum_export" #> [54644] "lum_import" #> [54645] "mfidata" #> [54646] "plot.scluminex" #> [54647] "scluminex" #> [54648] "SSexp" #> [54649] "SSexpcons" #> [54650] "SSl4" #> [54651] "SSl4cons" #> [54652] "SSl5" #> [54653] "SSl5cons" #> [54654] "summary.scluminex" #> [54655] "cdfDRM" #> [54656] "densityDRM" #> [54657] "drmdel" #> [54658] "meleCov" #> [54659] "quantileCompWald" #> [54660] "quantileDRM" #> [54661] "summaryDRM" #> [54662] "DRomics-package" #> [54663] "bmdcalc" #> [54664] "itemselect" #> [54665] "omicdata" #> [54666] "compute_shares_remain" #> [54667] "compute_xsq" #> [54668] "extract_drop_out_from_df" #> [54669] "find_drop_out" #> [54670] "get_odds" #> [54671] "lineChartOutput" #> [54672] "renderLineChart" #> [54673] "startDropR" #> [54674] "D7905" #> [54675] "dgroups" #> [54676] "droptest" #> [54677] "dseries" #> [54678] "dtrials" #> [54679] "gayleplot" #> [54680] "PREGENTD" #> [54681] "ratioplot" #> [54682] "trialdev" #> [54683] "DRR-package" #> [54684] "constructFastKRRLearner" #> [54685] "drr" #> [54686] "drsmooth-package" #> [54687] "drsmooth" #> [54688] "lbcd" #> [54689] "nlaad" #> [54690] "nlbcd" #> [54691] "noel" #> [54692] "prelimstats" #> [54693] "smooth" #> [54694] "spline.plot" #> [54695] "adaptive_iptw" #> [54696] "ci.adaptive_iptw" #> [54697] "ci.drtmle" #> [54698] "drtmle" #> [54699] "estimateG" #> [54700] "estimategrn" #> [54701] "estimateQ" #> [54702] "estimateQrn" #> [54703] "eval_Diptw" #> [54704] "eval_Diptw_g" #> [54705] "eval_Dstar" #> [54706] "eval_Dstar_g" #> [54707] "eval_Dstar_Q" #> [54708] "fluctuateG" #> [54709] "fluctuateQ" #> [54710] "fluctuateQ1" #> [54711] "fluctuateQ2" #> [54712] "plot.drtmle" #> [54713] "predict.SL.npreg" #> [54714] "print.adaptive_iptw" #> [54715] "print.ci.adaptive_iptw" #> [54716] "print.ci.drtmle" #> [54717] "print.drtmle" #> [54718] "print.wald_test.adaptive_iptw" #> [54719] "print.wald_test.drtmle" #> [54720] "SL.npreg" #> [54721] "wald_test" #> [54722] "wald_test.adaptive_iptw" #> [54723] "wald_test.drtmle" #> [54724] "AUPR" #> [54725] "CreateFolds" #> [54726] "DrugClustKMeans" #> [54727] "DrugClustKMeansEnrichment" #> [54728] "DrugClustKSeeds" #> [54729] "DrugClustKSeedsEnrichment" #> [54730] "DrugClustPAM" #> [54731] "DrugClustPAMEnrichment" #> [54732] "Enrichment_Proteins" #> [54733] "InitFeatures" #> [54734] "InitSideEffect" #> [54735] "KMeansClusteringAlgorithm" #> [54736] "KMeansModel" #> [54737] "KSeedsClusters" #> [54738] "KSeedsScores" #> [54739] "PAM" #> [54740] "PAM_Model" #> [54741] "PredictionKMeans" #> [54742] "PredictionKSeeds" #> [54743] "Prediction_PAM" #> [54744] "RandomSeedGenerator" #> [54745] "SeedSelection" #> [54746] "bootstrapCoefs" #> [54747] "checkerboardData" #> [54748] "contour.tauSurface" #> [54749] "fitPlot2d" #> [54750] "fitPlot3d" #> [54751] "getBootTaus" #> [54752] "getTauSurface" #> [54753] "invL4" #> [54754] "plot.HarbronFit" #> [54755] "plot.tauSurface" #> [54756] "print.tauSurface" #> [54757] "rayData" #> [54758] "tauPlot2d" #> [54759] "tauPlot3d" #> [54760] "unique.tauSurface" #> [54761] "ds-package" #> [54762] "dplot" #> [54763] "dscor" #> [54764] "gds" #> [54765] "Add" #> [54766] "daily_sim" #> [54767] "day_split" #> [54768] "Descaler" #> [54769] "df2HTML" #> [54770] "dom_dummy" #> [54771] "dow_dummy" #> [54772] "doy_dummy" #> [54773] "drop31" #> [54774] "dsa" #> [54775] "fill31" #> [54776] "fill_up" #> [54777] "freq_xts" #> [54778] "get_original" #> [54779] "get_sa" #> [54780] "get_trend" #> [54781] "Holiday" #> [54782] "makeCal" #> [54783] "makeDummy" #> [54784] "output" #> [54785] "plot.daily" #> [54786] "Scaler" #> [54787] "Time" #> [54788] "to_weekly" #> [54789] "ts.sum" #> [54790] "ts2xts" #> [54791] "xts2ts" #> [54792] "xtsplot" #> [54793] "DSAIDE" #> [54794] "dsaidemenu" #> [54795] "generate_documentation" #> [54796] "generate_fctcall" #> [54797] "generate_ggplot" #> [54798] "generate_plotly" #> [54799] "generate_shinyinput" #> [54800] "generate_text" #> [54801] "simulate_directtransmission_ode" #> [54802] "simulate_environmentaltransmission_ode" #> [54803] "simulate_evolution_stochastic" #> [54804] "simulate_heterogeneity_ode" #> [54805] "simulate_idcharacteristics_ode" #> [54806] "simulate_idcontrol_ode" #> [54807] "simulate_idpatterns_ode" #> [54808] "simulate_modelexploration_sir" #> [54809] "simulate_multipathogen_ode" #> [54810] "simulate_reproductivenumber_ode" #> [54811] "simulate_seir_stochastic" #> [54812] "simulate_sirdemographic_ode" #> [54813] "simulate_sirdemographic_stochastic" #> [54814] "simulate_sir_discrete" #> [54815] "simulate_sir_ode" #> [54816] "simulate_usanalysis_sir" #> [54817] "simulate_vectortransmission_ode" #> [54818] "DSAIRM" #> [54819] "dsairmmenu" #> [54820] "simulate_basicbacteria_discrete" #> [54821] "simulate_basicbacteria_ode" #> [54822] "simulate_basicmodel_fit" #> [54823] "simulate_basicvirus_ode" #> [54824] "simulate_basicvirus_stochastic" #> [54825] "simulate_confint_fit" #> [54826] "simulate_drugresistance_stochastic" #> [54827] "simulate_modelcomparison_fit" #> [54828] "simulate_modelexploration" #> [54829] "simulate_modelvariants_ode" #> [54830] "simulate_pkpdmodel_ode" #> [54831] "simulate_usanalysis" #> [54832] "simulate_virusandir_ode" #> [54833] "simulate_virusandtx_ode" #> [54834] "dsample" #> [54835] "plot.dsample" #> [54836] "summary.dsample" #> [54837] "DSBayes-package" #> [54838] "DSBayes" #> [54839] "dse-package" #> [54840] "00.dse.Intro" #> [54841] "addPlotRoots" #> [54842] "ARMA" #> [54843] "balanceMittnik" #> [54844] "bestTSestModel" #> [54845] "checkBalance" #> [54846] "checkBalanceMittnik" #> [54847] "checkConsistentDimensions" #> [54848] "checkResiduals" #> [54849] "coef.TSmodel" #> [54850] "combine.forecastCov" #> [54851] "combine.TSdata" #> [54852] "DSEflags" #> [54853] "DSEversion" #> [54854] "eg1.DSE.data" #> [54855] "egJofF.1dec93.data" #> [54856] "estBlackBox" #> [54857] "estBlackBox1" #> [54858] "estBlackBox2" #> [54859] "estBlackBox3" #> [54860] "estBlackBox4" #> [54861] "estimateModels" #> [54862] "estimatorsHorizonForecastsWRTdata" #> [54863] "estMaxLik" #> [54864] "estSSfromVARX" #> [54865] "estSSMittnik" #> [54866] "estVARXar" #> [54867] "estVARXls" #> [54868] "estWtVariables" #> [54869] "excludeForecastCov" #> [54870] "extractforecastCov" #> [54871] "featherForecasts" #> [54872] "fixConstants" #> [54873] "fixF" #> [54874] "forecastCov" #> [54875] "forecastCovEstimatorsWRTdata" #> [54876] "forecastCovEstimatorsWRTtrue" #> [54877] "forecastCovReductionsWRTtrue" #> [54878] "forecastCovWRTtrue" #> [54879] "forecasts" #> [54880] "horizonForecasts" #> [54881] "horizonForecastsCompiled" #> [54882] "informationTests" #> [54883] "informationTestsCalculations" #> [54884] "inputData" #> [54885] "is.forecastCovEstimatorsWRTdata.subsets" #> [54886] "l.ARMA" #> [54887] "l.SS" #> [54888] "markovParms" #> [54889] "McMillanDegree" #> [54890] "minForecastCov" #> [54891] "minimumStartupLag" #> [54892] "MittnikReducedModels" #> [54893] "MittnikReduction" #> [54894] "nseries.featherForecasts" #> [54895] "nseriesInput" #> [54896] "nstates" #> [54897] "observability" #> [54898] "outOfSample.forecastCovEstimatorsWRTdata" #> [54899] "percentChange.TSdata" #> [54900] "phasePlots" #> [54901] "plot.roots" #> [54902] "Polynomials" #> [54903] "Portmanteau" #> [54904] "print.forecastCov" #> [54905] "print.TSdata" #> [54906] "print.TSestModel" #> [54907] "residualStats" #> [54908] "Riccati" #> [54909] "roots" #> [54910] "roots.estimatedModels" #> [54911] "scale.TSdata" #> [54912] "selectForecastCov" #> [54913] "seriesNames.TSdata" #> [54914] "seriesNamesInput" #> [54915] "seriesNamesInput.forecast" #> [54916] "shockDecomposition" #> [54917] "state" #> [54918] "stripMine" #> [54919] "summary.forecastCov" #> [54920] "summary.TSdata" #> [54921] "sumSqerror" #> [54922] "testEqual.ARMA" #> [54923] "testEqual.forecast" #> [54924] "tfplot.forecast" #> [54925] "tfplot.forecastCov" #> [54926] "tfplot.TSdata" #> [54927] "tframed.TSdata" #> [54928] "toARMA" #> [54929] "Tobs.TSdata" #> [54930] "TobsInput" #> [54931] "toSS" #> [54932] "toSSChol" #> [54933] "toSSinnov" #> [54934] "toSSOform" #> [54935] "totalForecastCov" #> [54936] "TSdata" #> [54937] "TSdata.forecastCov" #> [54938] "TSdata.object" #> [54939] "TSestModel" #> [54940] "TSmodel" #> [54941] "DGather" #> [54942] "DList" #> [54943] "DStorage" #> [54944] "KeyValue" #> [54945] "MapReduce" #> [54946] "divorce_margarine" #> [54947] "ds_theme_set" #> [54948] "mnist_27" #> [54949] "movielens" #> [54950] "murders" #> [54951] "na_example" #> [54952] "outlier_example" #> [54953] "polls_2008" #> [54954] "polls_us_election_2016" #> [54955] "read_mnist" #> [54956] "reported_heights" #> [54957] "research_funding_rates" #> [54958] "rfalling_object" #> [54959] "take_poll" #> [54960] "tissue_gene_expression" #> [54961] "trump_tweets" #> [54962] "us_contagious_diseases" #> [54963] "bfslice_c" #> [54964] "bfslice_eqp_c" #> [54965] "bfslice_eqp_u" #> [54966] "bfslice_u" #> [54967] "ds_1" #> [54968] "ds_eqp_1" #> [54969] "ds_eqp_k" #> [54970] "ds_gsa" #> [54971] "ds_k" #> [54972] "ds_test" #> [54973] "export_res" #> [54974] "gsa_exp" #> [54975] "gsa_label" #> [54976] "gsa_set" #> [54977] "load_cls" #> [54978] "load_gct" #> [54979] "load_gmt" #> [54980] "rank_by_s2n" #> [54981] "slice_show" #> [54982] "dsm-package" #> [54983] "block.info.per.su" #> [54984] "check.cols" #> [54985] "dsm" #> [54986] "dsm-data" #> [54987] "dsm.cor" #> [54988] "dsm.var.gam" #> [54989] "dsm.var.movblk" #> [54990] "dsm.var.prop" #> [54991] "dsm_varprop" #> [54992] "generate.ds.uncertainty" #> [54993] "generate.mb.sample" #> [54994] "latlong2km" #> [54995] "make.soapgrid" #> [54996] "matrixnotposdef.handler" #> [54997] "mexdolphins" #> [54998] "obs_exp" #> [54999] "plot.dsm" #> [55000] "plot.dsm.var" #> [55001] "plot_pred_by_term" #> [55002] "predict.dsm" #> [55003] "print.dsm" #> [55004] "print.dsm.var" #> [55005] "print.dsm_varprop" #> [55006] "print.summary.dsm.var" #> [55007] "print.summary.dsm_varprop" #> [55008] "rqgam.check" #> [55009] "summary.dsm" #> [55010] "summary.dsm.var" #> [55011] "summary.dsm_varprop" #> [55012] "trim.var" #> [55013] "vis.concurvity" #> [55014] "dsarrows" #> [55015] "dscurve" #> [55016] "dsdots" #> [55017] "dsmodel" #> [55018] "dspoint" #> [55019] "dsrange" #> [55020] "dsregion" #> [55021] "simattractors" #> [55022] "simbasins" #> [55023] "xlabel" #> [55024] "ylabel" #> [55025] "DSpat-package" #> [55026] "create.covariate.images" #> [55027] "create.lines" #> [55028] "create.points.by.offset" #> [55029] "dist2line" #> [55030] "dspat" #> [55031] "DSpat.covariates" #> [55032] "DSpat.lines" #> [55033] "DSpat.obs" #> [55034] "integrate.intensity" #> [55035] "lgcp.correction" #> [55036] "lines_to_strips" #> [55037] "LTDataFrame" #> [55038] "offset.points" #> [55039] "project2line" #> [55040] "quadscheme.lt" #> [55041] "sample.points" #> [55042] "simCovariates" #> [55043] "simDSpat" #> [55044] "simPts" #> [55045] "transect.intensity" #> [55046] "weeds" #> [55047] "weeds.all" #> [55048] "weeds.covariates" #> [55049] "weeds.lines" #> [55050] "weeds.obs" #> [55051] "dsr" #> [55052] "dsrr" #> [55053] "dsrrec" #> [55054] "dsrTest-package" #> [55055] "asymptoticControl" #> [55056] "betaControl" #> [55057] "dobsonControl" #> [55058] "downs.mi" #> [55059] "dsrTest" #> [55060] "gammaControl" #> [55061] "'LT.Survey.Results.R'" #> [55062] "'Survey.Results.R'" #> [55063] "'Simulation.R'" #> [55064] "'Class.Constructors.R'" #> [55065] "'LT.SegmentedGrid.Design.R'" #> [55066] "'Survey.R'" #> [55067] "'LT.Survey.R'" #> [55068] "'Point.Transect.R'" #> [55069] "'Population.Summary.R'" #> [55070] "'Single.Obs.LT.Survey.R'" #> [55071] "'accumulate.PP.results.R'" #> [55072] "'add.covariate.values.R'" #> [55073] "'add.dist.error.R'" #> [55074] "'add.summary.results.R'" #> [55075] "'calc.poss.detect.dists.points.R'" #> [55076] "'calculate.scale.param.R'" #> [55077] "'check.covariates.R'" #> [55078] "'check.intersection.R'" #> [55079] "'check.sim.setup.R'" #> [55080] "'coords.from.shapefile.R'" #> [55081] "'create.results.arrays.R'" #> [55082] "'description.summary.R'" #> [55083] "'extract.spat.poly.coords.R'" #> [55084] "'generate.pop.N.R'" #> [55085] "'get.ave.density.R'" #> [55086] "'get.line.sampler.info.R'" #> [55087] "'get.shapefile.names.R'" #> [55088] "'get.surface.gam.R'" #> [55089] "'hn.detect.R'" #> [55090] "'hr.detect.R'" #> [55091] "'is.gap.R'" #> [55092] "'message.handler.R'" #> [55093] "'rename.duplicates.R'" #> [55094] "'rtpois.R'" #> [55095] "'setcov.R'" #> [55096] "'simulate.detections.R'" #> [55097] "'store.ddf.results.R'" #> [55098] "2019-02-13" #> [55099] "12:30:03" #> [55100] "add.hotspot" #> [55101] "check.sim.setup" #> [55102] "cov.summary.list" #> [55103] "covmod.summary.list" #> [55104] "create.region.table" #> [55105] "create.sample.table" #> [55106] "create.survey.results" #> [55107] "data.for.distance" #> [55108] "DDF.Analysis-class" #> [55109] "DDF.Data-class" #> [55110] "Density-class" #> [55111] "description.summary" #> [55112] "Design.Summary-class" #> [55113] "Detectability-class" #> [55114] "generate.population" #> [55115] "generate.transects" #> [55116] "get.area" #> [55117] "get.distance.data" #> [55118] "get.N" #> [55119] "histogram.N.ests" #> [55120] "Line.Transect-class" #> [55121] "LT.Design-class" #> [55122] "LT.Survey-class" #> [55123] "LT.Survey.Results-class" #> [55124] "make.ddf.analysis.list" #> [55125] "make.density" #> [55126] "make.design" #> [55127] "make.detectability" #> [55128] "make.population.description" #> [55129] "make.region" #> [55130] "make.simulation" #> [55131] "Obs.Table-class" #> [55132] "param.list" #> [55133] "plot,DDF.Data,ANY-method" #> [55134] "plot,Density,ANY-method" #> [55135] "plot,Detectability,ANY-method" #> [55136] "plot,Line.Transect,ANY-method" #> [55137] "plot,LT.Survey.Results,ANY-method" #> [55138] "plot,Point.Transect,ANY-method" #> [55139] "plot,Population,ANY-method" #> [55140] "plot,Region,ANY-method" #> [55141] "plot,Survey.Results,ANY-method" #> [55142] "Point.Transect-class" #> [55143] "Population-class" #> [55144] "Population.Description-class" #> [55145] "Population.Summary-class" #> [55146] "PT.Design-class" #> [55147] "PT.Survey-class" #> [55148] "Region-class" #> [55149] "Region.Table-class" #> [55150] "rename.duplicates" #> [55151] "rtpois" #> [55152] "run.analysis" #> [55153] "Sample.Table-class" #> [55154] "save.sim.results" #> [55155] "show,Design.Summary-method" #> [55156] "show,Simulation-method" #> [55157] "Simulation.Summary-class" #> [55158] "Single.Obs.DDF.Data-class" #> [55159] "Single.Obs.LT.Survey-class" #> [55160] "Single.Obs.PT.Survey-class" #> [55161] "summary,Simulation-method" #> [55162] "summary.list" #> [55163] "Survey-class" #> [55164] "Survey.Design-class" #> [55165] "Survey.Results-class" #> [55166] "Transect-class" #> [55167] "transects.shp" #> [55168] "addTobca" #> [55169] "bcaRel" #> [55170] "belplau" #> [55171] "dotprod" #> [55172] "doubles" #> [55173] "dsrwon" #> [55174] "elim" #> [55175] "extmin" #> [55176] "inters" #> [55177] "marrayToMatrix" #> [55178] "matrixToMarray" #> [55179] "nameRows" #> [55180] "nzdsr" #> [55181] "plautrans" #> [55182] "productSpace" #> [55183] "tabresul" #> [55184] "chisqFit" #> [55185] "estCdf" #> [55186] "estDstarM" #> [55187] "estND" #> [55188] "estObserved" #> [55189] "estQdf" #> [55190] "getPdfs" #> [55191] "getSter" #> [55192] "getTer" #> [55193] "obsQuantiles" #> [55194] "plotObserved" #> [55195] "rtDescriptives" #> [55196] "rtHist" #> [55197] "simData" #> [55198] "testFun" #> [55199] "upgradeDstarM" #> [55200] "Voss.density" #> [55201] "dstat-package" #> [55202] "amplify" #> [55203] "dstat" #> [55204] "lalive" #> [55205] "dis.cost" #> [55206] "DStree" #> [55207] "DStree.control" #> [55208] "DStree.object" #> [55209] "plot.DStree" #> [55210] "predict.DStree" #> [55211] "predict.DStreebag" #> [55212] "prune.DStree" #> [55213] "snip" #> [55214] "summary.DStree" #> [55215] "dSVA" #> [55216] "DSviaDRM-package" #> [55217] "comDCGL" #> [55218] "comDCGLplot" #> [55219] "DCEA" #> [55220] "DCpathway" #> [55221] "DS" #> [55222] "exprs1" #> [55223] "exprs2" #> [55224] "exprs3" #> [55225] "pathways" #> [55226] "coerceValue" #> [55227] "dataTableAjax" #> [55228] "dataTableOutput" #> [55229] "dataTableProxy" #> [55230] "DT-imports" #> [55231] "formatCurrency" #> [55232] "replaceData" #> [55233] "styleInterval" #> [55234] "tableHeader" #> [55235] "cor_test" #> [55236] "create_list" #> [55237] "dft" #> [55238] "dnum" #> [55239] "dnumeric" #> [55240] "dvariable" #> [55241] "iris2" #> [55242] "write_object" #> [55243] "baseline_exprs" #> [55244] "combine_Y_refs" #> [55245] "dtangle" #> [55246] "est_phats" #> [55247] "find_markers" #> [55248] "get_gamma" #> [55249] "process_markers" #> [55250] "shen_orr_ex" #> [55251] "DTAT-package" #> [55252] "as_d3_data,DE-method" #> [55253] "DE-class" #> [55254] "de.bioRxiv.240846" #> [55255] "dose.survfit" #> [55256] "dose.survival" #> [55257] "ds.curve" #> [55258] "dtat1000" #> [55259] "newton.raphson" #> [55260] "Onoue.Friberg" #> [55261] "plot,DE,missing-method" #> [55262] "runDTATapp" #> [55263] "scaled" #> [55264] "seq.function" #> [55265] "titrate" #> [55266] "DTAXG2" #> [55267] "DTComPair-package" #> [55268] "acc.1test" #> [55269] "acc.paired" #> [55270] "DLR" #> [55271] "dlr.regtest" #> [55272] "generate.paired" #> [55273] "Paired1" #> [55274] "print.acc.1test" #> [55275] "print.acc.paired" #> [55276] "print.tab.1test" #> [55277] "print.tab.paired" #> [55278] "pv.gs" #> [55279] "pv.rpv" #> [55280] "pv.wgs" #> [55281] "read.tab.1test" #> [55282] "read.tab.paired" #> [55283] "represent.long" #> [55284] "sesp.diff.ci" #> [55285] "sesp.exactbinom" #> [55286] "sesp.mcnemar" #> [55287] "tab.1test" #> [55288] "tab.paired" #> [55289] "BS_call" #> [55290] "BS_fit" #> [55291] "BS_fit_rolling" #> [55292] "BS_sim" #> [55293] "merton_ll" #> [55294] "DTDA-package" #> [55295] "AIDS" #> [55296] "efron.petrosian" #> [55297] "lynden" #> [55298] "Quasars" #> [55299] "shen" #> [55300] "DTDA.ni-package" #> [55301] "DTDAni" #> [55302] "plot.DTDAni" #> [55303] "2018-12-20" #> [55304] "13:20:03" #> [55305] "dti-package" #> [55306] "awssigmc" #> [55307] "colqFA" #> [55308] "combineDWIdata" #> [55309] "dkiTensor-methods" #> [55310] "dti.smooth-methods" #> [55311] "dtiIndices-methods" #> [55312] "dtiTensor-methods" #> [55313] "dwi-class" #> [55314] "dwi.smooth-methods" #> [55315] "dwiMD-methods" #> [55316] "dwiMixtensor-methods" #> [55317] "dwiQball-methods" #> [55318] "dwiRiceBias-methods" #> [55319] "dwiSqrtODF-methods" #> [55320] "getmask-methods" #> [55321] "getsdofsb-methods" #> [55322] "medinria" #> [55323] "optgrad" #> [55324] "optgradients" #> [55325] "polyeder" #> [55326] "readDWIdata" #> [55327] "sdpar-methods" #> [55328] "show3d-methods" #> [55329] "showFAColorScale" #> [55330] "subsetg" #> [55331] "tracking-methods" #> [55332] "DTK-package" #> [55333] "DTK.plot" #> [55334] "DTK.test" #> [55335] "gl.unequal" #> [55336] "TK.test" #> [55337] "DTMCPack-package" #> [55338] "DTMC" #> [55339] "FPTime" #> [55340] "hh" #> [55341] "MultDTMC" #> [55342] "statdistr" #> [55343] "dtp" #> [55344] "Mena" #> [55345] "summary.dtp" #> [55346] "applied_crm" #> [55347] "applied_crm_sim" #> [55348] "applied_titecrm" #> [55349] "applied_titecrmts_sim" #> [55350] "applied_titecrm_sim" #> [55351] "calculate_dtps" #> [55352] "dtpflow" #> [55353] "plot_crm" #> [55354] "stop_for_consensus_reached" #> [55355] "stop_for_excess_toxicity_empiric" #> [55356] "stop_for_excess_toxicity_logistic" #> [55357] "stop_for_sample_size" #> [55358] "summary_crm" #> [55359] "dtplyr-package" #> [55360] "grouped_dt" #> [55361] "join.tbl_dt" #> [55362] "src_dt" #> [55363] "tbl_dt" #> [55364] "DTR-package" #> [55365] "CHR.object" #> [55366] "CHRdata" #> [55367] "CHRestimate" #> [55368] "contrast_chr" #> [55369] "contrast_logrank" #> [55370] "contrast_ph" #> [55371] "contrast_wald" #> [55372] "DTR.object" #> [55373] "LDTdata" #> [55374] "LDTestimate" #> [55375] "LRdata" #> [55376] "PHfit" #> [55377] "plot.CHR" #> [55378] "plot.DTR" #> [55379] "print.CHR" #> [55380] "print.DTR" #> [55381] "print.summary.CHR" #> [55382] "print.summary.DTR" #> [55383] "simCHRdata" #> [55384] "simLDTdata" #> [55385] "simLRdata" #> [55386] "simPHdata" #> [55387] "simWRSEdata" #> [55388] "summary.CHR" #> [55389] "summary.DTR" #> [55390] "WRSEdata" #> [55391] "WRSEestimate" #> [55392] "dtree" #> [55393] "stable" #> [55394] "summary.dtree" #> [55395] "owl" #> [55396] "predict.owl" #> [55397] "predict.ql" #> [55398] "ql" #> [55399] "sim_Kstage" #> [55400] "chooseM" #> [55401] "DTRreg" #> [55402] "aggregate.DTSg" #> [55403] "alter.DTSg" #> [55404] "clone.DTSg" #> [55405] "colapply.DTSg" #> [55406] "cols.DTSg" #> [55407] "DTSg" #> [55408] "flow" #> [55409] "interpolateLinear" #> [55410] "merge.DTSg" #> [55411] "nas.DTSg" #> [55412] "plot.DTSg" #> [55413] "refresh.DTSg" #> [55414] "rollapply.DTSg" #> [55415] "rollback" #> [55416] "S3WrapperGenerator" #> [55417] "summary.DTSg" #> [55418] "TALFs" #> [55419] "values.DTSg" #> [55420] "dtt-package" #> [55421] "dtt" #> [55422] "mvdtt" #> [55423] "dtw-package" #> [55424] "aami" #> [55425] "countPaths" #> [55426] "dtw" #> [55427] "dtwDist" #> [55428] "dtwPlot" #> [55429] "dtwPlotThreeWay" #> [55430] "dtwPlotTwoWay" #> [55431] "dtwWindowingFunctions" #> [55432] "mvm" #> [55433] "stepPattern" #> [55434] "triangleFixing" #> [55435] "warp" #> [55436] "warpArea" #> [55437] "DTWBI-package" #> [55438] "compute.fa2" #> [55439] "compute.fb" #> [55440] "compute.fsd" #> [55441] "compute.nmae" #> [55442] "compute.rmse" #> [55443] "compute.sim" #> [55444] "dataDTWBI" #> [55445] "dist_afbdtw" #> [55446] "DTWBI_univariate" #> [55447] "gapCreation" #> [55448] "local.derivative.ddtw" #> [55449] "minCost" #> [55450] "'CENTROIDS-dba.R'" #> [55451] "'CENTROIDS-pam.R'" #> [55452] "'CENTROIDS-shape-extraction.R'" #> [55453] "'CLUSTERING-cvi-evaluators.R'" #> [55454] "'CLUSTERING-repeat-clustering.R'" #> [55455] "'CLUSTERING-tsclust-controls.R'" #> [55456] "'DISTANCES-dtw-basic.R'" #> [55457] "'DISTANCES-dtw-lb.R'" #> [55458] "'DISTANCES-gak.R'" #> [55459] "'DISTANCES-lb-keogh.R'" #> [55460] "'DISTANCES-sbd.R'" #> [55461] "'GENERICS-cvi.R'" #> [55462] "'S4-Distmat.R'" #> [55463] "'S4-SparseDistmat.R'" #> [55464] "'S4-TSClusters-classes.R'" #> [55465] "'SHINY-interactive-clustering.R'" #> [55466] "'SHINY-utils.R'" #> [55467] "'UTILS-as-methods.R'" #> [55468] "'UTILS-data.R'" #> [55469] "'UTILS-expressions.R'" #> [55470] "'UTILS-nccc.R'" #> [55471] "'UTILS-reinterpolate.R'" #> [55472] "'UTILS-tslist.R'" #> [55473] "'UTILS-utils.R'" #> [55474] "'UTILS-zscore.R'" #> [55475] "2019-03-09" #> [55476] "15:12:40" #> [55477] "dtwclust-package" #> [55478] "compare_clusterings" #> [55479] "compare_clusterings_configs" #> [55480] "compute_envelope" #> [55481] "cvi" #> [55482] "cvi_evaluators" #> [55483] "DBA" #> [55484] "dtw2" #> [55485] "dtwclustTimings" #> [55486] "dtw_basic" #> [55487] "dtw_lb" #> [55488] "GAK" #> [55489] "interactive_clustering" #> [55490] "lb_improved" #> [55491] "lb_keogh" #> [55492] "NCCc" #> [55493] "pam_cent" #> [55494] "pdc_configs" #> [55495] "reinterpolate" #> [55496] "repeat_clustering" #> [55497] "SBD" #> [55498] "sdtw" #> [55499] "sdtw_cent" #> [55500] "shape_extraction" #> [55501] "ssdtwclust" #> [55502] "TADPole" #> [55503] "tsclust" #> [55504] "tsclust-controls" #> [55505] "TSClusters-class" #> [55506] "tsclusters-methods" #> [55507] "tsclustFamily-class" #> [55508] "tslist" #> [55509] "uciCT" #> [55510] "zscore" #> [55511] "'class-crossValidation.R'" #> [55512] "'class-twdtwAssessment.R'" #> [55513] "'class-twdtwMatches.R'" #> [55514] "'createPatterns.R'" #> [55515] "'data.R'" #> [55516] "'dwtSat.R'" #> [55517] "'getInternals.R'" #> [55518] "'getTimeSeries.R'" #> [55519] "'logisticWeight.R'" #> [55520] "'methods.R'" #> [55521] "'miscellaneous.R'" #> [55522] "'plotAccuracy.R'" #> [55523] "'plotAdjustedArea.R'" #> [55524] "'plotArea.R'" #> [55525] "'plotChanges.R'" #> [55526] "'plotCostMatrix.R'" #> [55527] "'plotDistance.R'" #> [55528] "'plotMaps.R'" #> [55529] "'plotMatches.R'" #> [55530] "'plotPaths.R'" #> [55531] "'plotTimeSeries.R'" #> [55532] "'resampleTimeSeries.R'" #> [55533] "'subset.R'" #> [55534] "'twdtwApply.R'" #> [55535] "'twdtwApplyParallel.R'" #> [55536] "'twdtwClassify.R'" #> [55537] "'twdtwCrossValidate.R'" #> [55538] "'twdtwXtable.R'" #> [55539] "2019-01-28" #> [55540] "00:10:02" #> [55541] "createPatterns" #> [55542] "dtwSat" #> [55543] "getDatesFromDOY" #> [55544] "getTimeSeries" #> [55545] "linearWeight" #> [55546] "logisticWeight" #> [55547] "MOD13Q1.MT.yearly.patterns" #> [55548] "MOD13Q1.patterns.list" #> [55549] "MOD13Q1.ts" #> [55550] "MOD13Q1.ts.labels" #> [55551] "MOD13Q1.ts.list" #> [55552] "plotAccuracy" #> [55553] "plotAdjustedArea" #> [55554] "plotAlignments" #> [55555] "plotArea" #> [55556] "plotChanges" #> [55557] "plotClassification" #> [55558] "plotCostMatrix" #> [55559] "plotDistance" #> [55560] "plotMaps" #> [55561] "plotMapSamples" #> [55562] "plotMatches" #> [55563] "plotPatterns" #> [55564] "resampleTimeSeries" #> [55565] "shiftDates" #> [55566] "twdtwApply" #> [55567] "twdtwApplyParallel" #> [55568] "twdtwAssess" #> [55569] "twdtwAssessment-class" #> [55570] "twdtwClassify" #> [55571] "twdtwCrossValidate" #> [55572] "twdtwCrossValidation-class" #> [55573] "twdtwMatches-class" #> [55574] "twdtwRaster-class" #> [55575] "twdtwTimeSeries-class" #> [55576] "twdtwXtable" #> [55577] "DTWUMI-package" #> [55578] "dataDTWUMI" #> [55579] "DTWUMI_1gap_imputation" #> [55580] "DTWUMI_imputation" #> [55581] "imp_1NA" #> [55582] "Indexes_size_missing_multi" #> [55583] "check_dua_restrictions" #> [55584] "deid_dua" #> [55585] "duawranglr" #> [55586] "make_dua_template" #> [55587] "read_dua_file" #> [55588] "see_dua_level" #> [55589] "see_dua_options" #> [55590] "set_dua_cw" #> [55591] "set_dua_level" #> [55592] "write_dua_df" #> [55593] "%<<-%" #> [55594] "duckduckr" #> [55595] "duckduck_answer" #> [55596] "dummies-package" #> [55597] "get.dummy" #> [55598] "which.dummy" #> [55599] "dummyNews" #> [55600] "dunn.test" #> [55601] "DunnettTests-package" #> [55602] "cvSDDT" #> [55603] "cvSUDT" #> [55604] "nvDT" #> [55605] "powDT" #> [55606] "qvSDDT" #> [55607] "qvSUDT" #> [55608] "dupiR-package" #> [55609] "computePosterior" #> [55610] "Counts" #> [55611] "getCounts" #> [55612] "getPosteriorParam" #> [55613] "newCounts" #> [55614] "plotPosterior" #> [55615] "DVHmetrics-package" #> [55616] "checkConstraint" #> [55617] "convertDVH" #> [55618] "convertDVHsmooth" #> [55619] "dataConstr" #> [55620] "dataMZ" #> [55621] "getBED" #> [55622] "getDMEAN" #> [55623] "getEQD2" #> [55624] "getEUD" #> [55625] "getIsoEffD" #> [55626] "getMeanDVH" #> [55627] "getNTCP" #> [55628] "getTCP" #> [55629] "mergeDVH" #> [55630] "print.DVHs" #> [55631] "readConstraint" #> [55632] "readDVH" #> [55633] "runGUI" #> [55634] "saveConstraint" #> [55635] "saveDVH" #> [55636] "saveMetric" #> [55637] "showConstraint" #> [55638] "showDVH" #> [55639] "showMeanDVH" #> [55640] "bmi3" #> [55641] "bmi4" #> [55642] "dots_bars" #> [55643] "dvmisc" #> [55644] "expand_grid" #> [55645] "gammareg" #> [55646] "get_mse" #> [55647] "interval_groups" #> [55648] "list_override" #> [55649] "logit_prob" #> [55650] "lognormalreg" #> [55651] "logodds_graph" #> [55652] "max_n" #> [55653] "means_graph" #> [55654] "mean_i" #> [55655] "min_n" #> [55656] "mle_gamma" #> [55657] "mle_gamma_lnorm" #> [55658] "mle_lnorm" #> [55659] "mle_lnorm_lnorm" #> [55660] "moving_mean" #> [55661] "n_2t_equal" #> [55662] "n_2t_unequal" #> [55663] "odds_prob" #> [55664] "plot_ll" #> [55665] "pooled_var" #> [55666] "power_2t_equal" #> [55667] "power_2t_unequal" #> [55668] "prob_logit" #> [55669] "prob_odds" #> [55670] "quant_groups" #> [55671] "quant_groups_svy" #> [55672] "sliding_cor" #> [55673] "sliding_cov" #> [55674] "sumsim" #> [55675] "sum_i" #> [55676] "truerange" #> [55677] "which.max2" #> [55678] "which.min2" #> [55679] "which_max_im" #> [55680] "which_max_iv" #> [55681] "which_max_nm" #> [55682] "which_max_nv" #> [55683] "which_min_im" #> [55684] "which_min_iv" #> [55685] "which_min_nm" #> [55686] "which_min_nv" #> [55687] "add_files_by_source" #> [55688] "add_file_by_source" #> [55689] "append_data_frame_to_stream" #> [55690] "append_record_to_stream" #> [55691] "append_values_to_stream" #> [55692] "auth_token" #> [55693] "check_file_summary_response" #> [55694] "check_project_summary_response" #> [55695] "check_user_info_response" #> [55696] "configure" #> [55697] "create_dataset_response" #> [55698] "create_insight" #> [55699] "create_project" #> [55700] "create_project_response" #> [55701] "dataset_create_request" #> [55702] "dataset_replace_request" #> [55703] "dataset_summary_response" #> [55704] "dataset_update_request" #> [55705] "delete_files" #> [55706] "delete_insight" #> [55707] "delete_project" #> [55708] "download_datapackage" #> [55709] "download_file" #> [55710] "download_file_as_data_frame" #> [55711] "download_table_as_data_frame" #> [55712] "dwapi" #> [55713] "error_message" #> [55714] "extract_dataset_key" #> [55715] "extract_project_key" #> [55716] "file_batch_update_request" #> [55717] "file_create_or_update_request" #> [55718] "file_create_request" #> [55719] "file_source_create_or_update_request" #> [55720] "file_source_create_request" #> [55721] "file_source_summary_response" #> [55722] "file_summary_response" #> [55723] "get_datasets_user_contributing" #> [55724] "get_datasets_user_liked" #> [55725] "get_datasets_user_own" #> [55726] "get_insight" #> [55727] "get_insights" #> [55728] "get_project" #> [55729] "get_projects_user_contributing" #> [55730] "get_projects_user_liked" #> [55731] "get_projects_user_own" #> [55732] "get_table_schema" #> [55733] "get_user" #> [55734] "insight_create_request" #> [55735] "insight_replace_request" #> [55736] "insight_summary_response" #> [55737] "insight_update_request" #> [55738] "linked_dataset_create_or_update_request" #> [55739] "link_dataset" #> [55740] "list_tables" #> [55741] "parse_success_or_error" #> [55742] "project_create_request" #> [55743] "project_replace_request" #> [55744] "project_summary_response" #> [55745] "project_update_request" #> [55746] "replace_dataset" #> [55747] "replace_insight" #> [55748] "replace_project" #> [55749] "sdk_version" #> [55750] "sparql" #> [55751] "success_message" #> [55752] "table_schema_field_response" #> [55753] "table_schema_field_update_request" #> [55754] "table_schema_response" #> [55755] "table_schema_update_request" #> [55756] "unlink_dataset" #> [55757] "update_dataset" #> [55758] "update_insight" #> [55759] "update_project" #> [55760] "update_table_schema" #> [55761] "upload_data_frame" #> [55762] "upload_file" #> [55763] "upload_files" #> [55764] "user_agent" #> [55765] "user_info_response" #> [55766] "DWDLargeR-package" #> [55767] "genDWD" #> [55768] "mushrooms" #> [55769] "penaltyParameter" #> [55770] "combined" #> [55771] "degreeComp" #> [55772] "DWLasso" #> [55773] "MBLasso" #> [55774] "weightComp" #> [55775] "weightEstim" #> [55776] "dw.meanvar" #> [55777] "dw.parest" #> [55778] "dw.reg" #> [55779] "res.dw" #> [55780] "dyads-package" #> [55781] "j2" #> [55782] "p2" #> [55783] "find_chaos" #> [55784] "find_motions" #> [55785] "find_regularity" #> [55786] "dyAnnotation" #> [55787] "dyAxis" #> [55788] "dyCallbacks" #> [55789] "dyCandlestick" #> [55790] "dyCrosshair" #> [55791] "dyCSS" #> [55792] "dyDataHandler" #> [55793] "dyDependency" #> [55794] "dyEvent" #> [55795] "dygraph" #> [55796] "dygraph-shiny" #> [55797] "dygraphs-exports" #> [55798] "dyGroup" #> [55799] "dyHighlight" #> [55800] "dyLegend" #> [55801] "dyLimit" #> [55802] "dyOptions" #> [55803] "dyPlotter" #> [55804] "dyPlugin" #> [55805] "dyRangeSelector" #> [55806] "dyRebase" #> [55807] "dyRibbon" #> [55808] "dyRoller" #> [55809] "dySeries" #> [55810] "dySeriesData" #> [55811] "dyShading" #> [55812] "dyUnzoom" #> [55813] "dykstra" #> [55814] "DYM" #> [55815] "findSimilarName" #> [55816] "getMissingVariable" #> [55817] "getNames" #> [55818] "isVariableName" #> [55819] "dyn-package" #> [55820] "baltimore" #> [55821] "dyn" #> [55822] "dshift" #> [55823] "dynardl" #> [55824] "dynardl.auto.correlated" #> [55825] "dynardl.simulation.plot" #> [55826] "france.data" #> [55827] "ineq" #> [55828] "ldshift" #> [55829] "lshift" #> [55830] "pssbounds" #> [55831] "summary.dynardl" #> [55832] "supreme.sup" #> [55833] "DynamicDistribution-package" #> [55834] "DynamicDistribution" #> [55835] "DynCon" #> [55836] "DynDis" #> [55837] "DynamicGP-package" #> [55838] "ESL2D" #> [55839] "knnsvdGP" #> [55840] "lasvdGP" #> [55841] "saEI" #> [55842] "SL2D" #> [55843] "svdGP" #> [55844] "dynamicGraph-package" #> [55845] "blockTreeToList" #> [55846] "dg.Block-class" #> [55847] "dg.BlockEdge-class" #> [55848] "dg.control" #> [55849] "dg.DiscreteVertex-class" #> [55850] "dg.Edge-class" #> [55851] "dg.ExtraEdge-class" #> [55852] "dg.FactorEdge-class" #> [55853] "dg.FactorVertex-class" #> [55854] "dg.Generator-class" #> [55855] "dg.graph-class" #> [55856] "dg.graphedges-class" #> [55857] "dg.list-class" #> [55858] "dg.Model-class" #> [55859] "dg.Node-class" #> [55860] "dg.simple.graph-class" #> [55861] "dg.Test-class" #> [55862] "dg.TextVertex-class" #> [55863] "dg.Vertex-class" #> [55864] "dg.VertexEdge-class" #> [55865] "drawModel" #> [55866] "DynamicGraph" #> [55867] "DynamicGraph-class" #> [55868] "dynamicGraphMain" #> [55869] "DynamicGraphModel-class" #> [55870] "DynamicGraphView-class" #> [55871] "nameToVertexIndex" #> [55872] "replaceBlockList" #> [55873] "replaceControls" #> [55874] "replaceVertexList" #> [55875] "returnBlockEdgeList" #> [55876] "returnEdgeList" #> [55877] "returnExtraEdgeList" #> [55878] "returnFactorEdgeList" #> [55879] "returnFactorVerticesAndEdges" #> [55880] "returnVertexList" #> [55881] "selectDialog" #> [55882] "setBlocks" #> [55883] "setTreeBlocks" #> [55884] "simpleGraphToGraph" #> [55885] "validEdgeClasses" #> [55886] "validFactorClasses" #> [55887] "validVertexClasses" #> [55888] "validViewClasses" #> [55889] "wDG" #> [55890] "ddFixed" #> [55891] "ddhazard" #> [55892] "ddhazard_app" #> [55893] "ddhazard_boot" #> [55894] "ddhazard_control" #> [55895] "get_cloud_means" #> [55896] "get_cloud_quantiles" #> [55897] "get_Q_0" #> [55898] "get_risk_obj" #> [55899] "get_survival_case_weights_and_data" #> [55900] "hatvalues.ddhazard" #> [55901] "hds" #> [55902] "logLik.ddhazard" #> [55903] "logLik.PF_EM" #> [55904] "PF_control" #> [55905] "PF_EM" #> [55906] "PF_forward_filter" #> [55907] "PF_get_score_n_hess" #> [55908] "plot.ddhazard" #> [55909] "plot.ddhazard_space_errors" #> [55910] "plot.ddsurvcurve" #> [55911] "plot.PF_clouds" #> [55912] "plot.PF_EM" #> [55913] "predict.ddhazard" #> [55914] "print.ddhazard_boot" #> [55915] "print.summary.ddhazard" #> [55916] "residuals.ddhazard" #> [55917] "static_glm" #> [55918] "dynamicTreeCut-package" #> [55919] "cutreeDynamic" #> [55920] "cutreeDynamicTree" #> [55921] "cutreeHybrid" #> [55922] "indentSpaces" #> [55923] "merge2Clusters" #> [55924] "printFlush" #> [55925] "fitmodel" #> [55926] "C.crocuta.female" #> [55927] "C.crocuta.male" #> [55928] "dyadic_similarity" #> [55929] "edgelist_to_matrix" #> [55930] "get_dynamics" #> [55931] "get_edgelist" #> [55932] "informed_ds" #> [55933] "informed_elo" #> [55934] "informed_matreorder" #> [55935] "aggregate_obs" #> [55936] "aggregate_xts" #> [55937] "approx.pe.ts" #> [55938] "brompton" #> [55939] "build_chans" #> [55940] "build_layers" #> [55941] "build_routing_table" #> [55942] "dev.reset" #> [55943] "discretise" #> [55944] "disp_output" #> [55945] "dynatopmodel" #> [55946] "get.disp.par" #> [55947] "get.run.par" #> [55948] "new_guid" #> [55949] "NSE" #> [55950] "run.dtm" #> [55951] "time_at_peak" #> [55952] "time_to_peak" #> [55953] "upslope.area" #> [55954] "dynaTree-package" #> [55955] "alcX.dynaTree" #> [55956] "dynaTree-class" #> [55957] "dynaTrees" #> [55958] "elec2" #> [55959] "plot.dynaTree" #> [55960] "predict.dynaTree" #> [55961] "rejuvenate.dynaTree" #> [55962] "relevance.dynaTree" #> [55963] "retire.dynaTree" #> [55964] "sens.dynaTree" #> [55965] "update.dynaTree" #> [55966] "varpropuse" #> [55967] "dynBiplotGUI-package" #> [55968] "dynBiplot" #> [55969] "panelAnalysis_en" #> [55970] "panelAnalysis_es" #> [55971] "panelData_en" #> [55972] "panelData_es" #> [55973] "panelFormat_en" #> [55974] "panelFormat_es" #> [55975] "panelVariables_en" #> [55976] "panelVariables_es" #> [55977] "prodelec" #> [55978] "DynClust-package" #> [55979] "adu340_4small" #> [55980] "GetClusteringResults" #> [55981] "GetDenoisingResults" #> [55982] "MultiTestH0" #> [55983] "RunClustering" #> [55984] "RunDenoising" #> [55985] "dynamicCorrelation" #> [55986] "dynCorrData" #> [55987] "anonymization" #> [55988] "anonymize2node" #> [55989] "draw.graph" #> [55990] "lw.grouping" #> [55991] "make.virtual.dynamic.network" #> [55992] "dynfrail" #> [55993] "dynfrail_control" #> [55994] "dynfrail_dist" #> [55995] "dynfrail_fit" #> [55996] "dynfrail_prep" #> [55997] "casualties" #> [55998] "fitdi" #> [55999] "GetIntMod" #> [56000] "GetLikeDI" #> [56001] "GetPV" #> [56002] "Nile" #> [56003] "print.dynia" #> [56004] "dynlm" #> [56005] "M1Germany" #> [56006] "DNbuilder" #> [56007] "DNbuilder.coxph" #> [56008] "DNbuilder.glm" #> [56009] "DNbuilder.lm" #> [56010] "DynNom" #> [56011] "DynNom.coxph" #> [56012] "DynNom.cph" #> [56013] "DynNom.Glm" #> [56014] "DynNom.glm" #> [56015] "DynNom.lm" #> [56016] "DynNom.lrm" #> [56017] "DynNom.ols" #> [56018] "dynOmics-package" #> [56019] "associateData" #> [56020] "plot.associations" #> [56021] "summary.associations" #> [56022] "Transcripts" #> [56023] "dynpanel-package" #> [56024] "dpd" #> [56025] "dpd.formula" #> [56026] "Produc" #> [56027] "summary.dpd" #> [56028] "character_parameter" #> [56029] "collapse_set" #> [56030] "dynparam" #> [56031] "expuniform_distribution" #> [56032] "get_description" #> [56033] "integer_parameter" #> [56034] "integer_range_parameter" #> [56035] "logical_parameter" #> [56036] "normal_distribution" #> [56037] "numeric_parameter" #> [56038] "numeric_range_parameter" #> [56039] "parameter_set" #> [56040] "range_parameter" #> [56041] "subset_parameter" #> [56042] "uniform_distribution" #> [56043] "dynpred-package" #> [56044] "AUCw" #> [56045] "cutLM" #> [56046] "CVcindex" #> [56047] "CVPL" #> [56048] "deb" #> [56049] "EBMT" #> [56050] "evalstep" #> [56051] "Fwindow" #> [56052] "NKI" #> [56053] "clinical" #> [56054] "Ovarian" #> [56055] "pe" #> [56056] "pew" #> [56057] "toleranceplot" #> [56058] "follow-up" #> [56059] "eval_recursion" #> [56060] "get_table_name" #> [56061] "make_condition_checks" #> [56062] "make_pattern_match" #> [56063] "make_pattern_tests" #> [56064] "make_recursion_case" #> [56065] "make_update_expr" #> [56066] "parse_ranges" #> [56067] "parse_recursion" #> [56068] "%where%" #> [56069] "'dynrData.R'" #> [56070] "'dynrRecipe.R'" #> [56071] "'dynrModel.R'" #> [56072] "'dynrCook.R'" #> [56073] "'dynrPlot.R'" #> [56074] "'dynrMi.R'" #> [56075] "'dynrTaste.R'" #> [56076] "'dynrVersion.R'" #> [56077] "07:50:03" #> [56078] "dynr-package" #> [56079] "autoplot.dynrTaste" #> [56080] "coef.dynrModel" #> [56081] "confint.dynrCook" #> [56082] "diag,character-method" #> [56083] "dynr.cook" #> [56084] "dynr.data" #> [56085] "dynr.ggplot" #> [56086] "dynr.ldl" #> [56087] "dynr.mi" #> [56088] "dynr.model" #> [56089] "dynr.plotFreq" #> [56090] "dynr.taste" #> [56091] "dynr.taste2" #> [56092] "dynr.version" #> [56093] "dynrCook-class" #> [56094] "dynrDynamics-class" #> [56095] "dynrInitial-class" #> [56096] "dynrMeasurement-class" #> [56097] "dynrModel-class" #> [56098] "dynrNoise-class" #> [56099] "dynrRecipe-class" #> [56100] "dynrRegimes-class" #> [56101] "dynrTrans-class" #> [56102] "EMG" #> [56103] "EMGsim" #> [56104] "internalModelPrep" #> [56105] "LogisticSetPointSDE" #> [56106] "logLik.dynrCook" #> [56107] "names,dynrCook-method" #> [56108] "names,dynrModel-method" #> [56109] "nobs.dynrCook" #> [56110] "nobs.dynrModel" #> [56111] "NonlinearDFAsim" #> [56112] "Oscillator" #> [56113] "Outliers" #> [56114] "PFAsim" #> [56115] "plot.dynrCook" #> [56116] "plotFormula" #> [56117] "PPsim" #> [56118] "prep.formulaDynamics" #> [56119] "prep.initial" #> [56120] "prep.loadings" #> [56121] "prep.matrixDynamics" #> [56122] "prep.measurement" #> [56123] "prep.noise" #> [56124] "prep.regimes" #> [56125] "prep.tfun" #> [56126] "printex" #> [56127] "RSPPsim" #> [56128] "summary.dynrCook" #> [56129] "vcov.dynrCook" #> [56130] "dynRB-package" #> [56131] "dynRB_Pn" #> [56132] "dynRB_Vn" #> [56133] "dynRB_VPa" #> [56134] "finch" #> [56135] "finch2" #> [56136] "overview" #> [56137] "ranks_OV" #> [56138] "dynsbm-package" #> [56139] "adjacency.plot" #> [56140] "alluvial.plot" #> [56141] "antsMersch" #> [56142] "connectivity.plot" #> [56143] "foodwebWoodward" #> [56144] "select.dynsbm" #> [56145] "simdataT5Q4N40binary" #> [56146] "simdataT5Q4N40continuous" #> [56147] "simdataT5Q4N40discrete" #> [56148] "sociopatternsPC2011" #> [56149] "dynsim" #> [56150] "dynsimGG" #> [56151] "grunfeld" #> [56152] "bayesCox" #> [56153] "bcos" #> [56154] "coef.bayesCox" #> [56155] "coef.splineCox" #> [56156] "coef.tvTran" #> [56157] "dynsurv" #> [56158] "jump" #> [56159] "other-exports" #> [56160] "plotCoef" #> [56161] "plotJump" #> [56162] "plotNu" #> [56163] "plotSurv" #> [56164] "splineCox" #> [56165] "survCurve" #> [56166] "survDiff" #> [56167] "tvTran" #> [56168] "'E_class_IQLearnFS_VHet.R'" #> [56169] "'E_iqLearnFSC.R'" #> [56170] "'E_iqLearnFSV.R'" #> [56171] "'E_iqLearnSS.R'" #> [56172] "'F_PropensityFit.R'" #> [56173] "'F_PropensityFit_SubsetList.R'" #> [56174] "'F_PropensityObj.R'" #> [56175] "'G_RegimeObj.R'" #> [56176] "'H_class_OptimalSeqCoarsened.R'" #> [56177] "'H_optimalSeq.R'" #> [56178] "'I_ClassificationFit_SubsetList.R'" #> [56179] "'I_ClassificationObj.R'" #> [56180] "'J_optimalClass.R'" #> [56181] "'K_Kernel.R'" #> [56182] "'K_RadialKernel.R'" #> [56183] "'K_PolyKernel.R'" #> [56184] "'K_KernelObj.R'" #> [56185] "'L_Surrogate.R'" #> [56186] "'L_HingeSurrogate.R'" #> [56187] "'L_LogitSurrogate.R'" #> [56188] "'L_SqHingeSurrogate.R'" #> [56189] "'M_MethodObject.R'" #> [56190] "'M_OptimKernel.R'" #> [56191] "'M_OptimObj.R'" #> [56192] "'N_CVBasic.R'" #> [56193] "'N_CVInfoLambda.R'" #> [56194] "'N_CVInfokParam.R'" #> [56195] "'N_CVInfoObj.R'" #> [56196] "'N_OptimStep.R'" #> [56197] "'O_Learning.R'" #> [56198] "'O_LearningMulti.R'" #> [56199] "'P_class_OWL.R'" #> [56200] "'P_owl.R'" #> [56201] "'Q_class_.rwl.R'" #> [56202] "'Q_rwl.R'" #> [56203] "'R_class_BOWLBasic.R'" #> [56204] "'R_class_BOWL.R'" #> [56205] "'S_class_.earl.R'" #> [56206] "'S_class_EARL.R'" #> [56207] "'S_earl.R'" #> [56208] "'internalTest.R'" #> [56209] "2019-03-21" #> [56210] "13:53:29" #> [56211] "bmiData" #> [56212] "bowl" #> [56213] "buildModelObjSubset" #> [56214] "Call" #> [56215] "classif" #> [56216] "cvInfo" #> [56217] "DTRstep" #> [56218] "earl" #> [56219] "EARL-class" #> [56220] "estimator" #> [56221] "fitObject" #> [56222] "fittedCont" #> [56223] "fittedMain" #> [56224] "fSet" #> [56225] "genetic" #> [56226] "iqLearn" #> [56227] "IQLearnFS_C-class" #> [56228] "IQLearnFS_ME-class" #> [56229] "IQLearnFS_VHet-class" #> [56230] "IQLearnSS-class" #> [56231] "iter" #> [56232] "moPropen" #> [56233] "OptimalClass-class" #> [56234] "OptimalClassObj-class" #> [56235] "OptimalInfo-class" #> [56236] "optimalSeq" #> [56237] "OptimalSeq-class" #> [56238] "OptimalSeqCoarsened-class" #> [56239] "OptimalSeqMissing-class" #> [56240] "optimObj" #> [56241] "optTx" #> [56242] "outcome" #> [56243] "OWL-class" #> [56244] "propen" #> [56245] "qLearn" #> [56246] "QLearn-class" #> [56247] "QLearnObj-class" #> [56248] "regimeCoef" #> [56249] "residuals" #> [56250] "rwl" #> [56251] "RWL-class" #> [56252] "all_in" #> [56253] "apply_minmax_scale" #> [56254] "apply_quantile_scale" #> [56255] "apply_uniform_scale" #> [56256] "calculate_distance" #> [56257] "calculate_mean" #> [56258] "check_packages" #> [56259] "dynutils" #> [56260] "expand_matrix" #> [56261] "extend_with" #> [56262] "extract_row_to_list" #> [56263] "inherit_default_params" #> [56264] "install_packages" #> [56265] "is_bounded" #> [56266] "is_single_numeric" #> [56267] "is_sparse" #> [56268] "list_as_tibble" #> [56269] "mapdf" #> [56270] "pritt" #> [56271] "project_to_segments" #> [56272] "random_time_string" #> [56273] "read_h5" #> [56274] "recent_news" #> [56275] "safe_tempdir" #> [56276] "scale_minmax" #> [56277] "scale_quantile" #> [56278] "scale_uniform" #> [56279] "tibble_as_list" #> [56280] "update_news" #> [56281] "APIMtoTrans" #> [56282] "Basic_Markov_as_APIM" #> [56283] "CouplesCope" #> [56284] "DySeq" #> [56285] "EstFreq" #> [56286] "EstTime" #> [56287] "GiveSome" #> [56288] "LastOccur" #> [56289] "LogSeq" #> [56290] "MLAP_Trans" #> [56291] "ML_Trans" #> [56292] "NonCumHaz" #> [56293] "NumbOccur" #> [56294] "plot.LogSeq" #> [56295] "print.EstFreq" #> [56296] "print.EstTime" #> [56297] "print.LogSeq" #> [56298] "print.state.trans" #> [56299] "simSeq" #> [56300] "simSeqSample" #> [56301] "single.LogSeq" #> [56302] "StateExpand" #> [56303] "StateTrans" #> [56304] "TransToAPIM" #> [56305] "DZEXPM-package" #> [56306] "dzexpm" #> [56307] "MaxTemp03" #> [56308] "allShortestPaths" #> [56309] "bincombinations" #> [56310] "bootstrap.lca" #> [56311] "boxplot.bclust" #> [56312] "classAgreement" #> [56313] "cmeans" #> [56314] "countpattern" #> [56315] "cshell" #> [56316] "e1071-deprecated" #> [56317] "element" #> [56318] "fclustIndex" #> [56319] "hamming.distance" #> [56320] "hamming.window" #> [56321] "hanning.window" #> [56322] "hsv_palette" #> [56323] "ica" #> [56324] "matchClasses" #> [56325] "matchControls" #> [56326] "plot.stft" #> [56327] "plot.svm" #> [56328] "plot.tune" #> [56329] "predict.svm" #> [56330] "probplot" #> [56331] "rbridge" #> [56332] "read.matrix.csr" #> [56333] "rectangle.window" #> [56334] "rwiener" #> [56335] "stft" #> [56336] "tune.control" #> [56337] "tune.wrapper" #> [56338] "write.svm" #> [56339] "eaf-package" #> [56340] "eafdiffplot" #> [56341] "eafplot" #> [56342] "eafs" #> [56343] "gcp2x2" #> [56344] "HybridGA" #> [56345] "read.data.sets" #> [56346] "SPEA2minstoptimeRichmond" #> [56347] "SPEA2relativeRichmond" #> [56348] "SPEA2relativeVanzyl" #> [56349] "Eagle-package" #> [56350] "AM" #> [56351] "FPR4AM" #> [56352] "OpenGUI" #> [56353] "ReadMap" #> [56354] "ReadMarker" #> [56355] "ReadPheno" #> [56356] "ReadZmat" #> [56357] "SummaryAM" #> [56358] "cv.lasso" #> [56359] "hdIS" #> [56360] "lassoFit" #> [56361] "MHLS" #> [56362] "PB.CI" #> [56363] "PBsampler" #> [56364] "plot.MHLS" #> [56365] "postInference.MHLS" #> [56366] "print.MHLS" #> [56367] "summary.MHLS" #> [56368] "eAnalytics" #> [56369] "avg_oc_wr_ne" #> [56370] "avg_oc_wr_ne_rct" #> [56371] "avg_oc_wr_ph" #> [56372] "beta_par" #> [56373] "oc" #> [56374] "oc_rct" #> [56375] "req_resp" #> [56376] "req_resp_rct" #> [56377] "get_R" #> [56378] "plot.earlyR" #> [56379] "print.earlyR" #> [56380] "sample_R" #> [56381] "bdstest_ews" #> [56382] "ch_ews" #> [56383] "circulation" #> [56384] "ddjnonparam_ews" #> [56385] "find.optima" #> [56386] "foldbif" #> [56387] "generic_ews" #> [56388] "livpotential_ews" #> [56389] "movpotential_ews" #> [56390] "PlotPotential" #> [56391] "qda_ews" #> [56392] "sensitivity_ews" #> [56393] "surrogates_ews" #> [56394] "UnivariateGrouping" #> [56395] "YD2PB_grayscale" #> [56396] "contr.earth.response" #> [56397] "earth" #> [56398] "earth.object" #> [56399] "etitanic" #> [56400] "evimp" #> [56401] "expand.bpairs" #> [56402] "format.earth" #> [56403] "mars.to.earth" #> [56404] "model.matrix.earth" #> [56405] "plot.earth" #> [56406] "plot.earth.models" #> [56407] "plot.evimp" #> [56408] "plot.varmod" #> [56409] "plotd" #> [56410] "predict.earth" #> [56411] "predict.varmod" #> [56412] "residuals.earth" #> [56413] "summary.earth" #> [56414] "update.earth" #> [56415] "varmod" #> [56416] "earthtide-package" #> [56417] "Earthtide" #> [56418] "eterna_wavegroups" #> [56419] "get_iers" #> [56420] "get_earthtones" #> [56421] "EasyABC-package" #> [56422] "ABC_emulation" #> [56423] "ABC_mcmc" #> [56424] "ABC_rejection" #> [56425] "ABC_sequential" #> [56426] "binary_model" #> [56427] "binary_model_cluster" #> [56428] "SABC" #> [56429] "trait_model" #> [56430] "easyAHP" #> [56431] "add_imp_plot" #> [56432] "add_marginal_histograms" #> [56433] "alluvial_long" #> [56434] "alluvial_model_response" #> [56435] "alluvial_model_response_caret" #> [56436] "alluvial_wide" #> [56437] "get_data_space" #> [56438] "get_pdp_predictions" #> [56439] "manip_bin_numerics" #> [56440] "manip_factor_2_numeric" #> [56441] "mtcars2" #> [56442] "palette_filter" #> [56443] "palette_increase_length" #> [56444] "palette_plot_intensity" #> [56445] "palette_plot_rgp" #> [56446] "palette_qualitative" #> [56447] "plot_all_hists" #> [56448] "plot_condensation" #> [56449] "plot_hist" #> [56450] "plot_imp" #> [56451] "quarterly_flights" #> [56452] "quarterly_sunspots" #> [56453] "tidy_imp" #> [56454] "use_e1071" #> [56455] "easyanova-package" #> [56456] "data10" #> [56457] "data11" #> [56458] "data12" #> [56459] "data13" #> [56460] "data14" #> [56461] "data15" #> [56462] "data16" #> [56463] "data17" #> [56464] "data18" #> [56465] "data19" #> [56466] "data3" #> [56467] "data5" #> [56468] "data6" #> [56469] "data7" #> [56470] "data8" #> [56471] "data9" #> [56472] "ea1" #> [56473] "ea2" #> [56474] "ec" #> [56475] "easyCODA-package" #> [56476] "ALR" #> [56477] "BAR" #> [56478] "CLR" #> [56479] "cups" #> [56480] "DOT" #> [56481] "DUMMY" #> [56482] "ILR" #> [56483] "invALR" #> [56484] "invCLR" #> [56485] "LR.VAR" #> [56486] "PLOT.CA" #> [56487] "PLOT.LRA" #> [56488] "PLOT.PCA" #> [56489] "PLOT.RDA" #> [56490] "PLR" #> [56491] "RDA" #> [56492] "SLR" #> [56493] "STEP" #> [56494] "veg" #> [56495] "choose_dir" #> [56496] "fread_folder" #> [56497] "fread_zip" #> [56498] "Identify.OS" #> [56499] "loadcsvfromZIP" #> [56500] "loadcsv_multi" #> [56501] "loadZIPcsvfromURL" #> [56502] "easyDes" #> [56503] "EasyHTMLReport-package" #> [56504] "easyHtmlReport" #> [56505] "sendmailEx" #> [56506] "simpleHtmlReport" #> [56507] "EasyMARK-package" #> [56508] "Collapse.CH" #> [56509] "Maker.CH" #> [56510] "MARK.MCMC" #> [56511] "Simulate.CH" #> [56512] "Split.CH" #> [56513] "EasyMx-package" #> [56514] "emxCholeskyComponent" #> [56515] "emxCholeskyVariance" #> [56516] "emxCovariances" #> [56517] "emxFactorModel" #> [56518] "emxGeneticFactorComponent" #> [56519] "emxGeneticFactorVariance" #> [56520] "emxGrowthModel" #> [56521] "emxKroneckerVariance" #> [56522] "emxLoadings" #> [56523] "emxMeans" #> [56524] "emxMixtureModel" #> [56525] "emxRegressionModel" #> [56526] "emxRelatednessMatrix" #> [56527] "emxResiduals" #> [56528] "emxThresholds" #> [56529] "emxTwinModel" #> [56530] "emxVarianceComponents" #> [56531] "ArrayToNc" #> [56532] "NcClose" #> [56533] "NcOpen" #> [56534] "NcReadDims" #> [56535] "NcReadVarNames" #> [56536] "NcToArray" #> [56537] "easynls-package" #> [56538] "nlsfit" #> [56539] "nlsplot" #> [56540] "from_import" #> [56541] "install_package" #> [56542] "is.package_obj" #> [56543] "libraries" #> [56544] "load_package" #> [56545] "easypower" #> [56546] "n.multiway" #> [56547] "n.oneway" #> [56548] "articles_to_list" #> [56549] "article_to_df" #> [56550] "batch_pubmed_download" #> [56551] "custom_grep" #> [56552] "EPMsamples" #> [56553] "fetch_all_pubmed_ids" #> [56554] "fetch_pubmed_data" #> [56555] "get_pubmed_ids" #> [56556] "get_pubmed_ids_by_fulltitle" #> [56557] "PubMed_stopwords" #> [56558] "table_articles_byAuth" #> [56559] "trim_address" #> [56560] "easyreg-package" #> [56561] "bl" #> [56562] "er1" #> [56563] "er2" #> [56564] "regplot" #> [56565] "regtest" #> [56566] "EasyData" #> [56567] "ProtectTable" #> [56568] "ProtectTable1" #> [56569] "PTgui" #> [56570] "PTwrap" #> [56571] "sosialFiktiv" #> [56572] "circle.svg" #> [56573] "defs.svg" #> [56574] "easySVG" #> [56575] "ellipse.svg" #> [56576] "get.text.svg" #> [56577] "group.svg" #> [56578] "lim.axis.svg" #> [56579] "line.svg" #> [56580] "pack.svg" #> [56581] "polygon.svg" #> [56582] "polyline.svg" #> [56583] "rect.svg" #> [56584] "use.svg" #> [56585] "changearg" #> [56586] "climFairRpss" #> [56587] "convert2prob" #> [56588] "count2prob" #> [56589] "easyVerification" #> [56590] "Ens2AFC" #> [56591] "EnsCorr" #> [56592] "EnsError" #> [56593] "EnsErrorss" #> [56594] "EnsIgn" #> [56595] "EnsRoca" #> [56596] "EnsSprErr" #> [56597] "FairSprErr" #> [56598] "generateRef" #> [56599] "toymodel" #> [56600] "veriApply" #> [56601] "veriUnwrap" #> [56602] "weisheimer" #> [56603] "balanced.pcdesign" #> [56604] "celebrities" #> [56605] "cov.u" #> [56606] "drugrisk" #> [56607] "eba" #> [56608] "eba.order" #> [56609] "group.test" #> [56610] "heaviness" #> [56611] "inclusion.rule" #> [56612] "kendall.u" #> [56613] "linear2btl" #> [56614] "logLik.eba" #> [56615] "mbt" #> [56616] "pcX" #> [56617] "plot.eba" #> [56618] "pork" #> [56619] "residuals.eba" #> [56620] "schoolsubjects" #> [56621] "simulate.eba" #> [56622] "soundquality" #> [56623] "strans" #> [56624] "tartness" #> [56625] "thurstone" #> [56626] "trineq" #> [56627] "uscale" #> [56628] "baltest.collect" #> [56629] "eb" #> [56630] "ebalance" #> [56631] "ebalance.trim" #> [56632] "getsquares" #> [56633] "line.searcher" #> [56634] "matrixmaker" #> [56635] "create_object_evpi_decrease" #> [56636] "create_object_inmb" #> [56637] "create_object_inmb_direct" #> [56638] "create_object_lambda" #> [56639] "create_object_pop" #> [56640] "create_object_var_inmb" #> [56641] "create_object_var_inmb_diff" #> [56642] "create_object_var_inmb_direct" #> [56643] "EVPI_DECREASE" #> [56644] "gamma_risk" #> [56645] "graph_gain_n" #> [56646] "INMB" #> [56647] "INMB_DIRECT" #> [56648] "POP" #> [56649] "sample_size" #> [56650] "VAR_INMB" #> [56651] "VAR_INMB_DIFF" #> [56652] "VAR_INMB_DIRECT" #> [56653] "beta.cauchy" #> [56654] "beta.laplace" #> [56655] "ebayesthresh" #> [56656] "ebayesthresh.wavelet" #> [56657] "postmed" #> [56658] "tfromw" #> [56659] "tfromx" #> [56660] "threshld" #> [56661] "wandafromx" #> [56662] "wfromt" #> [56663] "wfromx" #> [56664] "wmonfromx" #> [56665] "zetafromx" #> [56666] "ebdbNet-package" #> [56667] "calcAUC" #> [56668] "calcSensSpec" #> [56669] "dataFormat" #> [56670] "ebdbn" #> [56671] "ebdbn-internal" #> [56672] "hankel" #> [56673] "plot.ebdbNet" #> [56674] "simulateVAR" #> [56675] "EBEN-package" #> [56676] "BASIS" #> [56677] "BASISbinomial" #> [56678] "EBelasticNet.Binomial" #> [56679] "EBelasticNet.BinomialCV" #> [56680] "EBelasticNet.Gaussian" #> [56681] "EBelasticNet.GaussianCV" #> [56682] "yBinomial" #> [56683] "ebGenotyping-package" #> [56684] "estep" #> [56685] "mstep" #> [56686] "my.bisec" #> [56687] "EBglmnet-package" #> [56688] "cv.EBglmnet" #> [56689] "EBglmnet" #> [56690] "analyseOtu" #> [56691] "convertOtuTad" #> [56692] "getProjectsList" #> [56693] "getProjectSummary" #> [56694] "getRunOtu" #> [56695] "getSampleOtu" #> [56696] "mergeOtu" #> [56697] "plotOtu" #> [56698] "projectRuns" #> [56699] "projectSamples" #> [56700] "read.otu.tsv" #> [56701] "read.project.csv" #> [56702] "runsBySample" #> [56703] "abundance_palette" #> [56704] "bernoulli_dev" #> [56705] "calc_bins" #> [56706] "calc_effective_extent" #> [56707] "calc_full_extent" #> [56708] "compute_ppms" #> [56709] "ebirdst" #> [56710] "ebirdst_download" #> [56711] "ebirdst_extent" #> [56712] "ebirdst_predictors" #> [56713] "ebirdst_runs" #> [56714] "ebirdst_subset" #> [56715] "label_raster_stack" #> [56716] "load_pds" #> [56717] "load_pis" #> [56718] "load_raster" #> [56719] "load_test_data" #> [56720] "map_centroids" #> [56721] "parse_raster_dates" #> [56722] "plot_all_ppms" #> [56723] "plot_binary_by_time" #> [56724] "plot_pds" #> [56725] "plot_pis" #> [56726] "poisson_dev" #> [56727] "project_extent" #> [56728] "sample_grid" #> [56729] "stixelize" #> [56730] "calibrateEnsemble" #> [56731] "calibrationSample" #> [56732] "EBMAforecast" #> [56733] "EBMApredict" #> [56734] "ForecastData-class" #> [56735] "makeForecastData" #> [56736] "plot,FDatFitLogit-method" #> [56737] "presidentialForecast" #> [56738] "summary,FDatFitLogit-method" #> [56739] "testSample" #> [56740] "adam2" #> [56741] "predict.modelBag" #> [56742] "predict.modelBst" #> [56743] "rus" #> [56744] "sbag" #> [56745] "sbo" #> [56746] "EBPRSpackage" #> [56747] "extractInfo" #> [56748] "findPara" #> [56749] "generateScore" #> [56750] "getEffectSize" #> [56751] "EBrank" #> [56752] "rankEM" #> [56753] "ebSNP-package" #> [56754] "ebSNP" #> [56755] "convert_dates" #> [56756] "get_dataflows" #> [56757] "get_dimensions" #> [56758] "comp_expmat" #> [56759] "sample_path" #> [56760] "sample_path_mr" #> [56761] "sample_path_unif" #> [56762] "sample_path_unif2" #> [56763] "sample_path_unif3" #> [56764] "'ecop-get-ld-triple-method.R'" #> [56765] "'ecop-polyfit-option-method.R'" #> [56766] "'ecop-term-plot-3x3-method.R'" #> [56767] "'lamp-class.R'" #> [56768] "'lamp-generate-tau-method.R'" #> [56769] "'lamp-lihnlap-distribution-method.R'" #> [56770] "'lamp-qsl-fit-config-method.R'" #> [56771] "'lamp-sd-factor-method.R'" #> [56772] "'lamp-stable-rnd-walk-method.R'" #> [56773] "2017-10-03" #> [56774] "19:57:50" #> [56775] "ecd-package" #> [56776] "bootstrap.ecdb" #> [56777] "dec" #> [56778] "discr.ecd" #> [56779] "dstablecnt" #> [56780] "ecd" #> [56781] "ecd-class" #> [56782] "ecd.adj_gamma" #> [56783] "ecd.asymp_stats" #> [56784] "ecd.ccdf" #> [56785] "ecd.cdf" #> [56786] "ecd.cubic" #> [56787] "ecd.cusp" #> [56788] "ecd.cusp_a2r" #> [56789] "ecd.cusp_std_moment" #> [56790] "ecd.data" #> [56791] "ecd.data_stats" #> [56792] "ecd.df2ts" #> [56793] "ecd.diff" #> [56794] "ecd.erfq" #> [56795] "ecd.estimate_const" #> [56796] "ecd.fit_data" #> [56797] "ecd.fit_ts_conf" #> [56798] "ecd.has_quantile" #> [56799] "ecd.imgf" #> [56800] "ecd.integrate" #> [56801] "ecd.lag" #> [56802] "ecd.manage_hist_tails" #> [56803] "ecd.max_kurtosis" #> [56804] "ecd.mp2f" #> [56805] "ecd.mpfr" #> [56806] "ecd.mpfr_qagi" #> [56807] "ecd.mpnum" #> [56808] "ecd.ogf" #> [56809] "ecd.pdf" #> [56810] "ecd.polar" #> [56811] "ecd.rational" #> [56812] "ecd.read_csv_by_symbol" #> [56813] "ecd.read_symbol_conf" #> [56814] "ecd.sd" #> [56815] "ecd.setup_const" #> [56816] "ecd.solve_cusp_asym" #> [56817] "ecd.stats" #> [56818] "ecd.toString" #> [56819] "ecd.ts_lag_stats" #> [56820] "ecd.uniroot" #> [56821] "ecd.y0_isomorphic" #> [56822] "ecdattr" #> [56823] "ecdattr-class" #> [56824] "ecdattr.enrich" #> [56825] "ecdattr.pairs" #> [56826] "ecdattr.pairs_polar" #> [56827] "ecdb" #> [56828] "ecdb-class" #> [56829] "ecdb.dbSendQuery" #> [56830] "ecdb.protectiveCommit" #> [56831] "ecdq" #> [56832] "ecdq-class" #> [56833] "ecld" #> [56834] "ecld-class" #> [56835] "ecld.cdf" #> [56836] "ecld.const" #> [56837] "ecld.fixed_point_SN0_atm_ki" #> [56838] "ecld.gamma" #> [56839] "ecld.imgf" #> [56840] "ecld.imnt" #> [56841] "ecld.ivol_ogf_star" #> [56842] "ecld.mgf_term" #> [56843] "ecld.moment" #> [56844] "ecld.mpnum" #> [56845] "ecld.mu_D" #> [56846] "ecld.ogf" #> [56847] "ecld.ogf_star" #> [56848] "ecld.op_Q" #> [56849] "ecld.op_V" #> [56850] "ecld.pdf" #> [56851] "ecld.quartic_Qp" #> [56852] "ecld.quartic_Qp_atm_attr" #> [56853] "ecld.quartic_SN0_atm_ki" #> [56854] "ecld.sd" #> [56855] "ecld.sged_const" #> [56856] "ecld.solve" #> [56857] "ecld.y_slope" #> [56858] "ecldOrEcd-class" #> [56859] "ecop-class" #> [56860] "ecop.bs_implied_volatility" #> [56861] "ecop.bs_option_price" #> [56862] "ecop.find_fixed_point_lambda_by_atm_skew" #> [56863] "ecop.find_fixed_point_sd_by_lambda" #> [56864] "ecop.from_symbol_conf" #> [56865] "ecop.get_ld_triple" #> [56866] "ecop.opt-class" #> [56867] "ecop.plot_option" #> [56868] "ecop.polyfit_option" #> [56869] "ecop.read_csv_by_symbol" #> [56870] "ecop.term_master_calculator" #> [56871] "ecop.term_plot_3x3" #> [56872] "ecop.vix_plot_3x3" #> [56873] "ellipticity.ecd" #> [56874] "history.ecdb" #> [56875] "integrate_pdf.ecd" #> [56876] "jinv.ecd" #> [56877] "k2mnt" #> [56878] "lamp" #> [56879] "lamp-class" #> [56880] "lamp.generate_tau" #> [56881] "lamp.plot_sim4" #> [56882] "lamp.qsl_fit_config" #> [56883] "lamp.qsl_fit_plot" #> [56884] "lamp.sd_factor" #> [56885] "lamp.simulate1" #> [56886] "lamp.simulate_iter" #> [56887] "lamp.stable_rnd_walk" #> [56888] "levy.dlambda" #> [56889] "levy.domain_coloring" #> [56890] "levy.dskewed" #> [56891] "moment.ecd" #> [56892] "numericMpfr-class" #> [56893] "plot_2x2.ecd" #> [56894] "quantilize.ecd" #> [56895] "read.ecdb" #> [56896] "rlaplace0" #> [56897] "rlihnlap" #> [56898] "rqsl" #> [56899] "solve.ecd" #> [56900] "solve_sym.ecd" #> [56901] "solve_trig.ecd" #> [56902] "summary.ecdb" #> [56903] "write.ecdb" #> [56904] "y_slope.ecd" #> [56905] "Accident" #> [56906] "Airq" #> [56907] "bankingCrises" #> [56908] "Benefits" #> [56909] "Bids" #> [56910] "breaches" #> [56911] "BudgetFood" #> [56912] "BudgetItaly" #> [56913] "BudgetUK" #> [56914] "Bwages" #> [56915] "Capm" #> [56916] "Car" #> [56917] "Caschool" #> [56918] "Catsup" #> [56919] "Cigarette" #> [56920] "Clothing" #> [56921] "Computers" #> [56922] "Consumption" #> [56923] "CPSch3" #> [56924] "Cracker" #> [56925] "CRANpackages" #> [56926] "CRSPday" #> [56927] "CRSPmon" #> [56928] "DM" #> [56929] "Doctor" #> [56930] "DoctorAUS" #> [56931] "DoctorContacts" #> [56932] "Earnings" #> [56933] "Electricity" #> [56934] "Fair" #> [56935] "Fatality" #> [56936] "FinancialCrisisFiles" #> [56937] "Fishing" #> [56938] "Forward" #> [56939] "FriendFoe" #> [56940] "Garch" #> [56941] "Griliches" #> [56942] "HC" #> [56943] "Hedonic" #> [56944] "HHSCyberSecurityBreaches" #> [56945] "HI" #> [56946] "Hmda" #> [56947] "Hstarts" #> [56948] "incomeInequality" #> [56949] "IncomeUK" #> [56950] "Index.Econometrics" #> [56951] "Index.Economics" #> [56952] "Index.Observations" #> [56953] "Index.Source" #> [56954] "Index.Time.Series" #> [56955] "Irates" #> [56956] "Kakadu" #> [56957] "Ketchup" #> [56958] "Klein" #> [56959] "LaborSupply" #> [56960] "Labour" #> [56961] "Macrodat" #> [56962] "Males" #> [56963] "ManufCost" #> [56964] "Mathlevel" #> [56965] "MCAS" #> [56966] "MedExp" #> [56967] "Metal" #> [56968] "Mishkin" #> [56969] "ModeChoice" #> [56970] "Mofa" #> [56971] "MoneyUS" #> [56972] "Mpyr" #> [56973] "MunExp" #> [56974] "NaturalPark" #> [56975] "Nerlove" #> [56976] "nonEnglishNames" #> [56977] "OFP" #> [56978] "Oil" #> [56979] "Participation" #> [56980] "PatentsHGH" #> [56981] "PatentsRD" #> [56982] "PE" #> [56983] "politicalKnowledge" #> [56984] "Pound" #> [56985] "PPP" #> [56986] "Pricing" #> [56987] "PSID" #> [56988] "RetSchool" #> [56989] "Schooling" #> [56990] "Solow" #> [56991] "Somerville" #> [56992] "SP500" #> [56993] "Star" #> [56994] "Strike" #> [56995] "StrikeDur" #> [56996] "StrikeNb" #> [56997] "SumHes" #> [56998] "Tbrate" #> [56999] "Train" #> [57000] "TranspEq" #> [57001] "Treatment" #> [57002] "Tuna" #> [57003] "UnempDur" #> [57004] "Unemployment" #> [57005] "USclassifiedDocuments" #> [57006] "USFinanceIndustry" #> [57007] "USGDPpresidents" #> [57008] "USstateAbbreviations" #> [57009] "UStaxWords" #> [57010] "VietNamH" #> [57011] "VietNamI" #> [57012] "Wages" #> [57013] "Wages1" #> [57014] "Workinghours" #> [57015] "Yen" #> [57016] "Yogurt" #> [57017] "ecdfHT-package" #> [57018] "ecdfHT" #> [57019] "ecdfHT.draw" #> [57020] "ecdfHT.fit" #> [57021] "ecdfHT.multivar" #> [57022] "pecdfHT" #> [57023] "dixon2002" #> [57024] "ecespa" #> [57025] "figuras" #> [57026] "getis" #> [57027] "gypsophylous" #> [57028] "haz.ppp" #> [57029] "Helianthemum" #> [57030] "ipc.estK" #> [57031] "K012" #> [57032] "K1K2" #> [57033] "Kci" #> [57034] "Kinhom.log" #> [57035] "Kmm" #> [57036] "Kmulti.ls" #> [57037] "LF.gof" #> [57038] "marksum" #> [57039] "pc.estK" #> [57040] "quercusvm" #> [57041] "rIPCP" #> [57042] "seedlings" #> [57043] "sim.poissonc" #> [57044] "syrjala" #> [57045] "syrjala.data" #> [57046] "ECFsup-package" #> [57047] "KSCovL2" #> [57048] "KSCovL2WS" #> [57049] "KSCovsup" #> [57050] "oneSPL" #> [57051] "oneSPLL2" #> [57052] "oneSPLmax" #> [57053] "as.Date1970" #> [57054] "asNumericDF" #> [57055] "camelParse" #> [57056] "canbeNumeric" #> [57057] "classIndex" #> [57058] "compareLengths" #> [57059] "confint.var" #> [57060] "countByYear" #> [57061] "countsByYear" #> [57062] "createMessage" #> [57063] "createX2matchY" #> [57064] "Date3to1" #> [57065] "dateCols" #> [57066] "Dates3to1" #> [57067] "financialCrisisFiles" #> [57068] "getElement2" #> [57069] "grepNonStandardCharacters" #> [57070] "Interp" #> [57071] "interpChar" #> [57072] "interpPairs" #> [57073] "logVarCor" #> [57074] "match.data.frame" #> [57075] "matchName" #> [57076] "matchQuote" #> [57077] "mergeUShouse.senate" #> [57078] "mergeVote" #> [57079] "missing0" #> [57080] "nchar0" #> [57081] "Newdata" #> [57082] "parseCommas" #> [57083] "parseDollars" #> [57084] "parseName" #> [57085] "Ping" #> [57086] "pmatch2" #> [57087] "qqnorm2" #> [57088] "qqnorm2s" #> [57089] "qqnorm2t" #> [57090] "rasterImageAdj" #> [57091] "read.testURLs" #> [57092] "read.transpose" #> [57093] "readCookPVI" #> [57094] "readDates3to1" #> [57095] "readFinancialCrisisFiles" #> [57096] "readNIPA" #> [57097] "readUShouse" #> [57098] "readUSsenate" #> [57099] "readUSstateAbbreviations" #> [57100] "recode2" #> [57101] "rgrep" #> [57102] "strsplit1" #> [57103] "subNonStandardCharacters" #> [57104] "subNonStandardNames" #> [57105] "testURLs" #> [57106] "trimImage" #> [57107] "truncdist" #> [57108] "UShouse.senate" #> [57109] "USsenateClass" #> [57110] "whichAeqB" #> [57111] "SmoothECTest" #> [57112] "deliverChart" #> [57113] "loadEChartsLibrary" #> [57114] "loadEChartsTheme" #> [57115] "renderBarChart" #> [57116] "renderGauge" #> [57117] "renderHeatMap" #> [57118] "renderPieChart" #> [57119] "renderRadarChart" #> [57120] "renderScatter" #> [57121] "renderTreeMap" #> [57122] "renderWordcloud" #> [57123] "angle_axis" #> [57124] "band" #> [57125] "callbacks" #> [57126] "connections" #> [57127] "echarts4r-shiny" #> [57128] "e_add" #> [57129] "e_animation" #> [57130] "e_append1_p" #> [57131] "e_area" #> [57132] "e_aria" #> [57133] "e_axis" #> [57134] "e_axis_3d" #> [57135] "e_axis_pointer" #> [57136] "e_bar" #> [57137] "e_bar_3d" #> [57138] "e_boxplot" #> [57139] "e_brush" #> [57140] "e_button" #> [57141] "e_calendar" #> [57142] "e_candle" #> [57143] "e_capture" #> [57144] "e_cloud" #> [57145] "e_color" #> [57146] "e_color_range" #> [57147] "e_common" #> [57148] "e_correlations" #> [57149] "e_country_names" #> [57150] "e_datazoom" #> [57151] "e_dispatch_action_p" #> [57152] "e_draft" #> [57153] "e_draw_p" #> [57154] "e_error_bar" #> [57155] "e_facet" #> [57156] "e_flip_coords" #> [57157] "e_flow_gl" #> [57158] "e_focus_adjacency_p" #> [57159] "e_format_axis" #> [57160] "e_funnel" #> [57161] "e_gauge" #> [57162] "e_geo" #> [57163] "e_geo_3d" #> [57164] "e_get_data" #> [57165] "e_globe" #> [57166] "e_graph" #> [57167] "e_graphic_g" #> [57168] "e_grid" #> [57169] "e_grid_3d" #> [57170] "e_heatmap" #> [57171] "e_highlight_p" #> [57172] "e_histogram" #> [57173] "e_inspect" #> [57174] "e_labels" #> [57175] "e_leaflet" #> [57176] "e_legend" #> [57177] "e_line" #> [57178] "e_lines" #> [57179] "e_lines_3d" #> [57180] "e_lines_gl" #> [57181] "e_liquid" #> [57182] "e_list" #> [57183] "e_lm" #> [57184] "e_map" #> [57185] "e_map_register" #> [57186] "e_mark_point" #> [57187] "e_modularity" #> [57188] "e_parallel" #> [57189] "e_pictorial" #> [57190] "e_pie" #> [57191] "e_polar" #> [57192] "e_radar" #> [57193] "e_radar_opts" #> [57194] "e_restore" #> [57195] "e_river" #> [57196] "e_sankey" #> [57197] "e_scatter" #> [57198] "e_scatter_3d" #> [57199] "e_scatter_gl" #> [57200] "e_showtip_p" #> [57201] "e_show_loading" #> [57202] "e_single_axis" #> [57203] "e_step" #> [57204] "e_sunburst" #> [57205] "e_surface" #> [57206] "e_text_style" #> [57207] "e_theme" #> [57208] "e_title" #> [57209] "e_toolbox_feature" #> [57210] "e_tooltip" #> [57211] "e_tree" #> [57212] "e_treemap" #> [57213] "e_utc" #> [57214] "e_visual_map" #> [57215] "e_visual_map_range" #> [57216] "e_zoom" #> [57217] "graph_action" #> [57218] "highlight_action" #> [57219] "legend_action" #> [57220] "mapbox" #> [57221] "map_actions" #> [57222] "pie_action" #> [57223] "radius_axis" #> [57224] "timeline-opts" #> [57225] "tooltip_action" #> [57226] "eChem-package" #> [57227] "animateCA" #> [57228] "animateCC" #> [57229] "animateCV" #> [57230] "animateLSV" #> [57231] "annotateCA" #> [57232] "annotateCC" #> [57233] "annotateCV" #> [57234] "annotateLSV" #> [57235] "plotCA" #> [57236] "plotCC" #> [57237] "plotCV" #> [57238] "plotDiffGrid" #> [57239] "plotDiffusion" #> [57240] "plotGrid" #> [57241] "plotLSV" #> [57242] "plotPotential" #> [57243] "sampleCA" #> [57244] "sampleCC" #> [57245] "sampleCV" #> [57246] "sampleLSV" #> [57247] "simulateCA" #> [57248] "simulateCC" #> [57249] "simulateCV" #> [57250] "simulateLSV" #> [57251] "echo.find" #> [57252] "echo_find" #> [57253] "add.echogram" #> [57254] "bottom.hac" #> [57255] "echo.noise" #> [57256] "echogram" #> [57257] "join.echogram" #> [57258] "mask.echogram" #> [57259] "match.echogram" #> [57260] "mergeSvmat" #> [57261] "navigation.hac" #> [57262] "noise.echogram" #> [57263] "palette.echogram" #> [57264] "position.hac" #> [57265] "read.echogram" #> [57266] "sample.echogram" #> [57267] "trim.echogram" #> [57268] "downloadDMRs" #> [57269] "echoAirGetFacilityInfo" #> [57270] "echoAirGetMeta" #> [57271] "echoGetCAAPR" #> [57272] "echoGetEffluent" #> [57273] "echoGetFacilities" #> [57274] "echoGetReports" #> [57275] "echoSDWGetMeta" #> [57276] "echoSDWGetSystems" #> [57277] "echoWaterGetFacilityInfo" #> [57278] "echoWaterGetMeta" #> [57279] "echoWaterGetParams" #> [57280] "ecipex-package" #> [57281] "ecipex" #> [57282] "nistiso" #> [57283] "CLRMC" #> [57284] "ECLRMC" #> [57285] "LRMC" #> [57286] "NRMS" #> [57287] "plot.eclust" #> [57288] "plot.similarity" #> [57289] "r_cluster_data" #> [57290] "r_prepare_data" #> [57291] "s_generate_data" #> [57292] "s_generate_data_mars" #> [57293] "s_mars_clust" #> [57294] "s_mars_separate" #> [57295] "s_modules" #> [57296] "s_pen_clust" #> [57297] "s_pen_separate" #> [57298] "s_response" #> [57299] "s_response_mars" #> [57300] "tcgaov" #> [57301] "u_cluster_similarity" #> [57302] "u_extract_selected_earth" #> [57303] "u_extract_summary" #> [57304] "u_fisherZ" #> [57305] "cumcount" #> [57306] "durbinH" #> [57307] "ecmave" #> [57308] "ecmaveback" #> [57309] "ecmback" #> [57310] "ecmpredict" #> [57311] "lagpad" #> [57312] "lmave" #> [57313] "Wilshire" #> [57314] "wf_archetype" #> [57315] "wf_check_request" #> [57316] "wf_datasets" #> [57317] "wf_delete" #> [57318] "wf_get_key" #> [57319] "wf_product_info" #> [57320] "wf_request" #> [57321] "wf_services" #> [57322] "wf_set_key" #> [57323] "wf_transfer" #> [57324] "wf_user_info" #> [57325] "eco" #> [57326] "ecoBD" #> [57327] "ecoML" #> [57328] "ecoNP" #> [57329] "forgnlit30" #> [57330] "forgnlit30c" #> [57331] "housep88" #> [57332] "predict.eco" #> [57333] "predict.ecoNP" #> [57334] "predict.ecoNPX" #> [57335] "predict.ecoX" #> [57336] "print.summary.eco" #> [57337] "print.summary.ecoML" #> [57338] "print.summary.ecoNP" #> [57339] "Qfun" #> [57340] "reg" #> [57341] "summary.eco" #> [57342] "summary.ecoML" #> [57343] "summary.ecoNP" #> [57344] "wallace" #> [57345] "ecodist-package" #> [57346] "addord" #> [57347] "bcdist" #> [57348] "bump.pmgram" #> [57349] "cor2m" #> [57350] "corgen" #> [57351] "fixdmat" #> [57352] "full" #> [57353] "graze" #> [57354] "iris.fit" #> [57355] "iris.nmds" #> [57356] "iris.vf" #> [57357] "iris.vfrot" #> [57358] "lower" #> [57359] "mgram" #> [57360] "mgroup" #> [57361] "min.nmds" #> [57362] "MRM" #> [57363] "nmds" #> [57364] "plot.mgram" #> [57365] "plot.nmds" #> [57366] "plot.vf" #> [57367] "pmgram" #> [57368] "residuals.mgram" #> [57369] "vf" #> [57370] "xdistance" #> [57371] "xmantel" #> [57372] "xmgram" #> [57373] "z.no" #> [57374] "z.z1" #> [57375] "california_counties" #> [57376] "checklist_details" #> [57377] "ecoengine" #> [57378] "ee_about" #> [57379] "ee_cbind" #> [57380] "ee_checklists" #> [57381] "ee_footprints" #> [57382] "ee_observations" #> [57383] "ee_pages" #> [57384] "ee_paginator" #> [57385] "ee_photos" #> [57386] "ee_search" #> [57387] "ee_search_obs" #> [57388] "ee_sources" #> [57389] "full_sensor_list" #> [57390] "print.ecoengine" #> [57391] "view_photos" #> [57392] "'eco.plotLocal.R'" #> [57393] "'eco.plotWeight.R'" #> [57394] "'eco.rankplot.R'" #> [57395] "'eco.rasterplot.R'" #> [57396] "'eco.remove.R'" #> [57397] "'eco.slide.con.R'" #> [57398] "'eco.split.R'" #> [57399] "'eco.subset.R'" #> [57400] "'eco.theilsen.R'" #> [57401] "'eco.weight.R'" #> [57402] "'int.break.R'" #> [57403] "'int.convert.R'" #> [57404] "'int.geary.R'" #> [57405] "'int.jackknife.R'" #> [57406] "'int.kin.loiselle.R'" #> [57407] "'int.mantel.R'" #> [57408] "'int.multitable.R'" #> [57409] "'int.order.R'" #> [57410] "'fill_ecogen_with_pop.R'" #> [57411] "'plot.methods.R'" #> [57412] "'roxygen.auxiliar.R'" #> [57413] "'eco.dom_af.R'" #> [57414] "'eco.kin.hardy.R'" #> [57415] "Leandro" #> [57416] "Roser" #> [57417] "Vilardi" #> [57418] "Beatriz" #> [57419] "Saidman" #> [57420] "Ferreyra" #> [57421] "Thibaut" #> [57422] "Jombart" #> [57423] "included" #> [57424] "Winston" #> [57425] "Chang" #> [57426] "2018-06-24" #> [57427] "06:13:31" #> [57428] "EcoGenetics-package" #> [57429] "aue.aggregated_df" #> [57430] "aue.check_class" #> [57431] "aue.dataAngle" #> [57432] "aue.df2image" #> [57433] "aue.dummy2af" #> [57434] "aue.image2df" #> [57435] "aue.phenosimil" #> [57436] "aue.rescale" #> [57437] "aue.sort" #> [57438] "aue.split_categorical" #> [57439] "eco.alfreq" #> [57440] "eco.association" #> [57441] "eco.bearing" #> [57442] "eco.cbind" #> [57443] "eco.clear" #> [57444] "eco.convert" #> [57445] "eco.cormantel" #> [57446] "eco.correlog" #> [57447] "eco.detrend" #> [57448] "eco.dom_af" #> [57449] "eco.fill_ecogen_with_df" #> [57450] "eco.fill_ecogen_with_ecopop" #> [57451] "eco.forestplot" #> [57452] "eco.format" #> [57453] "eco.formula" #> [57454] "eco.gsa" #> [57455] "eco.kin.hardy" #> [57456] "eco.kin.loiselle" #> [57457] "eco.lagweight" #> [57458] "eco.listw2ew" #> [57459] "eco.lmtree" #> [57460] "eco.lock,ecogen-method" #> [57461] "eco.lock,ecopop-method" #> [57462] "eco.lsa" #> [57463] "eco.malecot" #> [57464] "eco.mantel" #> [57465] "eco.merge" #> [57466] "eco.NDVI" #> [57467] "eco.NDVI.post" #> [57468] "eco.nei_dist" #> [57469] "eco.old2new,ecogen-method" #> [57470] "eco.old2new,ecopop-method" #> [57471] "eco.order" #> [57472] "eco.pairtest" #> [57473] "eco.plotCorrelog" #> [57474] "eco.plotCorrelogB" #> [57475] "eco.plotGlobal" #> [57476] "eco.plotLocal" #> [57477] "eco.plotWeight" #> [57478] "eco.post.geneland" #> [57479] "eco.rankplot" #> [57480] "eco.rasterplot" #> [57481] "eco.rasterplot,eco.multilsa-method" #> [57482] "eco.rbind" #> [57483] "eco.remove" #> [57484] "eco.slide.con" #> [57485] "eco.slide.matrix" #> [57486] "eco.split" #> [57487] "eco.subset" #> [57488] "eco.theilsen" #> [57489] "eco.unlock,ecogen-method" #> [57490] "eco.unlock,ecopop-method" #> [57491] "eco.variogram" #> [57492] "eco.weight" #> [57493] "eco2" #> [57494] "eco3" #> [57495] "eco4" #> [57496] "ecogen" #> [57497] "ecogen2ecopop" #> [57498] "ecogen2geneland" #> [57499] "ecogen2genepop" #> [57500] "ecogen2genind" #> [57501] "ecogen2gstudio" #> [57502] "ecogen2hierfstat" #> [57503] "ecogen2spagedi" #> [57504] "ecogenetics_devel" #> [57505] "ecogenetics_tutorial" #> [57506] "ecopop" #> [57507] "ecopop2genpop" #> [57508] "ecopop_counts2af" #> [57509] "eco_dom" #> [57510] "genepop2ecogen" #> [57511] "genotype_dom" #> [57512] "grf.multiplot" #> [57513] "grf.seqmultiplot" #> [57514] "is.locked,ecogen-method" #> [57515] "is.locked,ecopop-method" #> [57516] "my_ecopop" #> [57517] "plot,eco.multilsa,ANY-method" #> [57518] "spagedi2ecogen" #> [57519] "summary,eco.mlm-method" #> [57520] "table.sokal" #> [57521] "CInt_f" #> [57522] "Et_f" #> [57523] "Lk_f" #> [57524] "RainPoisson" #> [57525] "SimNDVI" #> [57526] "swb_f" #> [57527] "EcoHydRology-package" #> [57528] "alter_files" #> [57529] "AtmosphericEmissivity" #> [57530] "BaseflowSeparation" #> [57531] "build_gsod_forcing_data" #> [57532] "calib_swat_ex" #> [57533] "change_params" #> [57534] "ConvertFlowUnits" #> [57535] "declination" #> [57536] "EnvirEnergy" #> [57537] "EstCloudiness" #> [57538] "EvapHeat" #> [57539] "get_cfsr_latlon" #> [57540] "get_gsod_stn" #> [57541] "get_usgs_gage" #> [57542] "GroundHeat" #> [57543] "GSOD_history" #> [57544] "hydrograph" #> [57545] "Longwave" #> [57546] "Lumped_VSA_model" #> [57547] "NetRad" #> [57548] "OwascoInlet" #> [57549] "PET_fromTemp" #> [57550] "PotentialSolar" #> [57551] "PotSolarInst" #> [57552] "PTpet" #> [57553] "RainHeat" #> [57554] "RunoffBreakdown" #> [57555] "SatVaporDensity" #> [57556] "SatVaporPressure" #> [57557] "SatVapPresSlope" #> [57558] "SensibleHeat" #> [57559] "setup_swatcal" #> [57560] "slopefactor" #> [57561] "SnowMelt" #> [57562] "SoilStorage" #> [57563] "Solar" #> [57564] "solarangle" #> [57565] "SWAT2005" #> [57566] "swat_general" #> [57567] "swat_objective_function" #> [57568] "swat_objective_function_rch" #> [57569] "testSWAT2005" #> [57570] "transmissivity" #> [57571] "DER" #> [57572] "EnVarIP" #> [57573] "Rotifers" #> [57574] "SINENVAP" #> [57575] "VirtualSpecies" #> [57576] "dimensionality" #> [57577] "linearity.class" #> [57578] "linearity.regr" #> [57579] "neighborhood" #> [57580] "overlapping" #> [57581] "smoothness" #> [57582] "ecolMod-package" #> [57583] "deepCmin" #> [57584] "OMEXDIAsteady" #> [57585] "pricefit" #> [57586] "Zoogrowth" #> [57587] "ecolottery-package" #> [57588] "abund" #> [57589] "coalesc" #> [57590] "coalesc_abc" #> [57591] "plot_comm" #> [57592] "tcor" #> [57593] "DemandPrice" #> [57594] "DemandQuantity" #> [57595] "a_db_alumni" #> [57596] "a_G_alumni_111" #> [57597] "db_alumni_test" #> [57598] "db_cosponsor" #> [57599] "G_alumni_111" #> [57600] "G_cosponsor_111" #> [57601] "G_model_A_test" #> [57602] "horse_race" #> [57603] "net_dep" #> [57604] "quantify" #> [57605] "adj_plot" #> [57606] "netgen" #> [57607] "netgen_v1" #> [57608] "netsampler" #> [57609] "econetwork-package" #> [57610] "disPairwise" #> [57611] "divPartition" #> [57612] "getMetaweb" #> [57613] "bipartite_stats" #> [57614] "Broadstone" #> [57615] "Broadstone.fl" #> [57616] "Broadstone.nodes" #> [57617] "Broadstone.prey" #> [57618] "econullnetr" #> [57619] "generate_edgelist" #> [57620] "generate_null_net" #> [57621] "plot_bipartite" #> [57622] "plot_preferences" #> [57623] "Silene" #> [57624] "Silene.plants" #> [57625] "test_interactions" #> [57626] "WelshStreams" #> [57627] "WelshStreams.fl" #> [57628] "WelshStreams.order" #> [57629] "WelshStreams.prey" #> [57630] "gauss.hermite" #> [57631] "integrate.gh" #> [57632] "sim.eco" #> [57633] "tapplysum.fast" #> [57634] "ecoseries" #> [57635] "series_bacen" #> [57636] "series_ipeadata" #> [57637] "series_sidra" #> [57638] "ecosim-package" #> [57639] "calcres" #> [57640] "calcres-methods" #> [57641] "calcsens" #> [57642] "calcsens-methods" #> [57643] "link-class" #> [57644] "plotres" #> [57645] "process-class" #> [57646] "randnorm" #> [57647] "randou" #> [57648] "reactor-class" #> [57649] "system-class" #> [57650] "checker" #> [57651] "cooc_null_model" #> [57652] "czekanowski" #> [57653] "czekanowski_skew" #> [57654] "czekanowski_var" #> [57655] "c_score" #> [57656] "c_score_skew" #> [57657] "c_score_var" #> [57658] "dataMacWarb" #> [57659] "dataRodents" #> [57660] "dataWiFinches" #> [57661] "EcoSimR" #> [57662] "min_diff" #> [57663] "min_ratio" #> [57664] "niche_null_model" #> [57665] "null_model_engine" #> [57666] "pianka" #> [57667] "pianka_skew" #> [57668] "pianka_var" #> [57669] "plot.coocnullmod" #> [57670] "plot.nichenullmod" #> [57671] "plot.nullmod" #> [57672] "plot.sizenullmod" #> [57673] "ra1" #> [57674] "ra2" #> [57675] "ra3" #> [57676] "ra4" #> [57677] "ranMatGen" #> [57678] "reproduce_model" #> [57679] "sim10" #> [57680] "sim2" #> [57681] "sim3" #> [57682] "sim4" #> [57683] "sim5" #> [57684] "sim6" #> [57685] "sim7" #> [57686] "sim8" #> [57687] "sim9" #> [57688] "sim9_single" #> [57689] "size_gamma" #> [57690] "size_null_model" #> [57691] "size_source_pool" #> [57692] "size_uniform" #> [57693] "size_uniform_user" #> [57694] "species_combo" #> [57695] "summary.coocnullmod" #> [57696] "summary.nichenullmod" #> [57697] "summary.nullmod" #> [57698] "summary.sizenullmod" #> [57699] "var_diff" #> [57700] "var_ratio" #> [57701] "vector_sample" #> [57702] "v_ratio" #> [57703] "ecos.control" #> [57704] "ECOSolveR" #> [57705] "ECOS_csolve" #> [57706] "ECOS_exitcodes" #> [57707] "ecospace-package" #> [57708] "calc_metrics" #> [57709] "create_ecospace" #> [57710] "expansion" #> [57711] "KWTraits" #> [57712] "neutral" #> [57713] "partitioning" #> [57714] "prep_data" #> [57715] "rbind_listdf" #> [57716] "unique2" #> [57717] "1.0.8)," #> [57718] "parallel," #> [57719] "classInt" #> [57720] "0.1-23)," #> [57721] "vegan" #> [57722] "poibin" #> [57723] "1.3)," #> [57724] "snowfall" #> [57725] "rgdal" #> [57726] "1.2-15)," #> [57727] "0.9-6)," #> [57728] "XML" #> [57729] "3.98-1.1)," #> [57730] "1.14)," #> [57731] "alphahull" #> [57732] "2.1)," #> [57733] "rgeos" #> [57734] "0.3-28)," #> [57735] "igraph" #> [57736] "Collection" #> [57737] "ecology" #> [57738] "pre," #> [57739] "core" #> [57740] "post" #> [57741] "modelling" #> [57742] "distribution," #> [57743] "cation" #> [57744] "community" #> [57745] "assembly." #> [57746] "Written" #> [57747] "current" #> [57748] "former" #> [57749] "tors" #> [57750] "ecospat" #> [57751] "Antoine" #> [57752] "Guisan," #> [57753] "Department" #> [57754] "Ecology" #> [57755] "(DEE)" #> [57756] "Institute" #> [57757] "Earth" #> [57758] "Surface" #> [57759] "Dynamics" #> [57760] "(IDYST)," #> [57761] "Lausanne," #> [57762] "land." #> [57763] "Di" #> [57764] "Cola" #> [57765] "al." #> [57766] "(2016)" #> [57767] "<doi:10.1111/ecog.02671>" #> [57768] "16:21:30" #> [57769] "ecospat-package" #> [57770] "ecospat.adj.D2.glm" #> [57771] "ecospat.binary.model" #> [57772] "ecospat.boyce" #> [57773] "ecospat.calculate.pd" #> [57774] "ecospat.caleval" #> [57775] "ecospat.CCV.communityEvaluation.bin" #> [57776] "ecospat.CCV.communityEvaluation.prob" #> [57777] "ecospat.CCV.createDataSplitTable" #> [57778] "ecospat.CCV.modeling" #> [57779] "ecospat.climan" #> [57780] "ecospat.cohen.kappa" #> [57781] "ecospat.CommunityEval" #> [57782] "ecospat.cons_Cscore" #> [57783] "ecospat.cor.plot" #> [57784] "ecospat.co_occurrences" #> [57785] "ecospat.Cscore" #> [57786] "ecospat.cv.example" #> [57787] "ecospat.cv.gbm" #> [57788] "ecospat.cv.glm" #> [57789] "ecospat.cv.me" #> [57790] "ecospat.cv.rf" #> [57791] "ecospat.env" #> [57792] "ecospat.Epred" #> [57793] "ecospat.ESM.EnsembleModeling" #> [57794] "ecospat.ESM.EnsembleProjection" #> [57795] "ecospat.ESM.Modeling" #> [57796] "ecospat.ESM.Projection" #> [57797] "ecospat.ESM.VarContrib" #> [57798] "ecospat.grid.clim.dyn" #> [57799] "ecospat.makeDataFrame" #> [57800] "ecospat.mantel.correlogram" #> [57801] "ecospat.max.kappa" #> [57802] "ecospat.max.tss" #> [57803] "ecospat.maxentvarimport" #> [57804] "ecospat.mdr" #> [57805] "ecospat.mess" #> [57806] "ecospat.meva.table" #> [57807] "ecospat.migclim" #> [57808] "ecospat.mpa" #> [57809] "ecospat.niche.dyn.index" #> [57810] "ecospat.niche.dynIndexProjGeo" #> [57811] "ecospat.niche.equivalency.test" #> [57812] "ecospat.niche.overlap" #> [57813] "ecospat.niche.similarity.test" #> [57814] "ecospat.niche.zProjGeo" #> [57815] "ecospat.npred" #> [57816] "ecospat.occ.desaggregation" #> [57817] "ecospat.occupied.patch" #> [57818] "ecospat.permut.glm" #> [57819] "ecospat.plot.contrib" #> [57820] "ecospat.plot.kappa" #> [57821] "ecospat.plot.mess" #> [57822] "ecospat.plot.niche" #> [57823] "ecospat.plot.niche.dyn" #> [57824] "ecospat.plot.overlap.test" #> [57825] "ecospat.plot.tss" #> [57826] "ecospat.rand.pseudoabsences" #> [57827] "ecospat.rangesize" #> [57828] "ecospat.rcls.grd" #> [57829] "ecospat.recstrat_prop" #> [57830] "ecospat.recstrat_regl" #> [57831] "ecospat.sample.envar" #> [57832] "ecospat.SESAM.prr" #> [57833] "ecospat.shift.centroids" #> [57834] "ecospat.testData" #> [57835] "ecospat.testEnvRaster" #> [57836] "ecospat.testMdr" #> [57837] "ecospat.testNiche" #> [57838] "ecospat.testNiche.inv" #> [57839] "ecospat.testNiche.nat" #> [57840] "ecospat.testTree" #> [57841] "ecospat.varpart" #> [57842] "lamprey_time" #> [57843] "lamprey_tox" #> [57844] "LC_logit" #> [57845] "LC_probit" #> [57846] "LT_logit" #> [57847] "LT_probit" #> [57848] "ratio_test" #> [57849] "AdjustAbbott" #> [57850] "AdjustHendersonTilton" #> [57851] "AdjustSchneiderOrelli" #> [57852] "AdjustSunShepard" #> [57853] "AphisRumicisDerrisMalaccensis" #> [57854] "ArcsinToPercentage" #> [57855] "CalculateLC50" #> [57856] "CalculateLCn" #> [57857] "Dunnett.t.Statistic" #> [57858] "erfinv" #> [57859] "GenTableIFinney1964" #> [57860] "GenTableIIFinney1964" #> [57861] "GenTableIIIFinney1964" #> [57862] "GenTableIVFinney1964" #> [57863] "GenTableIXFinney1964" #> [57864] "GenTableVFinney1964" #> [57865] "GenTableVIFinney1964" #> [57866] "GenTableVIIFinney1964" #> [57867] "GenTableVIIIFinney1964" #> [57868] "IsMonotonicallyDecreasing" #> [57869] "IsMonotonicallyIncreasing" #> [57870] "MakeMonotonicallyDecreasing" #> [57871] "MakeMonotonicallyIncreasing" #> [57872] "PercentageToArcsin" #> [57873] "PercentageToProbit" #> [57874] "ProbitApproxStandardErrorOfDosage" #> [57875] "ProbitChi" #> [57876] "ProbitEPA" #> [57877] "ProbitFiducialLimits" #> [57878] "ProbitFinney" #> [57879] "ProbitRegression" #> [57880] "ProbitStandardErrorOfDosage" #> [57881] "ProbitStandardErrorRate" #> [57882] "ProbitToPercentage" #> [57883] "ProbitVALUEg" #> [57884] "ProbitVarianceDosage" #> [57885] "ProbitVarianceRate" #> [57886] "Probitw" #> [57887] "ProbitWeightingCoef" #> [57888] "ProbitWorkingP" #> [57889] "ProbitZ" #> [57890] "ProbitZ4dec" #> [57891] "ScaleArcher" #> [57892] "ScaleGauhlStover" #> [57893] "ScaleHorsfallBarratt" #> [57894] "SheepsheadMinnow40SK" #> [57895] "SpearmanKarber" #> [57896] "Table1Finney1964" #> [57897] "Table2Finney1964" #> [57898] "Table3Finney1964" #> [57899] "Table4Finney1964" #> [57900] "Table5Finney1964" #> [57901] "Table8Finney1964" #> [57902] "Table9Finney1964" #> [57903] "TestMix2poisons" #> [57904] "TSK" #> [57905] "WAAPPpestCount" #> [57906] "check.table" #> [57907] "convert.list2tab" #> [57908] "create.ETdiagnosis" #> [57909] "create.ETmain" #> [57910] "create.smooth" #> [57911] "CTSA.catch.input" #> [57912] "CTSA.forward" #> [57913] "ecopath_guinee" #> [57914] "E_MSY_0.1" #> [57915] "plot.ETdiagnosis" #> [57916] "plot.ETmain" #> [57917] "plot.smooth" #> [57918] "plot.Transpose" #> [57919] "plot_ETdiagnosis_isopleth" #> [57920] "read.ecopath.model" #> [57921] "saturation" #> [57922] "Transpose" #> [57923] "ecoval-package" #> [57924] "ecoval.dict" #> [57925] "ecoval.dictionaries.default" #> [57926] "ecoval.plotsymbols" #> [57927] "ecoval.river.create" #> [57928] "ecoval.translate" #> [57929] "lake.morphol.2016.aggregate.val.spatial" #> [57930] "lake.morphol.2016.create" #> [57931] "lake.morphol.2016.plot.val.spatial" #> [57932] "lake.morphol.2016.read.attrib" #> [57933] "msk.create" #> [57934] "msk.diatoms.2007.create" #> [57935] "msk.fish.2004.create" #> [57936] "msk.hydrol.2011.aggregate" #> [57937] "msk.hydrol.2011.create" #> [57938] "msk.invertebrates.2010.create" #> [57939] "msk.macrophytes.2017.addminbonusmalus" #> [57940] "msk.macrophytes.2017.calc.types" #> [57941] "msk.macrophytes.2017.create" #> [57942] "msk.macrophytes.2017.doc.site" #> [57943] "msk.macrophytes.2017.doc.typology" #> [57944] "msk.macrophytes.2017.doc.valuation" #> [57945] "msk.macrophytes.2017.doc.vegetation" #> [57946] "msk.macrophytes.2017.plot.hierarchy" #> [57947] "msk.macrophytes.2017.plot.typedef" #> [57948] "msk.macrophytes.2017.plot.types.grfo" #> [57949] "msk.macrophytes.2017.plot.types.scheme" #> [57950] "msk.macrophytes.2017.read.compile.evaluate" #> [57951] "msk.macrophytes.2017_ListTaxa" #> [57952] "msk.macrophytes.2017_RiverTypes_DefLimitsUnc" #> [57953] "msk.macrophytes.2017_RiverTypes_DefObsUnc" #> [57954] "msk.macrophytes.2017_RiverTypes_DefStruct" #> [57955] "msk.morphol.1998.aggregate" #> [57956] "msk.morphol.1998.create" #> [57957] "msk.nutrients.2010.create" #> [57958] "msk.physapp.2007.create" #> [57959] "val.heavymetals.create" #> [57960] "val.invertebrates.create" #> [57961] "val.micropoll.create" #> [57962] "val.pesticides.create" #> [57963] "val.spear.create" #> [57964] "anima" #> [57965] "animaColExt" #> [57966] "archip" #> [57967] "bioGeoIsl" #> [57968] "comCompete" #> [57969] "compLV" #> [57970] "dynPop" #> [57971] "extGame" #> [57972] "metaComp" #> [57973] "metaPop" #> [57974] "randWalk" #> [57975] "regNicho" #> [57976] "simHub" #> [57977] "sucMatrix" #> [57978] "ACGH" #> [57979] "DJIA" #> [57980] "e.agglo" #> [57981] "e.cp3o" #> [57982] "e.cp3o_delta" #> [57983] "e.divisive" #> [57984] "kcpa" #> [57985] "ks.cp3o" #> [57986] "ks.cp3o_delta" #> [57987] "Eckart" #> [57988] "Zitzler" #> [57989] "Olaf" #> [57990] "Mersmann" #> [57991] "2017-07-10" #> [57992] "12:27:41" #> [57993] "approximateNadirPoint" #> [57994] "asemoa" #> [57995] "computeAverageHausdorffDistance" #> [57996] "computeCrowdingDistance" #> [57997] "computeDistanceFromPointToSetOfPoints" #> [57998] "computeGenerationalDistance" #> [57999] "computeHV" #> [58000] "computeInvertedGenerationalDistance" #> [58001] "dominates" #> [58002] "doNondominatedSorting" #> [58003] "ecr" #> [58004] "ecr_parallelization" #> [58005] "ecr_result" #> [58006] "emoaIndEps" #> [58007] "evaluateFitness" #> [58008] "generateOffspring" #> [58009] "generators" #> [58010] "getFront" #> [58011] "getIndividuals" #> [58012] "getPopulations" #> [58013] "getSupportedRepresentations" #> [58014] "initECRControl" #> [58015] "initLogger" #> [58016] "initParetoArchive" #> [58017] "initPopulation" #> [58018] "is.supported" #> [58019] "isEcrOperator" #> [58020] "makeECRMonitor" #> [58021] "makeMutator" #> [58022] "makeOperator" #> [58023] "makeOptimizationTask" #> [58024] "makeRecombinator" #> [58025] "makeSelector" #> [58026] "makeTerminator" #> [58027] "mutBitflip" #> [58028] "mutGauss" #> [58029] "mutInsertion" #> [58030] "mutInversion" #> [58031] "mutPolynomial" #> [58032] "mutScramble" #> [58033] "mutSwap" #> [58034] "mutUniform" #> [58035] "normalizeFront" #> [58036] "nsga2" #> [58037] "plotFront" #> [58038] "plotStatistics" #> [58039] "recCrossover" #> [58040] "recIntermediate" #> [58041] "recOX" #> [58042] "recPMX" #> [58043] "recSBX" #> [58044] "recUnifCrossover" #> [58045] "registerECROperator" #> [58046] "selDomHV" #> [58047] "selGreedy" #> [58048] "selNondom" #> [58049] "selRoulette" #> [58050] "selSimple" #> [58051] "selTournament" #> [58052] "setupECRDefaultMonitor" #> [58053] "smsemoa" #> [58054] "stoppingConditions" #> [58055] "toGG" #> [58056] "updateLogger" #> [58057] "updateParetoArchive" #> [58058] "which.dominated" #> [58059] "wrapChildren" #> [58060] "ectotemp-package" #> [58061] "bootstrap_E" #> [58062] "bufbuf" #> [58063] "calculate_db" #> [58064] "calculate_de" #> [58065] "calculate_Ex" #> [58066] "calculate_E_blouin" #> [58067] "calculate_E_hertz" #> [58068] "compare_E" #> [58069] "ichalp" #> [58070] "bootBC.ci" #> [58071] "bootIsotonicRegression" #> [58072] "bootIsotonicResample" #> [58073] "groupS" #> [58074] "groupSN" #> [58075] "gTableOrigin" #> [58076] "preparePava" #> [58077] "CarbonEmission" #> [58078] "LMDI" #> [58079] "DataExam2.1" #> [58080] "DataExam2.2" #> [58081] "DataExam3.1" #> [58082] "DataExam3.1.1" #> [58083] "DataExam4.3" #> [58084] "DataExam4.3.1" #> [58085] "DataExam4.4" #> [58086] "DataExam5.1" #> [58087] "DataExam5.2" #> [58088] "DataExam6.2" #> [58089] "DataExam8.1" #> [58090] "Exam2.1" #> [58091] "Exam2.2" #> [58092] "Exam3.1" #> [58093] "Exam3.1.1" #> [58094] "Exam4.3" #> [58095] "Exam4.3.1" #> [58096] "Exam4.4" #> [58097] "Exam5.1" #> [58098] "Exam5.2" #> [58099] "Exam8.1" #> [58100] "Exam8.1.1" #> [58101] "Exam8.1.2" #> [58102] "extract_proximity" #> [58103] "partial_dependence" #> [58104] "plot_pd" #> [58105] "plot_pred" #> [58106] "plot_prox" #> [58107] "contour.edcc" #> [58108] "ecoCusum" #> [58109] "ecoEwma" #> [58110] "ecoXbar" #> [58111] "edcc-class" #> [58112] "update.edcc" #> [58113] "bestMclust" #> [58114] "circMclust" #> [58115] "deldupMclust" #> [58116] "edgecluster" #> [58117] "edgepoints" #> [58118] "eplist" #> [58119] "oregMclust" #> [58120] "activity_frequency" #> [58121] "activity_presence" #> [58122] "change_day" #> [58123] "create_work_schedule" #> [58124] "edeaR" #> [58125] "end_activities" #> [58126] "filter_activity" #> [58127] "filter_activity_frequency" #> [58128] "filter_activity_instance" #> [58129] "filter_activity_presence" #> [58130] "filter_case" #> [58131] "filter_endpoints" #> [58132] "filter_lifecycle" #> [58133] "filter_lifecycle_presence" #> [58134] "filter_precedence" #> [58135] "filter_processing_time" #> [58136] "filter_resource" #> [58137] "filter_resource_frequency" #> [58138] "filter_throughput_time" #> [58139] "filter_time_period" #> [58140] "filter_trace_frequency" #> [58141] "filter_trace_length" #> [58142] "filter_trim" #> [58143] "filter_trim_lifecycle" #> [58144] "idle_time" #> [58145] "number_of_repetitions" #> [58146] "number_of_selfloops" #> [58147] "number_of_traces" #> [58148] "print.activity_frequency" #> [58149] "print.idle_time" #> [58150] "print.number_of_repetitions" #> [58151] "print.number_of_selfloops" #> [58152] "print.processing_time" #> [58153] "print.throughput_time" #> [58154] "print.trace_coverage" #> [58155] "print.trace_length" #> [58156] "processing_time" #> [58157] "redo_repetitions_referral_matrix" #> [58158] "redo_selfloops_referral_matrix" #> [58159] "resource_frequency" #> [58160] "resource_involvement" #> [58161] "resource_specialisation" #> [58162] "size_of_repetitions" #> [58163] "size_of_selfloops" #> [58164] "start_activities" #> [58165] "throughput_time" #> [58166] "trace_coverage" #> [58167] "trace_length" #> [58168] "edeR" #> [58169] "extractBetween" #> [58170] "extractKeyword" #> [58171] "extractKeywordB" #> [58172] "extractMbox" #> [58173] "dualgreedy" #> [58174] "edesign-internal" #> [58175] "greedy" #> [58176] "interchange" #> [58177] "makematrix" #> [58178] "maxentropy" #> [58179] "monet" #> [58180] "monet.selected" #> [58181] "print.monet" #> [58182] "edf" #> [58183] "read.edf" #> [58184] "build.hull.list" #> [58185] "build.isotopeframe" #> [58186] "build.normalhull" #> [58187] "construct.linearsys" #> [58188] "estimate.shiftvec" #> [58189] "heatmap.samples" #> [58190] "isotopesolve" #> [58191] "parse.isotopeframe" #> [58192] "shift.mean" #> [58193] "edfReader" #> [58194] "readEdfHeader" #> [58195] "readEdfSignals" #> [58196] "edfun" #> [58197] "get8KItems" #> [58198] "getBusinDescr" #> [58199] "getDailyMaster" #> [58200] "getFilingHeader" #> [58201] "getFilingInfo" #> [58202] "getFilings" #> [58203] "getFilingsHTML" #> [58204] "getMasterIndex" #> [58205] "getMgmtDisc" #> [58206] "LMMasterDictionary" #> [58207] "searchFilings" #> [58208] "cik_search" #> [58209] "company_details" #> [58210] "company_filings" #> [58211] "company_href" #> [58212] "company_information" #> [58213] "company_search" #> [58214] "current_events" #> [58215] "effectiveness" #> [58216] "filing_details" #> [58217] "filing_documents" #> [58218] "filing_filers" #> [58219] "filing_funds" #> [58220] "filing_information" #> [58221] "full_text" #> [58222] "fund_search" #> [58223] "header_search" #> [58224] "latest_filings" #> [58225] "parse_filing" #> [58226] "parse_submission" #> [58227] "parse_text_filing" #> [58228] "sic_codes" #> [58229] "submission_index_href" #> [58230] "variable_insurance_search" #> [58231] "adjToEdge" #> [58232] "edgebundle" #> [58233] "edgebundleOutput" #> [58234] "edgeToJSON_igraph" #> [58235] "edgeToJSON_matrix" #> [58236] "flare-imports.json" #> [58237] "renderEdgebundle" #> [58238] "saveEdgebundle" #> [58239] "shinyedge" #> [58240] "edgeCorr-package" #> [58241] "reflection" #> [58242] "edgeRun-package" #> [58243] "EDISON-package" #> [58244] "AcceptableMove" #> [58245] "addProposalNetworkInfo" #> [58246] "BinoHyperMove" #> [58247] "BinoHyperRatio" #> [58248] "bp.computeAlpha" #> [58249] "buildXY" #> [58250] "CalculateChanges" #> [58251] "calculateCPPGlobal" #> [58252] "calculateCPProbabilities" #> [58253] "calculateEdgeProbabilities" #> [58254] "calculateEdgeProbabilitiesSegs" #> [58255] "calculateEdgeProbabilitiesTimePoints" #> [58256] "CalculateLikelihoodRatio" #> [58257] "CalculatePriorRatio" #> [58258] "CollectNetworkInfo" #> [58259] "computePx" #> [58260] "computeRho4" #> [58261] "convert_nets" #> [58262] "cp.birth" #> [58263] "cp.death" #> [58264] "cp.shift" #> [58265] "defaultOptions" #> [58266] "dinvgamma" #> [58267] "EDISON.run" #> [58268] "ExpHyperMove" #> [58269] "ExpHyperRatioTarget" #> [58270] "fix_eigenvalues" #> [58271] "generateNetwork" #> [58272] "HyperparameterMove" #> [58273] "HyperParms" #> [58274] "main" #> [58275] "make_structure_move" #> [58276] "NetworkProbBino" #> [58277] "NetworkProbExp" #> [58278] "NetworkRatioBino" #> [58279] "NetworkRatioExp" #> [58280] "phase.update" #> [58281] "PriorRatioPoisson" #> [58282] "proposalTuning" #> [58283] "proposeContinuous" #> [58284] "ProposeDiscrete" #> [58285] "psrf" #> [58286] "psrf_check" #> [58287] "psrf_check_hyper" #> [58288] "readDataTS" #> [58289] "rinvgamma" #> [58290] "runDBN" #> [58291] "sampleBinit" #> [58292] "sampleBxy" #> [58293] "sampleDelta2" #> [58294] "sampleK" #> [58295] "sampleParms" #> [58296] "sampleSig2" #> [58297] "updateSigMulti" #> [58298] "updateSigSolo" #> [58299] "checkboxInput3" #> [58300] "dateInput3" #> [58301] "editableDT" #> [58302] "editableDTUI" #> [58303] "editData" #> [58304] "label3" #> [58305] "numericInput3" #> [58306] "radioButtons3" #> [58307] "sampleData" #> [58308] "selectInput3" #> [58309] "textInput3" #> [58310] "EditImputeCont-package" #> [58311] "bei" #> [58312] "makeDemoTxt" #> [58313] "multipleEI" #> [58314] "NestedEx" #> [58315] "Rcpp_bei-class" #> [58316] "scatterPlot" #> [58317] "SimpleEx" #> [58318] "'parseMix.R'" #> [58319] "'parseNum.R'" #> [58320] "'perturbWeights.R'" #> [58321] "'pkg.R'" #> [58322] "'plot_errorLocation.R'" #> [58323] "'print.R'" #> [58324] "'reduce.R'" #> [58325] "'softEdits.R'" #> [58326] "'str.R'" #> [58327] "'subsetting.R'" #> [58328] "'substValue.R'" #> [58329] "'violatedEdits.R'" #> [58330] "'writeELAsMip.R'" #> [58331] "2018-07-01" #> [58332] "21:30:03" #> [58333] "editrules-package" #> [58334] "adjacency" #> [58335] "as.editmatrix" #> [58336] "as.editset" #> [58337] "as.lp.mip" #> [58338] "as.mip" #> [58339] "backtracker" #> [58340] "checkDatamodel" #> [58341] "datamodel" #> [58342] "disjunct" #> [58343] "echelon" #> [58344] "editarray" #> [58345] "editfile" #> [58346] "editmatrix" #> [58347] "editnames" #> [58348] "editrules.plotting" #> [58349] "edits" #> [58350] "editset" #> [58351] "editType" #> [58352] "eliminate" #> [58353] "errorLocalizer" #> [58354] "errorLocalizer_mip" #> [58355] "errorLocation" #> [58356] "generateEdits" #> [58357] "getA" #> [58358] "getAb" #> [58359] "getOps" #> [58360] "getVars" #> [58361] "impliedValues" #> [58362] "is.editrules" #> [58363] "isFeasible" #> [58364] "isNormalized" #> [58365] "isObviouslyInfeasible" #> [58366] "isObviouslyRedundant" #> [58367] "localizeErrors" #> [58368] "nedits" #> [58369] "substValue" #> [58370] "violatedEdits" #> [58371] "eDMA-package" #> [58372] "BacktestDMA" #> [58373] "DMA" #> [58374] "DMA-class" #> [58375] "Lag" #> [58376] "PowerSet" #> [58377] "SimulateDLM" #> [58378] "USData" #> [58379] "USRecessions" #> [58380] "EDMeasure-package" #> [58381] "cmdm_test" #> [58382] "mdc" #> [58383] "mdd" #> [58384] "mddm" #> [58385] "mdm" #> [58386] "mdm_ica" #> [58387] "mdm_test" #> [58388] "pmdc" #> [58389] "pmdd" #> [58390] "edpclient-package" #> [58391] "build_popmod" #> [58392] "col_assoc" #> [58393] "create_population" #> [58394] "delete_population" #> [58395] "display_name" #> [58396] "edp_session" #> [58397] "identifying" #> [58398] "joint_probability" #> [58399] "latest_popmod" #> [58400] "popmod" #> [58401] "popmods" #> [58402] "predict.edp_population_model" #> [58403] "schema" #> [58404] "simulate.edp_population_model" #> [58405] "stat_type" #> [58406] "edr" #> [58407] "edr.R" #> [58408] "edrcv" #> [58409] "plot.edr" #> [58410] "predict.edr" #> [58411] "print.edr" #> [58412] "summary.edr" #> [58413] "edrGraphicalTools-package" #> [58414] "criterionRkh" #> [58415] "edrSelec" #> [58416] "edrUnderdet" #> [58417] "plot.criterionRkh" #> [58418] "plot.edrSelec" #> [58419] "print.criterionRkh" #> [58420] "sliceMat" #> [58421] "summary.criterionRkh" #> [58422] "edstan-package" #> [58423] "aggression" #> [58424] "irt_data" #> [58425] "irt_stan" #> [58426] "labelled_integer" #> [58427] "print_irt_stan" #> [58428] "spelling" #> [58429] "stan_columns_plot" #> [58430] "2019-03-29" #> [58431] "22:00:03" #> [58432] "EdSurvey-package" #> [58433] "achievementLevels" #> [58434] "cbind" #> [58435] "contourPlot" #> [58436] "cor.sdf" #> [58437] "dim.edsurvey.data.frame" #> [58438] "DoFCorrection" #> [58439] "downloadCivEDICCS" #> [58440] "downloadECLS_K" #> [58441] "downloadICILS" #> [58442] "downloadPIAAC" #> [58443] "downloadPIRLS" #> [58444] "downloadPISA" #> [58445] "downloadTALIS" #> [58446] "downloadTIMSS" #> [58447] "downloadTIMSSAdv" #> [58448] "download_ePIRLS" #> [58449] "edsurvey.data.frame" #> [58450] "edsurvey.data.frame.list" #> [58451] "edsurveyTable" #> [58452] "edsurveyTable2pdf" #> [58453] "getPlausibleValue" #> [58454] "getWeightJkReplicates" #> [58455] "glm.sdf" #> [58456] "hasPlausibleValue" #> [58457] "isWeight" #> [58458] "levelsSDF" #> [58459] "lm.sdf" #> [58460] "mixed.sdf" #> [58461] "mvrlm.sdf" #> [58462] "oddsRatio" #> [58463] "percentile" #> [58464] "print.achievementLevels" #> [58465] "print.edsurvey.data.frame" #> [58466] "print.gap" #> [58467] "readBB_2001" #> [58468] "readBB_2012" #> [58469] "readCivEDICCS" #> [58470] "readECLS_K1998" #> [58471] "readECLS_K2011" #> [58472] "readICILS" #> [58473] "readNAEP" #> [58474] "readPIAAC" #> [58475] "readPIRLS" #> [58476] "readPISA" #> [58477] "readTALIS" #> [58478] "readTIMSS" #> [58479] "readTIMSSAdv" #> [58480] "read_ePIRLS" #> [58481] "rebindAttributes" #> [58482] "recode.sdf" #> [58483] "rename.sdf" #> [58484] "rq.sdf" #> [58485] "searchSDF" #> [58486] "showCodebook" #> [58487] "showCutPoints" #> [58488] "showPlausibleValues" #> [58489] "showWeights" #> [58490] "summary2" #> [58491] "updatePlausibleValue" #> [58492] "varEstToCov" #> [58493] "data_country" #> [58494] "edcdf" #> [58495] "ege2" #> [58496] "egini" #> [58497] "elc" #> [58498] "emean" #> [58499] "emld" #> [58500] "etheil" #> [58501] "ineq_female15a" #> [58502] "ineq_female25a" #> [58503] "ineq_male15a" #> [58504] "ineq_male25a" #> [58505] "ineq_total15a" #> [58506] "ineq_total25a" #> [58507] "Cook" #> [58508] "Ebert" #> [58509] "Jeremy" #> [58510] "Heike" #> [58511] "Hofmann" #> [58512] "Hyndman" #> [58513] "Lumley" #> [58514] "Sievert" #> [58515] "Mingzhu" #> [58516] "Dilini" #> [58517] "Talagala" #> [58518] "Nicholas" #> [58519] "Tierney" #> [58520] "Nathaniel" #> [58521] "Tomasetti" #> [58522] "Earo" #> [58523] "Fang" #> [58524] "Zhou" #> [58525] "Commonwealth" #> [58526] "Australia" #> [58527] "AEC" #> [58528] "Australian" #> [58529] "Bureau" #> [58530] "ABS" #> [58531] "00:00:03" #> [58532] "eechidna-package" #> [58533] "abs2001" #> [58534] "abs2004" #> [58535] "abs2006" #> [58536] "abs2006_e07" #> [58537] "abs2007" #> [58538] "abs2010" #> [58539] "abs2011" #> [58540] "abs2013" #> [58541] "abs2016" #> [58542] "aec_add_carto_f" #> [58543] "aec_carto_f" #> [58544] "aec_carto_join_f" #> [58545] "aec_extract_f" #> [58546] "complete_color" #> [58547] "dorling" #> [58548] "firstpref_pollingbooth_download" #> [58549] "fp01" #> [58550] "fp04" #> [58551] "fp07" #> [58552] "fp10" #> [58553] "fp13" #> [58554] "fp16" #> [58555] "get_electorate_shapes" #> [58556] "launch_app" #> [58557] "load_shapefile" #> [58558] "mapping_fn" #> [58559] "nat_data01" #> [58560] "nat_data04" #> [58561] "nat_data07" #> [58562] "nat_data10" #> [58563] "nat_data13" #> [58564] "nat_data16" #> [58565] "nat_map01" #> [58566] "nat_map04" #> [58567] "nat_map07" #> [58568] "nat_map10" #> [58569] "nat_map13" #> [58570] "nat_map16" #> [58571] "sF_download" #> [58572] "tcp01" #> [58573] "tcp04" #> [58574] "tcp07" #> [58575] "tcp10" #> [58576] "tcp13" #> [58577] "tcp16" #> [58578] "tpp01" #> [58579] "tpp04" #> [58580] "tpp07" #> [58581] "tpp10" #> [58582] "tpp13" #> [58583] "tpp16" #> [58584] "twocand_pollingbooth_download" #> [58585] "twoparty_pollingbooth_download" #> [58586] "weighted_avg_census" #> [58587] "caceCRTBoot" #> [58588] "caceMSTBoot" #> [58589] "caceSRTBoot" #> [58590] "ComparePlot" #> [58591] "crtData" #> [58592] "crtFREQ" #> [58593] "mlmBayes" #> [58594] "mstData" #> [58595] "mstFREQ" #> [58596] "plot.eefAnalytics" #> [58597] "srtFREQ" #> [58598] "eegkit-package" #> [58599] "eegcap" #> [58600] "eegcap2d" #> [58601] "eegcapdense" #> [58602] "eegcoord" #> [58603] "eegdense" #> [58604] "eegfft" #> [58605] "eegfilter" #> [58606] "eeghead" #> [58607] "eegica" #> [58608] "eegmesh" #> [58609] "eegpsd" #> [58610] "eegresample" #> [58611] "eegsim" #> [58612] "eegsmooth" #> [58613] "eegspace" #> [58614] "eegtime" #> [58615] "eegtimemc" #> [58616] "eegkitdata-package" #> [58617] "eegdata" #> [58618] "geteegdata" #> [58619] "eel-package" #> [58620] "EEL" #> [58621] "EEL_est" #> [58622] "EMLogLR" #> [58623] "exp_factor" #> [58624] "exp_factor_est" #> [58625] "prime_image" #> [58626] "prime_image_est" #> [58627] "print.EEL" #> [58628] "summary.EEL" #> [58629] "applejuice" #> [58630] "commonizeEEM" #> [58631] "cutEEM" #> [58632] "delScattering" #> [58633] "delScattering2" #> [58634] "drawEEM" #> [58635] "drawEEMgg" #> [58636] "EEM" #> [58637] "EEM-misc" #> [58638] "findLocalMax" #> [58639] "fold" #> [58640] "gluten" #> [58641] "plotLoading" #> [58642] "plotScore" #> [58643] "plotScorem" #> [58644] "prcompname" #> [58645] "print.EEM" #> [58646] "readEEM" #> [58647] "summary.EEM" #> [58648] "unfold" #> [58649] "[.EEM" #> [58650] "absorbance" #> [58651] "eem" #> [58652] "eem_bind" #> [58653] "eem_biological_index" #> [58654] "eem_coble_peaks" #> [58655] "eem_cut" #> [58656] "eem_export_matlab" #> [58657] "eem_extract" #> [58658] "eem_extract_blank" #> [58659] "eem_fluorescence_index" #> [58660] "eem_humification_index" #> [58661] "eem_inner_filter_effect" #> [58662] "eem_names" #> [58663] "eem_names<-" #> [58664] "eem_raman_normalisation" #> [58665] "eem_read" #> [58666] "eem_remove_blank" #> [58667] "eem_remove_scattering" #> [58668] "eem_set_wavelengths" #> [58669] "plot.eemlist" #> [58670] "print.eemlist" #> [58671] "summary.eem" #> [58672] "summary.eemlist" #> [58673] "age_calc" #> [58674] "autoplot.lm" #> [58675] "cleanTex" #> [58676] "crosstabplot" #> [58677] "crosstabs" #> [58678] "decomma" #> [58679] "defac" #> [58680] "eeptools" #> [58681] "gelmansim" #> [58682] "ggmapmerge" #> [58683] "isid" #> [58684] "lag_data" #> [58685] "leading_zero" #> [58686] "makenum" #> [58687] "mapmerge" #> [58688] "max_mis" #> [58689] "midsch" #> [58690] "moves_calc" #> [58691] "nth_max" #> [58692] "profpoly" #> [58693] "profpoly.data" #> [58694] "remove_char" #> [58695] "retained_calc" #> [58696] "statamode" #> [58697] "stuatt" #> [58698] "stulevel" #> [58699] "theme_dpi" #> [58700] "theme_dpi_map" #> [58701] "theme_dpi_map2" #> [58702] "theme_dpi_mapPNG" #> [58703] "beta_bias" #> [58704] "beta_var" #> [58705] "binary_exposure" #> [58706] "bin_t" #> [58707] "calc_t" #> [58708] "calendar_plot" #> [58709] "check_sims" #> [58710] "continuous_exposure" #> [58711] "coverage_beta" #> [58712] "coverage_plot" #> [58713] "create_baseline" #> [58714] "create_lambda" #> [58715] "create_sims" #> [58716] "custom_baseline" #> [58717] "custom_exposure" #> [58718] "eesim" #> [58719] "fit_mods" #> [58720] "format_out" #> [58721] "mean_beta" #> [58722] "power_beta" #> [58723] "power_calc" #> [58724] "sim_baseline" #> [58725] "sim_exposure" #> [58726] "sim_outcome" #> [58727] "spline_mod" #> [58728] "std_exposure" #> [58729] "Align.Matrix" #> [58730] "BFI228" #> [58731] "CPAI537" #> [58732] "efa" #> [58733] "efaMR" #> [58734] "ssem" #> [58735] "df.to.mat" #> [58736] "diagnostic.table" #> [58737] "EFDR" #> [58738] "fdrpower" #> [58739] "nei.efdr" #> [58740] "regrid" #> [58741] "test_image" #> [58742] "wavelet-test" #> [58743] "wav_th" #> [58744] "effectFusion" #> [58745] "plot.fusion" #> [58746] "print.fusion" #> [58747] "summary.fusion" #> [58748] "autoSelectSubset" #> [58749] "computeAggregatedEffects" #> [58750] "conditionalEffectsPlot" #> [58751] "effectLite" #> [58752] "effectLiteGUI" #> [58753] "EffectLiteR" #> [58754] "elrPredict" #> [58755] "elrReadData" #> [58756] "example01" #> [58757] "example02lv" #> [58758] "example_multilevel" #> [58759] "generateMeasurementModel" #> [58760] "MDRS2016" #> [58761] "nonortho" #> [58762] "candidate.rxlr" #> [58763] "effector.summary" #> [58764] "effectR" #> [58765] "hmm.logo" #> [58766] "hmm.search" #> [58767] "regex.search" #> [58768] "shiny.effectR" #> [58769] "effects-package" #> [58770] "effect" #> [58771] "EffectMethods" #> [58772] "effectsHexsticker" #> [58773] "effectsTheme" #> [58774] "LegacyArguments" #> [58775] "plot.effects" #> [58776] "predictorEffects" #> [58777] "summary.eff" #> [58778] "TAU" #> [58779] "EffectsRelBaseline-package" #> [58780] "ef" #> [58781] "fRatioStat" #> [58782] "LL1WayAnova" #> [58783] "raceEffectBootAdaptor" #> [58784] "relBackgroundLL" #> [58785] "sumSqCat" #> [58786] "coffee" #> [58787] "EffectStars" #> [58788] "election" #> [58789] "PID" #> [58790] "plebiscite" #> [58791] "star.cumulative" #> [58792] "star.nominal" #> [58793] "star.sequential" #> [58794] "womenlabour" #> [58795] "EffectStars2-package" #> [58796] "effectstars.default" #> [58797] "effectstars.DIFboost" #> [58798] "effectstars.DIFlasso" #> [58799] "effectstars.vglm" #> [58800] "star.ctrl" #> [58801] "CausalPCA.ContCont" #> [58802] "GoodPretreatContCont" #> [58803] "Min.Max.Multivar.PCA" #> [58804] "Min.R2.delta" #> [58805] "Multivar.PCA.ContCont" #> [58806] "PCA.ContCont" #> [58807] "plot.Predict.Treat.ContCont" #> [58808] "plot.Predict.Treat.T0T1.ContCont" #> [58809] "Predict.Treat.ContCont" #> [58810] "Predict.Treat.Multivar.ContCont" #> [58811] "Predict.Treat.T0T1.ContCont" #> [58812] "eff.ini.maxeig.general" #> [58813] "eff.ini.maxeig.shift.inv.tri" #> [58814] "eff.ini.maxeig.tri" #> [58815] "eff.ini.seceig.general" #> [58816] "eff.ini.seceig.tri" #> [58817] "EfficientMaxEigenpair" #> [58818] "find_deltak" #> [58819] "ray.quot.general" #> [58820] "ray.quot.seceig.general" #> [58821] "ray.quot.seceig.tri" #> [58822] "ray.quot.tri" #> [58823] "shift.inv.tri" #> [58824] "tri.sol" #> [58825] "tridiag" #> [58826] "efflog-package" #> [58827] "cell_effect_mult_or" #> [58828] "cell_effect_or" #> [58829] "Cloglin" #> [58830] "Cloglin_mult" #> [58831] "exp_par" #> [58832] "exp_par_mult" #> [58833] "indirect_effect_or" #> [58834] "ndirect_effect_mult_or" #> [58835] "ndirect_effect_or" #> [58836] "total_effect_mult_or" #> [58837] "total_effect_or" #> [58838] "effsize-package" #> [58839] "cliff.delta" #> [58840] "cohen.d" #> [58841] "print.effsize" #> [58842] "VD.A" #> [58843] "efreadr-package" #> [58844] "read_ef_file" #> [58845] "read_ef_files" #> [58846] "barplot_fs" #> [58847] "efsdata" #> [58848] "efs_eval" #> [58849] "ensemble_fs" #> [58850] "efts-package" #> [58851] "check_is_utc" #> [58852] "create_efts" #> [58853] "create_efts_variables" #> [58854] "create_global_attributes" #> [58855] "create_nc_dims" #> [58856] "create_netcdf_time_axis" #> [58857] "create_time_info" #> [58858] "create_variable_definition" #> [58859] "create_variable_definitions" #> [58860] "create_variable_definition_dataframe" #> [58861] "create_var_attribute_definition" #> [58862] "default_optional_variable_definitions_v2_0" #> [58863] "EftsDataSet-class" #> [58864] "eftsdotDollarNames" #> [58865] "find_utc_offset" #> [58866] "get_start_date" #> [58867] "get_time_dimension" #> [58868] "get_time_step_function" #> [58869] "get_time_units" #> [58870] "NetCdfDataSet-class" #> [58871] "open_efts" #> [58872] "pad_global_attribute" #> [58873] "ega-package" #> [58874] "getClarkeZones" #> [58875] "getParkesZones" #> [58876] "glucose_data" #> [58877] "plotClarkeGrid" #> [58878] "plotParkesGrid" #> [58879] "egcm-package" #> [58880] "acor" #> [58881] "allpairs.egcm" #> [58882] "bvr.test" #> [58883] "egcm" #> [58884] "egcm.defaults" #> [58885] "pgff.test" #> [58886] "rar1" #> [58887] "rcoint" #> [58888] "sim.egcm" #> [58889] "ur_power" #> [58890] "yegcm" #> [58891] "expose_layout" #> [58892] "geom_custom" #> [58893] "ggarrange" #> [58894] "gtable_frame" #> [58895] "set_panel_size" #> [58896] "symmetrise_scale" #> [58897] "tag_facet" #> [58898] "theme_article" #> [58899] "eggCounts-package" #> [58900] "epgs" #> [58901] "fecrtCI" #> [58902] "fecr_probs" #> [58903] "fecr_stan" #> [58904] "fecr_stanExtra" #> [58905] "fecr_stanSimple" #> [58906] "fec_stan" #> [58907] "getPrior_delta" #> [58908] "getPrior_mu" #> [58909] "plotCounts" #> [58910] "simData1s" #> [58911] "simData2s" #> [58912] "stan2mcmc" #> [58913] "alters32" #> [58914] "alter_design" #> [58915] "alts_diversity_count" #> [58916] "as_alts_df" #> [58917] "clustered_graphs" #> [58918] "comp_ei" #> [58919] "comp_ply" #> [58920] "convert_egor" #> [58921] "edges32" #> [58922] "egor" #> [58923] "egor-package-doc" #> [58924] "egor32" #> [58925] "egor_vis_app" #> [58926] "egos32" #> [58927] "ego_density" #> [58928] "ego_design" #> [58929] "gss2004" #> [58930] "helper" #> [58931] "make_egor" #> [58932] "onefile_to_egor" #> [58933] "read_egonet" #> [58934] "rowlist" #> [58935] "subset.egor" #> [58936] "summary.egor" #> [58937] "threefiles_to_egor" #> [58938] "trim_aaties" #> [58939] "twofiles_to_egor" #> [58940] "vert.attr" #> [58941] "vert.attr.multi" #> [58942] "vis_clustered_graphs" #> [58943] "weights.egor" #> [58944] "ego_ergm" #> [58945] "ego_tergm" #> [58946] "ego_tergm_fit" #> [58947] "interpret_ego_tergm" #> [58948] "plot_ego_tergm" #> [58949] "prepare_for_tergm" #> [58950] "sim_egonets" #> [58951] "stability_validation" #> [58952] "Hirsch" #> [58953] "Murphy" #> [58954] "2019-02-08" #> [58955] "22:43:33" #> [58956] "EGRET-package" #> [58957] "as.egret" #> [58958] "blankTime" #> [58959] "boxConcMonth" #> [58960] "boxConcThree" #> [58961] "boxQTwice" #> [58962] "boxResidMonth" #> [58963] "calculateMonthlyResults" #> [58964] "censoredSegments" #> [58965] "checkStartEndDate" #> [58966] "checkSurfaceSpan" #> [58967] "Choptank_eList" #> [58968] "compressData" #> [58969] "dataOverview" #> [58970] "dateFormatCheck" #> [58971] "decimalHighLow" #> [58972] "estCrossVal" #> [58973] "estDailyFromSurfaces" #> [58974] "estSurfaces" #> [58975] "fixSampleFrame" #> [58976] "flexFN" #> [58977] "flexPlotAddOn" #> [58978] "flowDuration" #> [58979] "fluxBiasMulti" #> [58980] "fluxBiasStat" #> [58981] "fluxUnit-class" #> [58982] "formatCheckDate" #> [58983] "formatCheckParameterCd" #> [58984] "generalAxis" #> [58985] "genericEGRETDotPlot" #> [58986] "getDaily" #> [58987] "getInfo" #> [58988] "getSurfaces" #> [58989] "INFOdataframe" #> [58990] "is.egret" #> [58991] "logPretty1" #> [58992] "logPretty3" #> [58993] "makeAnnualSeries" #> [58994] "makeAugmentedSample" #> [58995] "makeDateInfo" #> [58996] "mergeReport" #> [58997] "modelEstimation" #> [58998] "monthLabel-class" #> [58999] "multiPlotDataOverview" #> [59000] "plot15" #> [59001] "plot1of15" #> [59002] "plotConcHist" #> [59003] "plotConcPred" #> [59004] "plotConcQ" #> [59005] "plotConcQSmooth" #> [59006] "plotConcTime" #> [59007] "plotConcTimeDaily" #> [59008] "plotConcTimeSmooth" #> [59009] "plotContours" #> [59010] "plotDiffContours" #> [59011] "plotFlowSingle" #> [59012] "plotFluxHist" #> [59013] "plotFluxPred" #> [59014] "plotFluxQ" #> [59015] "plotFluxTimeDaily" #> [59016] "plotFour" #> [59017] "plotFourStats" #> [59018] "plotQTimeDaily" #> [59019] "plotResidPred" #> [59020] "plotResidQ" #> [59021] "plotResidTime" #> [59022] "plotSDLogQ" #> [59023] "populateConcentrations" #> [59024] "populateDaily" #> [59025] "populateDateColumns" #> [59026] "populateParameterINFO" #> [59027] "populateSampleColumns" #> [59028] "populateSiteINFO" #> [59029] "print.egret" #> [59030] "printFluxUnitCheatSheet" #> [59031] "printqUnitCheatSheet" #> [59032] "printSeries" #> [59033] "processQWData" #> [59034] "qUnit-class" #> [59035] "readDataFromFile" #> [59036] "readNWISDaily" #> [59037] "readNWISSample" #> [59038] "readUserDaily" #> [59039] "readUserSample" #> [59040] "readWQPSample" #> [59041] "removeDuplicates" #> [59042] "runGroups" #> [59043] "runPairs" #> [59044] "runSeries" #> [59045] "runSurvReg" #> [59046] "saveResults" #> [59047] "selectDays" #> [59048] "setPA" #> [59049] "setSeasonLabel" #> [59050] "setSeasonLabelByUser" #> [59051] "setUpEstimation" #> [59052] "setupYears" #> [59053] "startEnd" #> [59054] "stitch" #> [59055] "surfaceIndex" #> [59056] "surfaceStartEnd" #> [59057] "tableChange" #> [59058] "tableFlowChange" #> [59059] "tableResults" #> [59060] "triCube" #> [59061] "yPretty" #> [59062] "EGRETci-package" #> [59063] "blockSample" #> [59064] "bootAnnual" #> [59065] "Choptank_eBoot" #> [59066] "ciBands" #> [59067] "ciCalculations" #> [59068] "plotConcHistBoot" #> [59069] "plotFluxHistBoot" #> [59070] "plotHistogramTrend" #> [59071] "pVal" #> [59072] "runGroupsBoot" #> [59073] "runPairsBoot" #> [59074] "saveEGRETci" #> [59075] "setForBoot" #> [59076] "trendSetUp" #> [59077] "wBT" #> [59078] "eha-package" #> [59079] "aftreg" #> [59080] "aftreg.fit" #> [59081] "age.window" #> [59082] "cal.window" #> [59083] "check.surv" #> [59084] "coxreg" #> [59085] "coxreg.fit" #> [59086] "cro" #> [59087] "eha-defunct" #> [59088] "EV" #> [59089] "frail.fit" #> [59090] "geome.fit" #> [59091] "infants" #> [59092] "join.spells" #> [59093] "Lognormal" #> [59094] "logrye" #> [59095] "ltx" #> [59096] "make.communal" #> [59097] "makeham" #> [59098] "male.mortality" #> [59099] "mlreg" #> [59100] "mort" #> [59101] "oldmort" #> [59102] "Pch" #> [59103] "perstat" #> [59104] "phfunc" #> [59105] "phreg" #> [59106] "phreg.fit" #> [59107] "piecewise" #> [59108] "plot.aftreg" #> [59109] "plot.coxreg" #> [59110] "plot.hazdata" #> [59111] "plot.phreg" #> [59112] "plot.weibreg" #> [59113] "print.aftreg" #> [59114] "print.coxreg" #> [59115] "print.phreg" #> [59116] "print.risksets" #> [59117] "print.weibreg" #> [59118] "risksets" #> [59119] "scania" #> [59120] "summary.aftreg" #> [59121] "summary.coxreg" #> [59122] "summary.phreg" #> [59123] "summary.weibreg" #> [59124] "SurvSplit" #> [59125] "swe07" #> [59126] "table.events" #> [59127] "toBinary" #> [59128] "toDate" #> [59129] "toTime" #> [59130] "weibreg" #> [59131] "weibreg.fit" #> [59132] "wfunk" #> [59133] "HOF-package" #> [59134] "acre" #> [59135] "betaresp" #> [59136] "HOF" #> [59137] "mtf" #> [59138] "Para" #> [59139] "Para_deriv" #> [59140] "plot.HOF" #> [59141] "EHR-package" #> [59142] "analysisPheWAS" #> [59143] "dd.baseline" #> [59144] "dd.baseline.small" #> [59145] "dd.small" #> [59146] "Logistf" #> [59147] "zeroOneTable" #> [59148] "DataTemporalMap-class" #> [59149] "estimateDataTemporalMap" #> [59150] "estimateIGTProjection" #> [59151] "formatDate" #> [59152] "icd9toPheWAS" #> [59153] "plotDataTemporalMap" #> [59154] "plotIGTProjection" #> [59155] "trimDataTemporalMap" #> [59156] "bounds1" #> [59157] "census1910" #> [59158] "ei" #> [59159] "ei.sim" #> [59160] "eiread" #> [59161] "eiRxCsample" #> [59162] "fultongen" #> [59163] "lavoteall" #> [59164] "matproii" #> [59165] "plot.ei" #> [59166] "RxCdata" #> [59167] "summary.ei" #> [59168] "tomogRxC" #> [59169] "tomogRxC3d" #> [59170] "EIAdata-package" #> [59171] "getCatEIA" #> [59172] "getEIA" #> [59173] "eiCompare-package" #> [59174] "bayes_table_make" #> [59175] "corona" #> [59176] "cor_06" #> [59177] "ei.reg.bayes.conf.int" #> [59178] "ei_compare-class" #> [59179] "ei_est_gen" #> [59180] "ei_rc_congruence" #> [59181] "ei_rc_good_table" #> [59182] "goodman_generalize" #> [59183] "lac_10" #> [59184] "plot.ei_compare" #> [59185] "eigeninv" #> [59186] "eiginv" #> [59187] "eigenmodel-package" #> [59188] "eigenmodel_mcmc" #> [59189] "eigenmodel_setup" #> [59190] "plot.eigenmodel_post" #> [59191] "rb_fc" #> [59192] "rUL_fc" #> [59193] "rZ_fc" #> [59194] "ULU" #> [59195] "XB" #> [59196] "YX_Friend" #> [59197] "Y_Gen" #> [59198] "Y_impute" #> [59199] "Y_Pro" #> [59200] "boot_pr_comp" #> [59201] "course," #> [59202] "eikosograms" #> [59203] "also" #> [59204] "suited" #> [59205] "discrete" #> [59206] "variate" #> [59207] "appearing" #> [59208] "graphical" #> [59209] "independence" #> [59210] "(i.e." #> [59211] "``Bayesian" #> [59212] "Networks''" #> [59213] "eikosogram" #> [59214] "superiority" #> [59215] "diagrams" #> [59216] "teaching" #> [59217] "described" #> [59218] "W.H." #> [59219] "Cherry" #> [59220] "R.W." #> [59221] "ford" #> [59222] "(2003)" #> [59223] "exploring" #> [59224] "conditional" #> [59225] "relation" #> [59226] "problems," #> [59227] "puzzles," #> [59228] "paradoxes" #> [59229] "easily" #> [59230] "explained" #> [59231] "grams" #> [59232] "plyr," #> [59233] "2018-08-22" #> [59234] "19:40:02" #> [59235] "eikos" #> [59236] "eikos.default" #> [59237] "eikos.formula" #> [59238] "eikos_data" #> [59239] "eikos_legend" #> [59240] "eikos_x_labels" #> [59241] "eikos_x_probs" #> [59242] "eikos_y_labels" #> [59243] "eikos_y_probs" #> [59244] "ceuchdyri" #> [59245] "ceuyri" #> [59246] "eila" #> [59247] "cover.plot" #> [59248] "densityplot" #> [59249] "ei.MD.bayes" #> [59250] "ei.reg" #> [59251] "ei.reg.bayes" #> [59252] "lambda.MD" #> [59253] "lambda.reg" #> [59254] "lambda.reg.bayes" #> [59255] "mergeMD" #> [59256] "plot.bounds" #> [59257] "read.betas" #> [59258] "redistrict" #> [59259] "senc" #> [59260] "tuneA" #> [59261] "tuneB" #> [59262] "tuneMD" #> [59263] "calcSummaryOutputValues" #> [59264] "calcSummaryOutputValues_" #> [59265] "evaluateBounds" #> [59266] "generateBounds" #> [59267] "generateDataExample3" #> [59268] "generateDataExample4" #> [59269] "generateDataExample5" #> [59270] "runExampleSimulations" #> [59271] "eive-package" #> [59272] "cga" #> [59273] "cga_generate_chromosome" #> [59274] "eive.cga" #> [59275] "generate.eive.data" #> [59276] "deconv_npmle" #> [59277] "eivreg" #> [59278] "get_bugs_wishart_scalemat" #> [59279] "lr_ancova" #> [59280] "model.matrix.eivlm" #> [59281] "print.eivlm" #> [59282] "print.summary.eivlm" #> [59283] "summary.eivlm" #> [59284] "testscores" #> [59285] "vcov.eivlm" #> [59286] "alphaCheck" #> [59287] "betaCheck" #> [59288] "calcmfrow" #> [59289] "calcWhichCell" #> [59290] "comPlot" #> [59291] "convertEiData" #> [59292] "eiwild" #> [59293] "getBalance" #> [59294] "indAggEi" #> [59295] "plot.eiwild" #> [59296] "plotResult" #> [59297] "prioriPlot" #> [59298] "rollMean" #> [59299] "runMBayes" #> [59300] "summary.eiwild" #> [59301] "topleveldat" #> [59302] "trimEiwild" #> [59303] "tuneVars" #> [59304] "eixport" #> [59305] "emisco" #> [59306] "emis_opt" #> [59307] "gCO" #> [59308] "Lights" #> [59309] "rawprofile" #> [59310] "to_as4wrf" #> [59311] "to_brams_spm" #> [59312] "to_munich" #> [59313] "to_rline" #> [59314] "to_wrf" #> [59315] "wrf_create" #> [59316] "wrf_get" #> [59317] "wrf_grid" #> [59318] "wrf_plot" #> [59319] "wrf_profile" #> [59320] "wrf_put" #> [59321] "catalytic_est" #> [59322] "Chymo_high" #> [59323] "Chymo_low" #> [59324] "combined_est" #> [59325] "fore_p" #> [59326] "MM_catal_est" #> [59327] "MM_est" #> [59328] "EL.Huber" #> [59329] "EL.means" #> [59330] "EL.plot" #> [59331] "EL.smooth" #> [59332] "EL.statistic" #> [59333] "hazardcross" #> [59334] "intELtest" #> [59335] "ptwiseELtest" #> [59336] "supELtest" #> [59337] "BRLasso" #> [59338] "ElastH-package" #> [59339] "calcular.elasticidades" #> [59340] "decompor" #> [59341] "decompor.todos" #> [59342] "Exemplo" #> [59343] "exportar" #> [59344] "alias" #> [59345] "docs_bulk" #> [59346] "docs_bulk_create" #> [59347] "docs_bulk_delete" #> [59348] "docs_bulk_index" #> [59349] "docs_bulk_prep" #> [59350] "docs_bulk_update" #> [59351] "docs_create" #> [59352] "docs_delete" #> [59353] "docs_delete_by_query" #> [59354] "docs_get" #> [59355] "docs_mget" #> [59356] "docs_update" #> [59357] "docs_update_by_query" #> [59358] "documents" #> [59359] "elastic" #> [59360] "elastic-defunct" #> [59361] "fielddata" #> [59362] "field_caps" #> [59363] "field_stats" #> [59364] "index_template" #> [59365] "ingest" #> [59366] "msearch" #> [59367] "mtermvectors" #> [59368] "nodes" #> [59369] "percolate" #> [59370] "preference" #> [59371] "reindex" #> [59372] "scroll" #> [59373] "Search" #> [59374] "searchapis" #> [59375] "search_shards" #> [59376] "Search_template" #> [59377] "Search_uri" #> [59378] "tasks" #> [59379] "termvectors" #> [59380] "tokenizer_set" #> [59381] "type_remover" #> [59382] "units-distance" #> [59383] "units-time" #> [59384] "costPlots" #> [59385] "elasticIsing" #> [59386] "optimalGraph" #> [59387] "arrayspc" #> [59388] "cv.enet" #> [59389] "enet" #> [59390] "pitprops" #> [59391] "plot.enet" #> [59392] "predict.enet" #> [59393] "print.arrayspc" #> [59394] "print.enet" #> [59395] "print.spca" #> [59396] "+.elastic_api" #> [59397] "aggs" #> [59398] "check_http_code_throw_error" #> [59399] "cleaned_field_names" #> [59400] "create_bulk_upload_file" #> [59401] "create_metadata" #> [59402] "elasticsearchr" #> [59403] "elastic_predicates" #> [59404] "elastic_version" #> [59405] "extract_query_results" #> [59406] "from_size_search" #> [59407] "index_bulk_dataframe" #> [59408] "list_fields" #> [59409] "list_indices" #> [59410] "mapping_default_simple" #> [59411] "mapping_fielddata_true" #> [59412] "print.elastic_api" #> [59413] "scroll_search" #> [59414] "select_fields" #> [59415] "sort_on" #> [59416] "valid_connection" #> [59417] "valid_json" #> [59418] "%create%" #> [59419] "%delete%" #> [59420] "%index%" #> [59421] "%info%" #> [59422] "%search%" #> [59423] "elec-package" #> [59424] "audit.plan" #> [59425] "audit.totals.to.OS" #> [59426] "AuditErrors" #> [59427] "CAST.calc.opt.cut" #> [59428] "compute.stark.t" #> [59429] "countVotes" #> [59430] "do.audit" #> [59431] "elec.data" #> [59432] "find.q" #> [59433] "find.stark.SRS.p" #> [59434] "find.stratification" #> [59435] "KM.audit" #> [59436] "KM.calc.sample" #> [59437] "make.audit" #> [59438] "make.opt.packed.bad" #> [59439] "make.random.truth" #> [59440] "make.sample" #> [59441] "make.truth.x" #> [59442] "marin" #> [59443] "maximumBounds" #> [59444] "opt.sample.size" #> [59445] "santa.cruz" #> [59446] "santa.cruz.audit" #> [59447] "sim.race" #> [59448] "simulateIt" #> [59449] "stark.test" #> [59450] "tri.audit.sim" #> [59451] "tri.calc.sample" #> [59452] "tri.sample" #> [59453] "trinomial.bound" #> [59454] "truth.looker" #> [59455] "weight.function" #> [59456] "yolo" #> [59457] "BaB" #> [59458] "CA_House_2008" #> [59459] "eqValBound" #> [59460] "first.r" #> [59461] "get.first.r.samp" #> [59462] "getEbsMargin" #> [59463] "is.strat.elec.data" #> [59464] "LKPBound" #> [59465] "makeStratObj" #> [59466] "MN_Senate_2006" #> [59467] "optStrat" #> [59468] "runBaB" #> [59469] "strat.elec.data" #> [59470] "ChronAmp" #> [59471] "CottrCheck" #> [59472] "CVEC" #> [59473] "CVEE" #> [59474] "Derv" #> [59475] "invMat" #> [59476] "LinSwp" #> [59477] "OneMat" #> [59478] "PotStep" #> [59479] "ZeroMat" #> [59480] "check.RestrAndConst" #> [59481] "elect" #> [59482] "electData" #> [59483] "hazards" #> [59484] "plot.elect" #> [59485] "plusmin" #> [59486] "summary.elect" #> [59487] "eldat" #> [59488] "electionsBR-package" #> [59489] "candidate_fed" #> [59490] "candidate_local" #> [59491] "details_mun_zone_fed" #> [59492] "details_mun_zone_local" #> [59493] "legend_fed" #> [59494] "legend_local" #> [59495] "legislative_mun_vote" #> [59496] "legislative_state_vote" #> [59497] "parties_br" #> [59498] "party_mun_zone_fed" #> [59499] "party_mun_zone_local" #> [59500] "president_mun_vote" #> [59501] "president_state_vote" #> [59502] "seats_fed" #> [59503] "seats_local" #> [59504] "uf_br" #> [59505] "voter_affiliation" #> [59506] "voter_profile" #> [59507] "vote_mun_zone_fed" #> [59508] "vote_mun_zone_local" #> [59509] "competitiveness" #> [59510] "enp" #> [59511] "pns" #> [59512] "psns" #> [59513] "seats_ha" #> [59514] "seats_lr" #> [59515] "volatility" #> [59516] "convertingReplicate" #> [59517] "convertMol_to_PPM" #> [59518] "convertPPM_to_Mol" #> [59519] "elementR" #> [59520] "elementR_data" #> [59521] "elementR_project" #> [59522] "elementR_rep" #> [59523] "elementR_repSample" #> [59524] "elementR_repStandard" #> [59525] "elementR_sample" #> [59526] "elementR_standard" #> [59527] "runElementR" #> [59528] "splitReplicate" #> [59529] "marketing" #> [59530] "mixture.example" #> [59531] "nci" #> [59532] "orange10.test" #> [59533] "orange10.train" #> [59534] "orange4.test" #> [59535] "orange4.train" #> [59536] "phoneme" #> [59537] "simple.ridge" #> [59538] "spam" #> [59539] "vowel.test" #> [59540] "vowel.train" #> [59541] "waveform" #> [59542] "waveform.test" #> [59543] "waveform.train" #> [59544] "zip.test" #> [59545] "zip.train" #> [59546] "zip2image" #> [59547] "elevatr" #> [59548] "get_elev_point" #> [59549] "get_elev_raster" #> [59550] "lake" #> [59551] "pt_df" #> [59552] "sp_big" #> [59553] "elexr-package" #> [59554] "ELHMC" #> [59555] "ELISAtools-package" #> [59556] "annotate.plate" #> [59557] "avoidZero" #> [59558] "combineData" #> [59559] "elisa_batch" #> [59560] "elisa_batch-class" #> [59561] "elisa_plate" #> [59562] "elisa_plate-class" #> [59563] "elisa_run" #> [59564] "elisa_run-class" #> [59565] "f5pl" #> [59566] "inv.f5pl" #> [59567] "load.ODs" #> [59568] "loadDB" #> [59569] "plotAlignData" #> [59570] "plotBatchData" #> [59571] "predictAll" #> [59572] "prepareInitsLM" #> [59573] "prepareRegInput" #> [59574] "rangeOD" #> [59575] "read.annotation" #> [59576] "read.annotations" #> [59577] "read.plate" #> [59578] "read.plates" #> [59579] "reportHtml" #> [59580] "runFit" #> [59581] "saveDataText" #> [59582] "saveDB" #> [59583] "elliplot-package" #> [59584] "ellipseplot" #> [59585] "midpoint" #> [59586] "midpoints" #> [59587] "ninenum" #> [59588] "seventeennum" #> [59589] "ellipse-package" #> [59590] "ellipse.arima0" #> [59591] "ellipse.glm" #> [59592] "ellipse.lm" #> [59593] "ellipse.nls" #> [59594] "ellipse.profile" #> [59595] "ellipse.profile.glm" #> [59596] "ellipse.profile.nls" #> [59597] "pairs.profile" #> [59598] "check_dots_unnamed" #> [59599] "check_dots_used" #> [59600] "safe_median" #> [59601] "elliptic-package" #> [59602] "amn" #> [59603] "as.primitive" #> [59604] "ck" #> [59605] "congruence" #> [59606] "coqueraux" #> [59607] "divisor" #> [59608] "e16.28.1" #> [59609] "e18.10.9" #> [59610] "e1e2e3" #> [59611] "equianharmonic" #> [59612] "farey" #> [59613] "fpp" #> [59614] "g.fun" #> [59615] "half.periods" #> [59616] "K.fun" #> [59617] "latplot" #> [59618] "limit" #> [59619] "massage" #> [59620] "mob" #> [59621] "myintegrate" #> [59622] "near.match" #> [59623] "newton_raphson" #> [59624] "nome" #> [59625] "P.laurent" #> [59626] "p1.tau" #> [59627] "pari" #> [59628] "sn" #> [59629] "sqrti" #> [59630] "theta.neville" #> [59631] "theta1.dash.zero" #> [59632] "theta1dash" #> [59633] "unimodular" #> [59634] "WeierstrassP" #> [59635] "elm_predict" #> [59636] "elm_train" #> [59637] "onehot_encode" #> [59638] "OSelm_train.formula" #> [59639] "OSelm_training" #> [59640] "predict_elm" #> [59641] "ELMSO" #> [59642] "ELMSO.fixed" #> [59643] "reach.ELMSO" #> [59644] "reach.ELMSO.fixed" #> [59645] "auc.elo.run" #> [59646] "elo.calc" #> [59647] "elo.glm" #> [59648] "elo.model.frame" #> [59649] "elo.prob" #> [59650] "elo.run" #> [59651] "elo.run.helpers" #> [59652] "elo.update" #> [59653] "predict.elo.run" #> [59654] "summary.elo.run" #> [59655] "tournament" #> [59656] "chimpagg_f" #> [59657] "chimpagg_m" #> [59658] "chimppres_f" #> [59659] "chimppres_m" #> [59660] "elo.m3_lik_vect" #> [59661] "elo.model1" #> [59662] "elo.model3" #> [59663] "EloOptimized" #> [59664] "eloratingfixed" #> [59665] "eloratingopt" #> [59666] "nba" #> [59667] "ElstonStewart-package" #> [59668] "conrad2" #> [59669] "Elston" #> [59670] "es.pedigree" #> [59671] "es.stopCluster" #> [59672] "fams" #> [59673] "plot.es.pedigree" #> [59674] "ELT-package" #> [59675] "AddReference" #> [59676] "ComparisonMethods" #> [59677] "CompletionA" #> [59678] "CompletionB" #> [59679] "Dispersion" #> [59680] "FctMethod1" #> [59681] "FctMethod2" #> [59682] "FctMethod3" #> [59683] "FctMethod4_1stPart" #> [59684] "FctMethod4_2ndPart" #> [59685] "Method1" #> [59686] "Method2" #> [59687] "Method3" #> [59688] "Method4A" #> [59689] "Method4B" #> [59690] "MyPortfolio" #> [59691] "NoCompletion" #> [59692] "ReadHistory" #> [59693] "ReferenceFemale" #> [59694] "ReferenceMale" #> [59695] "SurfacePlot" #> [59696] "ValidationLevel1" #> [59697] "ValidationLevel2" #> [59698] "ValidationLevel3" #> [59699] "BJfindL2" #> [59700] "BJfindU2" #> [59701] "CoxEL" #> [59702] "CoxFindL2" #> [59703] "CoxFindL3" #> [59704] "CoxFindU2" #> [59705] "CoxFindU3" #> [59706] "ELrange" #> [59707] "findL2d" #> [59708] "findL3" #> [59709] "findL4" #> [59710] "findU2d" #> [59711] "findU3" #> [59712] "findU32" #> [59713] "findU4" #> [59714] "fitYP3" #> [59715] "fitYP4" #> [59716] "fitYP41" #> [59717] "GastricCancer" #> [59718] "myLLfun" #> [59719] "myLLfun2" #> [59720] "Pfun" #> [59721] "Pfun2" #> [59722] "simuDataYP" #> [59723] "smallcell" #> [59724] "EM.Fuzzy-package" #> [59725] "EM.Trapezoidal" #> [59726] "EM.Triangular" #> [59727] "EMA-package" #> [59728] "as.colors" #> [59729] "bioMartAnnot" #> [59730] "clustering.kmeans" #> [59731] "clustering.plot" #> [59732] "distrib.plot" #> [59733] "eval.stability.clustering" #> [59734] "expFilter" #> [59735] "foldchange" #> [59736] "genes.selection" #> [59737] "intersectg" #> [59738] "makeAllContrasts" #> [59739] "marty" #> [59740] "marty.type.cl" #> [59741] "multiple.correction" #> [59742] "myPalette" #> [59743] "normAffy" #> [59744] "ordinal.chisq" #> [59745] "plotBiplot" #> [59746] "plotInertia" #> [59747] "plotSample" #> [59748] "plotVariable" #> [59749] "PLS" #> [59750] "probePlots" #> [59751] "runGSA" #> [59752] "runHyperGO" #> [59753] "runHyperKEGG" #> [59754] "runIndTest" #> [59755] "runMFA" #> [59756] "runPCA" #> [59757] "runTtest" #> [59758] "runWilcox" #> [59759] "sample.plot" #> [59760] "setdiffg" #> [59761] "test.LC" #> [59762] "test.nested.model" #> [59763] "ema.powercurve" #> [59764] "eventmerge" #> [59765] "gcenter" #> [59766] "lme.dscore" #> [59767] "lm_slopes_compare" #> [59768] "pcenter" #> [59769] "pmean" #> [59770] "EMbC-package" #> [59771] "binClst-class" #> [59772] "binClstPath-class" #> [59773] "binClstPath_instance" #> [59774] "binClstStck-class" #> [59775] "binClst_instance" #> [59776] "bkml" #> [59777] "bmap" #> [59778] "chkp" #> [59779] "cnfm" #> [59780] "embc" #> [59781] "expth" #> [59782] "lblp" #> [59783] "lkhp" #> [59784] "pkml" #> [59785] "pmap" #> [59786] "rlbl" #> [59787] "sct3" #> [59788] "sctr" #> [59789] "setc" #> [59790] "slct" #> [59791] "smth" #> [59792] "stbc" #> [59793] "stts" #> [59794] "varp" #> [59795] "x2d" #> [59796] "step_embed" #> [59797] "step_lencode_bayes" #> [59798] "step_lencode_glm" #> [59799] "step_lencode_mixed" #> [59800] "embryogrowth-package" #> [59801] "calibrate.datalogger" #> [59802] "ChangeSSM" #> [59803] "DatabaseNestingArea" #> [59804] "DatabaseTSD" #> [59805] "dydt.exponential" #> [59806] "dydt.Gompertz" #> [59807] "dydt.linear" #> [59808] "fitHS" #> [59809] "FormatNests" #> [59810] "GenerateAnchor" #> [59811] "GenerateConstInc" #> [59812] "GenerateTest" #> [59813] "GRTRN_MHmcmc" #> [59814] "hist.Nests" #> [59815] "hist.NestsResult" #> [59816] "info.nests" #> [59817] "likelihoodR" #> [59818] "lnLHS" #> [59819] "logLik.HatchingSuccess" #> [59820] "logLik.NestsResult" #> [59821] "logLik.STRN" #> [59822] "logLik.tsd" #> [59823] "modelHS" #> [59824] "MovingIncubation" #> [59825] "nest" #> [59826] "nobs.HatchingSuccess" #> [59827] "nobs.NestsResult" #> [59828] "plot.NestsResult" #> [59829] "plot.tsd" #> [59830] "plotR" #> [59831] "predict.HatchingSuccess" #> [59832] "predict.tsd" #> [59833] "P_TRT" #> [59834] "resultNest_3p_Dallwitz" #> [59835] "resultNest_3p_Weibull" #> [59836] "resultNest_4p_normal" #> [59837] "resultNest_4p_SSM" #> [59838] "resultNest_4p_SSM4p" #> [59839] "resultNest_4p_transition" #> [59840] "resultNest_4p_trigo" #> [59841] "resultNest_4p_weight" #> [59842] "resultNest_5p_Dallwitz" #> [59843] "resultNest_6p_SSM" #> [59844] "resultNest_6p_SSM6p" #> [59845] "resultNest_mcmc_4p_SSM4p" #> [59846] "resultNest_newp" #> [59847] "searchR" #> [59848] "STRN" #> [59849] "STRN_MHmcmc" #> [59850] "summary.Nests" #> [59851] "switch.transition" #> [59852] "tempConst" #> [59853] "test.parallel" #> [59854] "TRN_MHmcmc_p" #> [59855] "tsd" #> [59856] "tsd_MHmcmc" #> [59857] "tsd_MHmcmc_p" #> [59858] "TSP.list" #> [59859] "uncertainty.datalogger" #> [59860] "web.tsd" #> [59861] "weightmaxentropy" #> [59862] "evolMonteCarlo" #> [59863] "findMaxTemper" #> [59864] "MetropolisHastings" #> [59865] "parallelTempering" #> [59866] "placeTempers" #> [59867] "randomWalkMetropolis" #> [59868] "utilsForExamples" #> [59869] "Biemcdf" #> [59870] "coreNum" #> [59871] "emcdf" #> [59872] "initF" #> [59873] "plotcdf" #> [59874] "EMCluster-package" #> [59875] "Assign" #> [59876] "Algorithm" #> [59877] "Control" #> [59878] "Information" #> [59879] "Criteria" #> [59880] "Initialization" #> [59881] "Jaccard" #> [59882] "LMT" #> [59883] "MVN" #> [59884] "Initializations" #> [59885] "Post" #> [59886] "On" #> [59887] "2D" #> [59888] "Rand" #> [59889] "Recolor" #> [59890] "Classification" #> [59891] "IDs" #> [59892] "Single" #> [59893] "cvimpute.by.mean" #> [59894] "emd" #> [59895] "emd.pred" #> [59896] "emd2d" #> [59897] "emddenoise" #> [59898] "extractimf" #> [59899] "extractimf2d" #> [59900] "extrema" #> [59901] "extrema2dC" #> [59902] "hilbertspec" #> [59903] "imageEMD" #> [59904] "kospi200" #> [59905] "lennon" #> [59906] "semd" #> [59907] "spectrogram" #> [59908] "emdbook-package" #> [59909] "apply2d" #> [59910] "as.mcmc.bugs" #> [59911] "calcslice" #> [59912] "contour3d" #> [59913] "credint" #> [59914] "curve3d" #> [59915] "Damselfish" #> [59916] "dbetabinom" #> [59917] "dchibarsq" #> [59918] "dzinbinom" #> [59919] "Fir" #> [59920] "get.emdbook.packages" #> [59921] "GobySurvival" #> [59922] "gridsearch2d" #> [59923] "HPDregionplot" #> [59924] "lambertW" #> [59925] "Lily" #> [59926] "lseq" #> [59927] "lump.mcmc.list" #> [59928] "metropSB" #> [59929] "Myxo" #> [59930] "perturb.params" #> [59931] "Reedfrog" #> [59932] "scinot" #> [59933] "SeedPred" #> [59934] "trcoef" #> [59935] "as.data.frame.estimators.emdi" #> [59936] "as.matrix.estimators.emdi" #> [59937] "data_transformation" #> [59938] "direct" #> [59939] "ebp" #> [59940] "emdi" #> [59941] "emdiObject" #> [59942] "estimators.emdi" #> [59943] "eusilcA_pop" #> [59944] "eusilcA_smp" #> [59945] "head.estimators.emdi" #> [59946] "load_shapeaustria" #> [59947] "map_plot" #> [59948] "plot.emdi" #> [59949] "print.emdi" #> [59950] "print.estimators.emdi" #> [59951] "print.summary.emdi" #> [59952] "subset.estimators.emdi" #> [59953] "summary.emdi" #> [59954] "tail.estimators.emdi" #> [59955] "write.excel" #> [59956] "emg-package" #> [59957] "emg.mle" #> [59958] "emg.nllik" #> [59959] "pc9_3um_erlotinib" #> [59960] "hfit" #> [59961] "hreal" #> [59962] "hsim" #> [59963] "hspec-class" #> [59964] "logLik,hspec-method" #> [59965] "AsahiTodai" #> [59966] "binIRT" #> [59967] "boot_emIRT" #> [59968] "convertRC" #> [59969] "dwnom" #> [59970] "dynIRT" #> [59971] "getStarts" #> [59972] "hierIRT" #> [59973] "makePriors" #> [59974] "manifesto" #> [59975] "mq_data" #> [59976] "networkIRT" #> [59977] "ordIRT" #> [59978] "poisIRT" #> [59979] "ustweet" #> [59980] "areaSource" #> [59981] "emissionFactor" #> [59982] "gridInfo" #> [59983] "lineSource" #> [59984] "perfil" #> [59985] "plumeRise" #> [59986] "pointSource" #> [59987] "rasterSource" #> [59988] "speciation" #> [59989] "streetDist" #> [59990] "totalEmission" #> [59991] "totalVOC" #> [59992] "vehicles" #> [59993] "build_factors" #> [59994] "build_units_table" #> [59995] "detect_delim" #> [59996] "eml" #> [59997] "eml_get" #> [59998] "eml_validate" #> [59999] "get_attributes" #> [60000] "get_numberType" #> [60001] "get_unitList" #> [60002] "get_unit_id" #> [60003] "htmlwidgets_attributes" #> [60004] "is_standardUnit" #> [60005] "read_eml" #> [60006] "set_attributes" #> [60007] "set_coverage" #> [60008] "set_methods" #> [60009] "set_physical" #> [60010] "set_responsibleParty" #> [60011] "set_software" #> [60012] "set_taxonomicCoverage" #> [60013] "set_TextType" #> [60014] "set_unitList" #> [60015] "shiny_attributes" #> [60016] "table_to_r" #> [60017] "write_eml" #> [60018] "emld-package" #> [60019] "as_emld" #> [60020] "as_json" #> [60021] "as_xml" #> [60022] "eml_version" #> [60023] "eMLEloglin" #> [60024] "facial_set" #> [60025] "rochdale" #> [60026] "emma-package" #> [60027] "ackley" #> [60028] "emma" #> [60029] "emmacheck" #> [60030] "emmat0" #> [60031] "emmatn" #> [60032] "peaks" #> [60033] "plot.emma" #> [60034] "EMMAgeo-package" #> [60035] "convert.units" #> [60036] "create.EM" #> [60037] "define.limits" #> [60038] "EMMA" #> [60039] "get.l" #> [60040] "get.l.opt" #> [60041] "get.limits" #> [60042] "get.q" #> [60043] "GUI" #> [60044] "interpolate.classes" #> [60045] "mix.EM" #> [60046] "model.em" #> [60047] "Mqs.uncertainty" #> [60048] "rEM" #> [60049] "residual.EM" #> [60050] "robust.EM" #> [60051] "test.factors" #> [60052] "test.l" #> [60053] "test.l.max" #> [60054] "test.parameters" #> [60055] "test.robustness" #> [60056] "TR" #> [60057] "emme2" #> [60058] "Buerkner" #> [60059] "Maxime" #> [60060] "Herve" #> [60061] "19:50:02" #> [60062] "emmeans-package" #> [60063] "add_grouping" #> [60064] "as.emmGrid" #> [60065] "as.mcmc.emmGrid" #> [60066] "auto.noise" #> [60067] "CLD" #> [60068] "contrast-methods" #> [60069] "emmeans" #> [60070] "emmGrid-class" #> [60071] "emmip" #> [60072] "emmobj" #> [60073] "emm_list" #> [60074] "emm_options" #> [60075] "emtrends" #> [60076] "extending-emmeans" #> [60077] "feedlot" #> [60078] "fiber" #> [60079] "hpd.summary" #> [60080] "joint_tests" #> [60081] "lsmeans" #> [60082] "make.tran" #> [60083] "MOats" #> [60084] "neuralgia" #> [60085] "nutrition" #> [60086] "pigs" #> [60087] "plot.emmGrid" #> [60088] "pwpp" #> [60089] "qdrg" #> [60090] "rbind.emmGrid" #> [60091] "ref_grid" #> [60092] "str.emmGrid" #> [60093] "summary.emmGrid" #> [60094] "update.emmGrid" #> [60095] "xtable.emmGrid" #> [60096] "EMMIXcskew-package" #> [60097] "dfmcfust" #> [60098] "fmcfust" #> [60099] "fmcfust.contour.2d" #> [60100] "fmmst" #> [60101] "init.cfust" #> [60102] "rfmcfust" #> [60103] "all_cluster_tissues" #> [60104] "alon_data" #> [60105] "cluster_genes" #> [60106] "cluster_tissues" #> [60107] "EMMIXgene" #> [60108] "golub_data" #> [60109] "heat_maps" #> [60110] "plot_single_gene" #> [60111] "select_genes" #> [60112] "top_genes_cluster_tissues" #> [60113] "EMMIXmfa-package" #> [60114] "factor_scores" #> [60115] "gmf" #> [60116] "minmis" #> [60117] "plot_factors" #> [60118] "predict.emmix" #> [60119] "print.emmix" #> [60120] "conplot" #> [60121] "ddmix" #> [60122] "ddmsn" #> [60123] "ddmst" #> [60124] "ddmvn" #> [60125] "ddmvt" #> [60126] "EmSkew" #> [60127] "EmSkew.contours" #> [60128] "EmSkewfit" #> [60129] "EmSkewMOD" #> [60130] "error.rate" #> [60131] "getcov" #> [60132] "getICL" #> [60133] "getSWR" #> [60134] "initEmmix" #> [60135] "mvt.dof" #> [60136] "rdemmix" #> [60137] "EMMLi" #> [60138] "macacaCorrel" #> [60139] "macacaModels" #> [60140] "EMMREML" #> [60141] "emmreml" #> [60142] "emmremlMultiKernel" #> [60143] "emmremlMultivariate" #> [60144] "emoa-package" #> [60145] "cec2007" #> [60146] "crowding_distance" #> [60147] "dominated_hypervolume" #> [60148] "emoa_console_logger" #> [60149] "emoa_control" #> [60150] "emoa_logger" #> [60151] "emoa_null_logger" #> [60152] "hypervolume_indicator" #> [60153] "inbounds" #> [60154] "is_dominated" #> [60155] "nds_hv_selection" #> [60156] "nds_rank" #> [60157] "nondominated_points" #> [60158] "normalize_points" #> [60159] "pm_control" #> [60160] "pm_operator" #> [60161] "sbx_control" #> [60162] "sbx_operator" #> [60163] "steady_state_emoa_control" #> [60164] "sympart" #> [60165] "UF1" #> [60166] "unary_r2_indicator" #> [60167] "which_points_on_edge" #> [60168] "emoji" #> [60169] "fontawesome" #> [60170] "geom_emoji" #> [60171] "geom_fontawesome" #> [60172] "list.emojifonts" #> [60173] "load.emojifont" #> [60174] "load.fontawesome" #> [60175] "sample_emoji" #> [60176] "sample_fontawesome" #> [60177] "search_emoji" #> [60178] "search_fontawesome" #> [60179] "emon-package" #> [60180] "addnoise" #> [60181] "detect.prop" #> [60182] "expected.nb" #> [60183] "expected.pois" #> [60184] "fS.detect" #> [60185] "fT.detect" #> [60186] "generate.trend" #> [60187] "GVFC" #> [60188] "GVFCMOM" #> [60189] "mannkendall" #> [60190] "mannkendall.stat" #> [60191] "mom.min.nb" #> [60192] "mom.min.pois" #> [60193] "n.min" #> [60194] "permute.BACI" #> [60195] "permute.groups" #> [60196] "power.BACI" #> [60197] "power.groups" #> [60198] "power.trend" #> [60199] "size2.samevar" #> [60200] "svariog" #> [60201] "emov.angdia" #> [60202] "emov.cart2sphere" #> [60203] "emov.filter" #> [60204] "emov.idt" #> [60205] "emov.read_iviewsamples" #> [60206] "fivesec" #> [60207] "EMP-package" #> [60208] "empChurn" #> [60209] "empCreditScoring" #> [60210] "calibrateConfidenceInterval" #> [60211] "calibrateP" #> [60212] "caseControl" #> [60213] "cohortMethod" #> [60214] "computeTraditionalCi" #> [60215] "computeTraditionalP" #> [60216] "EmpiricalCalibration" #> [60217] "evaluateCiCalibration" #> [60218] "fitMcmcNull" #> [60219] "fitNull" #> [60220] "fitSystematicErrorModel" #> [60221] "grahamReplication" #> [60222] "plotCalibration" #> [60223] "plotCalibrationEffect" #> [60224] "plotCiCalibration" #> [60225] "plotCiCalibrationEffect" #> [60226] "plotCiCoverage" #> [60227] "plotErrorModel" #> [60228] "plotExpectedType1Error" #> [60229] "plotForest" #> [60230] "plotMcmcTrace" #> [60231] "plotTrueAndObserved" #> [60232] "sccs" #> [60233] "simulateControls" #> [60234] "southworthReplication" #> [60235] "empiricalFDR.DESeq2-package" #> [60236] "empiricalFDR" #> [60237] "fdrBiCurve" #> [60238] "fdrTable" #> [60239] "simulateCounts" #> [60240] "BJnoint" #> [60241] "bjtest" #> [60242] "bjtest1d" #> [60243] "bjtestII" #> [60244] "el.cen.EM" #> [60245] "el.cen.EM2" #> [60246] "el.cen.test" #> [60247] "el.ltrc.EM" #> [60248] "el.test" #> [60249] "el.test.wt" #> [60250] "el.test.wt2" #> [60251] "el.trun.test" #> [60252] "emplikH.disc" #> [60253] "emplikH.disc2" #> [60254] "emplikH1.test" #> [60255] "emplikH2.test" #> [60256] "emplikHs.disc2" #> [60257] "emplikHs.test2" #> [60258] "findUL" #> [60259] "findUL2" #> [60260] "findULold" #> [60261] "RankRegTest" #> [60262] "RankRegTestH" #> [60263] "ROCnp" #> [60264] "ROCnp2" #> [60265] "WRegEst" #> [60266] "WRegTest" #> [60267] "el2.cen.EMm" #> [60268] "el2.cen.EMs" #> [60269] "el2.test.wtm" #> [60270] "el2.test.wts" #> [60271] "calcurve" #> [60272] "dataquality" #> [60273] "funnel" #> [60274] "miscellaneous" #> [60275] "mortality_rate" #> [60276] "reclass" #> [60277] "SMR" #> [60278] "SRU" #> [60279] "tableStack" #> [60280] "ApproxF" #> [60281] "EMSanova" #> [60282] "EMSaovApp" #> [60283] "film" #> [60284] "PooledANOVA" #> [60285] "EMSC" #> [60286] "EMSC_model" #> [60287] "fishoil" #> [60288] "orthogonalVectors" #> [60289] "plot.EMSC" #> [60290] "predict.EMSC" #> [60291] "SavitzkyGolay" #> [60292] "EMSHS" #> [60293] "EMSNM-package" #> [60294] "Ccompute" #> [60295] "EMalgorithm" #> [60296] "EMbootstrap" #> [60297] "EMsimulation" #> [60298] "EM_parameter_sd" #> [60299] "EM_result_sort" #> [60300] "fnorm" #> [60301] "Ggenerate" #> [60302] "update_eta" #> [60303] "update_gamma" #> [60304] "weight_matrix" #> [60305] "Wgenerate" #> [60306] "emstreeR-package" #> [60307] "ComputeMST" #> [60308] "data_check" #> [60309] "mlpack_mst" #> [60310] "plot.MST" #> [60311] "plotMST3D" #> [60312] "stat_MST" #> [60313] "EMT-package" #> [60314] "EMT-internal" #> [60315] "multinomial.test" #> [60316] "plotMultinom" #> [60317] "emulator-package" #> [60318] "betahat.fun" #> [60319] "expert.estimates" #> [60320] "latin.hypercube" #> [60321] "makeinputfiles" #> [60322] "OO2002" #> [60323] "optimal.scales" #> [60324] "prior.b" #> [60325] "quad.form" #> [60326] "regressor.basis" #> [60327] "results.table" #> [60328] "s.chi" #> [60329] "sample.n.fit" #> [60330] "scales.likelihood" #> [60331] "sigmahatsquared" #> [60332] "emuR-package" #> [60333] "AddListRemoveAttrDefLabelGroup" #> [60334] "AddListRemoveLabelGroup" #> [60335] "AddListRemoveLevelDefinitions" #> [60336] "AddListRemoveLinkDefinition" #> [60337] "AddListRemovePerspective" #> [60338] "AddListRemoveSsffTrackDefinition" #> [60339] "AddListRenameRemoveAttributeDefinitions" #> [60340] "add_files" #> [60341] "as.spectral" #> [60342] "as.trackdata" #> [60343] "autobuild_linkFromTimes" #> [60344] "bark" #> [60345] "bind.trackdata" #> [60346] "bridge" #> [60347] "buildtrack" #> [60348] "by.trackdata" #> [60349] "cbind.trackdata" #> [60350] "classplot" #> [60351] "convert_BPFCollection" #> [60352] "convert_legacyEmuDB" #> [60353] "convert_TextGridCollection" #> [60354] "convert_txtCollection" #> [60355] "convert_wideToLong" #> [60356] "coutts" #> [60357] "coutts.epg" #> [60358] "coutts.l" #> [60359] "coutts.rms" #> [60360] "coutts.sam" #> [60361] "coutts2" #> [60362] "coutts2.epg" #> [60363] "coutts2.l" #> [60364] "coutts2.sam" #> [60365] "create_emuDB" #> [60366] "create_emuRdemoData" #> [60367] "create_emuRtrackdata" #> [60368] "create_itemsInLevel" #> [60369] "create_links" #> [60370] "dbnorm" #> [60371] "dbtopower" #> [60372] "dct" #> [60373] "dcut" #> [60374] "ddiff" #> [60375] "delete_itemsInLevel" #> [60376] "demo.all" #> [60377] "demo.all.f0" #> [60378] "demo.all.fm" #> [60379] "demo.all.rms" #> [60380] "demo.vowels" #> [60381] "demo.vowels.f0" #> [60382] "demo.vowels.fm" #> [60383] "dextract" #> [60384] "dim.trackdata" #> [60385] "dimnames.trackdata" #> [60386] "dip.fdat" #> [60387] "dip.l" #> [60388] "dip.spkr" #> [60389] "dsmooth" #> [60390] "duplicate_level" #> [60391] "dur" #> [60392] "e.dft" #> [60393] "emuRsegs" #> [60394] "emuRtrackdata" #> [60395] "engassim" #> [60396] "engassim.epg" #> [60397] "engassim.l" #> [60398] "engassim.w" #> [60399] "epgai" #> [60400] "epgcog" #> [60401] "epggs" #> [60402] "epgplot" #> [60403] "epgsum" #> [60404] "euclidean" #> [60405] "expand_labels" #> [60406] "export_BPFCollection" #> [60407] "export_seglistToTxtCollection" #> [60408] "export_TextGridCollection" #> [60409] "fapply" #> [60410] "frames" #> [60411] "frames.time" #> [60412] "freqtoint" #> [60413] "fric" #> [60414] "fric.dft" #> [60415] "fric.l" #> [60416] "fric.w" #> [60417] "get.time.element" #> [60418] "get_trackdata" #> [60419] "import_mediaFiles" #> [60420] "is.spectral" #> [60421] "is.trackdata" #> [60422] "isol" #> [60423] "isol.fdat" #> [60424] "isol.l" #> [60425] "list_bundles" #> [60426] "list_files" #> [60427] "list_sampleRates" #> [60428] "list_sessions" #> [60429] "load_emuDB" #> [60430] "mahal.dist" #> [60431] "make.emuRsegs" #> [60432] "make.seglist" #> [60433] "makelab" #> [60434] "matscan" #> [60435] "mel" #> [60436] "modify.seglist" #> [60437] "mu.colour" #> [60438] "muclass" #> [60439] "normalize_length" #> [60440] "palate" #> [60441] "perform" #> [60442] "plafit" #> [60443] "plot.spectral" #> [60444] "plot.trackdata" #> [60445] "polhom" #> [60446] "polhom.epg" #> [60447] "polhom.l" #> [60448] "print.emuRsegs" #> [60449] "print.emuRtrackdata" #> [60450] "radians" #> [60451] "randomise.segs" #> [60452] "rbind.trackdata" #> [60453] "read.emusegs" #> [60454] "rename_emuDB" #> [60455] "replace_itemLabels" #> [60456] "requery_hier" #> [60457] "requery_seq" #> [60458] "resample_annots" #> [60459] "runBASwebservice_all" #> [60460] "runBASwebservice_chunker" #> [60461] "runBASwebservice_g2pForPronunciation" #> [60462] "runBASwebservice_g2pForTokenization" #> [60463] "runBASwebservice_maus" #> [60464] "runBASwebservice_minni" #> [60465] "runBASwebservice_pho2sylCanonical" #> [60466] "runBASwebservice_pho2sylSegmental" #> [60467] "segmentlist" #> [60468] "serve" #> [60469] "SetGetlevelCanvasesOrder" #> [60470] "SetGetRemoveLegalLabels" #> [60471] "SetGetSignalCanvasesOrder" #> [60472] "Slope.test" #> [60473] "sort.emuRsegs" #> [60474] "sortmatrix" #> [60475] "splitstring" #> [60476] "start.emusegs" #> [60477] "summary.emuDBhandle" #> [60478] "track.gradinfo" #> [60479] "trackdata" #> [60480] "trackfreq" #> [60481] "tracktimes" #> [60482] "trapply" #> [60483] "update_itemsInLevel" #> [60484] "vowlax" #> [60485] "vowlax.df" #> [60486] "vowlax.dft.5" #> [60487] "vowlax.fdat" #> [60488] "vowlax.fdat.5" #> [60489] "vowlax.fund" #> [60490] "vowlax.fund.5" #> [60491] "vowlax.l" #> [60492] "vowlax.left" #> [60493] "vowlax.right" #> [60494] "vowlax.rms" #> [60495] "vowlax.rms.5" #> [60496] "vowlax.spkr" #> [60497] "vowlax.word" #> [60498] "wordlax.l" #> [60499] "write.emusegs" #> [60500] "EMVS" #> [60501] "EMVSbest" #> [60502] "EMVSplot" #> [60503] "EMVSsummary" #> [60504] "enaR-package" #> [60505] "as.bipartite" #> [60506] "as.extended" #> [60507] "bal" #> [60508] "bcratio" #> [60509] "bgcModels" #> [60510] "cycliv" #> [60511] "EcoNetWeb" #> [60512] "eigenCentrality" #> [60513] "enaAll" #> [60514] "enaAscendency" #> [60515] "enaControl" #> [60516] "enaCycle" #> [60517] "enaEnviron" #> [60518] "enaFlow" #> [60519] "enaModelInfo" #> [60520] "enaModels" #> [60521] "enaMTI" #> [60522] "enaStorage" #> [60523] "enaStructure" #> [60524] "enaTroAgg" #> [60525] "enaUncertainty" #> [60526] "enaUtility" #> [60527] "environCentrality" #> [60528] "findPathLength" #> [60529] "force.balance" #> [60530] "get.ns" #> [60531] "get.orient" #> [60532] "m.list" #> [60533] "meanTrophicLevel" #> [60534] "mExp" #> [60535] "netOrder" #> [60536] "oyster" #> [60537] "pack" #> [60538] "read.EcoNet" #> [60539] "read.enam" #> [60540] "read.nea" #> [60541] "read.scor" #> [60542] "read.wand" #> [60543] "relationalChange" #> [60544] "scc" #> [60545] "scifix" #> [60546] "set.orient" #> [60547] "ShannonDiversity" #> [60548] "signs" #> [60549] "ssCheck" #> [60550] "structure.statistics" #> [60551] "TES" #> [60552] "TET" #> [60553] "troModels" #> [60554] "unpack" #> [60555] "write.EcoNet" #> [60556] "write.nea" #> [60557] "enc-package" #> [60558] "read_lines_enc" #> [60559] "to_encoding" #> [60560] "transform_lines_enc" #> [60561] "utf8" #> [60562] "write_lines_enc" #> [60563] "APR.Feature" #> [60564] "Bayes.Feature" #> [60565] "Density.Feature" #> [60566] "droso" #> [60567] "Maldoss.Feature" #> [60568] "MM1.Feature" #> [60569] "MM2.Feature" #> [60570] "MN.Fdtf.Feature" #> [60571] "PN.Fdtf.Feature" #> [60572] "POS.Feature" #> [60573] "Predoss.Feature" #> [60574] "SAE.Feature" #> [60575] "Sparse.Feature" #> [60576] "Trint.Dist.Feature" #> [60577] "WAM.Feature" #> [60578] "WMM.Feature" #> [60579] "as_factor" #> [60580] "codes" #> [60581] "codes.default" #> [60582] "decode.data.frame" #> [60583] "decode.default" #> [60584] "decodes" #> [60585] "decodes.default" #> [60586] "encode.character" #> [60587] "encode.default" #> [60588] "encode.list" #> [60589] "encoded.default" #> [60590] "encryptr-package" #> [60591] "decrypt" #> [60592] "decrypt_file" #> [60593] "decrypt_vec" #> [60594] "encrypt_file" #> [60595] "encrypt_vec" #> [60596] "genkeys" #> [60597] "sampselect" #> [60598] "endogMNP" #> [60599] "summary.endogMNP" #> [60600] "endorse" #> [60601] "endorse.plot" #> [60602] "GeoCount" #> [60603] "GeoId" #> [60604] "pakistan" #> [60605] "predict.endorse" #> [60606] "ETE" #> [60607] "MCETE" #> [60608] "energy-package" #> [60609] "dcor.ttest" #> [60610] "dcov.test" #> [60611] "dcovU_stats" #> [60612] "disco" #> [60613] "edist" #> [60614] "energy.hclust" #> [60615] "eqdist.etest" #> [60616] "dcor" #> [60617] "dcov" #> [60618] "indep.etest" #> [60619] "indep.test" #> [60620] "kgroups" #> [60621] "mvI.test" #> [60622] "mvnorm.etest" #> [60623] "pdcor" #> [60624] "poisson.mtest" #> [60625] "sortrank" #> [60626] "Unbiased" #> [60627] "covariance" #> [60628] "U_product" #> [60629] "EnergyOnlineCPM-package" #> [60630] "maxEnergyCPMv" #> [60631] "electric" #> [60632] "energyr" #> [60633] "hydropower" #> [60634] "lng" #> [60635] "storage" #> [60636] "coef.enetLTS" #> [60637] "cv.enetLTS" #> [60638] "enetLTS" #> [60639] "fitted.enetLTS" #> [60640] "lambda00" #> [60641] "nonzeroCoef.enetLTS" #> [60642] "plot.enetLTS" #> [60643] "plotCoef.enetLTS" #> [60644] "plotDiagnostic.enetLTS" #> [60645] "plotResid.enetLTS" #> [60646] "predict.enetLTS" #> [60647] "print.enetLTS" #> [60648] "residuals.enetLTS" #> [60649] "weights.enetLTS" #> [60650] "eNetXplorer-package" #> [60651] "eNetXplorer" #> [60652] "H1N1_Flow" #> [60653] "Leukemia_miR" #> [60654] "Leuk_miR_filt" #> [60655] "Leuk_miR_full" #> [60656] "plotContingency" #> [60657] "plotFeatureCaterpillar" #> [60658] "plotFeatureHeatmap" #> [60659] "plotLambdaVsQF" #> [60660] "plotMeasuredVsOOB" #> [60661] "plotSummary" #> [60662] "QuickStartEx" #> [60663] "summaryPDF" #> [60664] "as.english" #> [60665] "indefinite" #> [60666] "Ops.english" #> [60667] "ordinal" #> [60668] "adhesion" #> [60669] "alum" #> [60670] "applicat" #> [60671] "assay" #> [60672] "bath" #> [60673] "bright" #> [60674] "caliper" #> [60675] "ccthickn" #> [60676] "chemreac" #> [60677] "computer" #> [60678] "cure" #> [60679] "defoam" #> [60680] "deink" #> [60681] "deink2" #> [60682] "dhaze" #> [60683] "diameter" #> [60684] "drought" #> [60685] "drums" #> [60686] "dry" #> [60687] "epoxy" #> [60688] "exposure" #> [60689] "fbuild" #> [60690] "fillweight" #> [60691] "fluoride" #> [60692] "gloss" #> [60693] "labcomp" #> [60694] "lw" #> [60695] "lwsw" #> [60696] "moisture" #> [60697] "mw" #> [60698] "odor" #> [60699] "ph" #> [60700] "phmeas" #> [60701] "pigment" #> [60702] "purity" #> [60703] "railcar" #> [60704] "railcar3" #> [60705] "ratings" #> [60706] "ratings2" #> [60707] "reflect" #> [60708] "safety" #> [60709] "sarea" #> [60710] "stab" #> [60711] "surfarea" #> [60712] "tablets" #> [60713] "temprate" #> [60714] "tennis" #> [60715] "thinfilm" #> [60716] "timetemp" #> [60717] "tpaste" #> [60718] "uvcoatin" #> [60719] "uvoven" #> [60720] "viscosity" #> [60721] "wash" #> [60722] "webtraff" #> [60723] "webvisit" #> [60724] "whitearea" #> [60725] "yellow" #> [60726] "yield" #> [60727] "alltimerecord" #> [60728] "bestwins" #> [60729] "champs" #> [60730] "england" #> [60731] "england1939" #> [60732] "englandplayoffs" #> [60733] "facup" #> [60734] "games_between" #> [60735] "games_between_sum" #> [60736] "germany" #> [60737] "germany2" #> [60738] "holland" #> [60739] "italy" #> [60740] "maketable" #> [60741] "maketable_eng" #> [60742] "ngoals" #> [60743] "n_offs" #> [60744] "opponentfreq" #> [60745] "opponents" #> [60746] "score_most" #> [60747] "score_team" #> [60748] "score_teamX" #> [60749] "spain" #> [60750] "totgoals" #> [60751] "worstlosses" #> [60752] "ENiRG-package" #> [60753] "apis.enirg" #> [60754] "apis.hsm" #> [60755] "boyce" #> [60756] "cbi.results" #> [60757] "classify.map" #> [60758] "enirg" #> [60759] "enirg.GUI" #> [60760] "enirg.plot" #> [60761] "enirg.predict" #> [60762] "import.egvs" #> [60763] "list.maps" #> [60764] "map.info" #> [60765] "stdz.maps" #> [60766] "ENMeval-package" #> [60767] "calc.aicc" #> [60768] "calc.niche.overlap" #> [60769] "corrected.var" #> [60770] "ENMevaluate" #> [60771] "ENMevaluation-class" #> [60772] "enmeval_results" #> [60773] "eval.plot" #> [60774] "eval2" #> [60775] "get.evaluation.bins" #> [60776] "make.args" #> [60777] "maxnet.functions" #> [60778] "var.importance" #> [60779] "ENmisc-package" #> [60780] "mlapply" #> [60781] "mosaicPermDialog" #> [60782] "wtd.boxplot" #> [60783] "enpls-package" #> [60784] "alkanes" #> [60785] "cv.enpls" #> [60786] "cv.enspls" #> [60787] "enpls.ad" #> [60788] "enpls.fit" #> [60789] "enpls.fs" #> [60790] "enpls.mae" #> [60791] "enpls.od" #> [60792] "enpls.rmse" #> [60793] "enpls.rmsle" #> [60794] "enspls.ad" #> [60795] "enspls.fit" #> [60796] "enspls.fs" #> [60797] "enspls.od" #> [60798] "logd1k" #> [60799] "plot.cv.enpls" #> [60800] "plot.cv.enspls" #> [60801] "plot.enpls.ad" #> [60802] "plot.enpls.fs" #> [60803] "plot.enpls.od" #> [60804] "plot.enspls.ad" #> [60805] "plot.enspls.fs" #> [60806] "plot.enspls.od" #> [60807] "predict.enpls.fit" #> [60808] "predict.enspls.fit" #> [60809] "print.cv.enpls" #> [60810] "print.cv.enspls" #> [60811] "print.enpls.ad" #> [60812] "print.enpls.fit" #> [60813] "print.enpls.fs" #> [60814] "print.enpls.od" #> [60815] "print.enspls.ad" #> [60816] "print.enspls.fit" #> [60817] "print.enspls.fs" #> [60818] "print.enspls.od" #> [60819] "enrichr" #> [60820] "listEnrichrDbs" #> [60821] "printEnrich" #> [60822] "enrichvs-package" #> [60823] "auac" #> [60824] "bedroc" #> [60825] "dud_egfr" #> [60826] "enrichment_factor" #> [60827] "matplot_enrichment_curve" #> [60828] "plot_enrichment_curve" #> [60829] "plot_enrichment_curve_xlog" #> [60830] "rie" #> [60831] "coef.enriched_glm" #> [60832] "coef.enriched_lm" #> [60833] "create_enrichwith_skeleton" #> [60834] "enrich" #> [60835] "enrich.betareg" #> [60836] "enrich.family" #> [60837] "enrich.glm" #> [60838] "enrich.link-glm" #> [60839] "enrich.lm" #> [60840] "enriched_glm" #> [60841] "enrichwith" #> [60842] "get_auxiliary_functions" #> [60843] "get_auxiliary_functions.betareg" #> [60844] "get_auxiliary_functions.glm" #> [60845] "get_auxiliary_functions.lm" #> [60846] "get_bias_function" #> [60847] "get_bias_function.betareg" #> [60848] "get_bias_function.glm" #> [60849] "get_bias_function.lm" #> [60850] "get_dmodel_function" #> [60851] "get_dmodel_function.glm" #> [60852] "get_enrichment_options" #> [60853] "get_enrichment_options.betareg" #> [60854] "get_enrichment_options.family" #> [60855] "get_enrichment_options.glm" #> [60856] "get_enrichment_options.link-glm" #> [60857] "get_enrichment_options.lm" #> [60858] "get_information_function" #> [60859] "get_information_function.betareg" #> [60860] "get_information_function.glm" #> [60861] "get_information_function.lm" #> [60862] "get_pmodel_function" #> [60863] "get_pmodel_function.glm" #> [60864] "get_qmodel_function" #> [60865] "get_qmodel_function.glm" #> [60866] "get_score_function" #> [60867] "get_score_function.betareg" #> [60868] "get_score_function.glm" #> [60869] "get_score_function.lm" #> [60870] "get_simulate_function" #> [60871] "get_simulate_function.betareg" #> [60872] "get_simulate_function.glm" #> [60873] "get_simulate_function.lm" #> [60874] "alphadata" #> [60875] "Benhc" #> [60876] "CTN" #> [60877] "ebola" #> [60878] "enhcHi" #> [60879] "EnsCat" #> [60880] "ggdplot" #> [60881] "hammingD" #> [60882] "kmodes" #> [60883] "lympho" #> [60884] "mush" #> [60885] "rhabdodata" #> [60886] "tangle" #> [60887] "USFlag" #> [60888] "zoo" #> [60889] "ALL.Regression.Config-class" #> [60890] "ALL.Regression.FitObj-class" #> [60891] "BaseLearner.Batch.FitObj-class" #> [60892] "BaseLearner.Config-class" #> [60893] "BaseLearner.CV.Batch.FitObj-class" #> [60894] "BaseLearner.CV.FitObj-class" #> [60895] "BaseLearner.Fit-methods" #> [60896] "BaseLearner.FitObj-class" #> [60897] "Instance-class" #> [60898] "make.configs" #> [60899] "OptionalInteger-class" #> [60900] "Regression.Batch.Fit" #> [60901] "Regression.CV.Batch.Fit" #> [60902] "Regression.CV.Fit" #> [60903] "Regression.Integrator.Config-class" #> [60904] "Regression.Integrator.Fit-methods" #> [60905] "RegressionEstObj-class" #> [60906] "RegressionSelectPred-class" #> [60907] "servo" #> [60908] "validate-methods" #> [60909] "controlBMAgamma" #> [60910] "controlBMAgamma0" #> [60911] "controlBMAnormal" #> [60912] "crps" #> [60913] "dateCheck" #> [60914] "ensBMAtest" #> [60915] "ensembleBMA" #> [60916] "ensembleBMAgamma" #> [60917] "ensembleBMAgamma0" #> [60918] "ensembleBMAnormal" #> [60919] "ensembleData" #> [60920] "fitBMA" #> [60921] "fitBMAgamma" #> [60922] "fitBMAgamma0" #> [60923] "fitBMAnormal" #> [60924] "julTOymdh" #> [60925] "modelParameters" #> [60926] "pit" #> [60927] "pitHist" #> [60928] "plot.ensembleBMA" #> [60929] "plotProbcast" #> [60930] "prcpDJdata" #> [60931] "prcpFit" #> [60932] "prcpGrid" #> [60933] "quantileForecast" #> [60934] "srft" #> [60935] "srftGrid" #> [60936] "trainingData" #> [60937] "verifPlot" #> [60938] "verifRankHist" #> [60939] "ymdhTOjul" #> [60940] "ecv.regression" #> [60941] "ecv.regression.baselearner.control" #> [60942] "ecv.save" #> [60943] "plot.ecv.regression" #> [60944] "Regression.Select.MinAvgErr.Config-class" #> [60945] "Regression.Select.MinAvgErr.FitObj-class" #> [60946] "controlMOScsg0" #> [60947] "controlMOSgev0" #> [60948] "controlMOSlognormal" #> [60949] "controlMOSnormal" #> [60950] "controlMOStruncnormal" #> [60951] "ensembleMOS" #> [60952] "ensembleMOScsg0" #> [60953] "ensembleMOSgev0" #> [60954] "ensembleMOSlognormal" #> [60955] "ensembleMOSnormal" #> [60956] "ensembleMOStruncnormal" #> [60957] "fitMOS" #> [60958] "fitMOScsg0" #> [60959] "fitMOSgev0" #> [60960] "fitMOSlognormal" #> [60961] "fitMOSnormal" #> [60962] "fitMOStruncnormal" #> [60963] "pars" #> [60964] "epcreg" #> [60965] "epcreg.baselearner.control" #> [60966] "epcreg.save" #> [60967] "plot.epcreg" #> [60968] "predict.epcreg" #> [60969] "Regression.Integrator.PCR.SelMin.Config-class" #> [60970] "Regression.Integrator.PCR.SelMin.FitObj-class" #> [60971] "Regression.Sweep.CV.Fit" #> [60972] "Regression.Sweep.CV.FitObj-class" #> [60973] "Regression.Sweep.Fit-methods" #> [60974] "Regression.Sweep.PCR.Config-class" #> [60975] "Regression.Sweep.PCR.FitObj-class" #> [60976] "summary.epcreg" #> [60977] "ecpreg" #> [60978] "epenreg.baselearner.control" #> [60979] "epenreg.save" #> [60980] "plot.epenreg" #> [60981] "predict.epenreg" #> [60982] "Regression.Integrator.PenReg.SelMin.Config-class" #> [60983] "Regression.Integrator.PenReg.SelMin.FitObj-class" #> [60984] "Regression.Sweep.PenReg.Config-class" #> [60985] "Regression.Sweep.PenReg.FitObj-class" #> [60986] "ensr" #> [60987] "lambda_alpha_grid" #> [60988] "landfill" #> [60989] "preferable" #> [60990] "tbi" #> [60991] "check_that" #> [60992] "ensurer" #> [60993] "print.ensurer" #> [60994] "entropart-package" #> [60995] "AbdFreqCount" #> [60996] "Accumulation" #> [60997] "AllenH" #> [60998] "AlphaDiversity" #> [60999] "AlphaEntropy" #> [61000] "BetaDiversity" #> [61001] "BetaEntropy" #> [61002] "ChaoPD" #> [61003] "CommunityProfile" #> [61004] "Coverage" #> [61005] "Diversity" #> [61006] "DivEst" #> [61007] "DivPart" #> [61008] "DivProfile" #> [61009] "Dqz" #> [61010] "EightSpAbundance" #> [61011] "EightSpTree" #> [61012] "Enq" #> [61013] "EntropyCI" #> [61014] "expq" #> [61015] "GammaDiversity" #> [61016] "GammaEntropy" #> [61017] "GenSimpson" #> [61018] "Hqz" #> [61019] "HqzBeta" #> [61020] "Hurlbert" #> [61021] "KLq" #> [61022] "lnq" #> [61023] "MCdiversity" #> [61024] "MCentropy" #> [61025] "MetaCommunity" #> [61026] "Optimal.Similarity" #> [61027] "Paracou618.dist" #> [61028] "Paracou618.Functional" #> [61029] "Paracou618.MC" #> [61030] "Paracou618.Taxonomy" #> [61031] "PDFD" #> [61032] "PhyloApply" #> [61033] "PhyloBetaEntropy" #> [61034] "PhyloDiversity" #> [61035] "PhyloEntropy" #> [61036] "PhyloValue" #> [61037] "PPtree" #> [61038] "RAC" #> [61039] "Rao" #> [61040] "rCommunity" #> [61041] "Richness" #> [61042] "Shannon" #> [61043] "ShannonBeta" #> [61044] "SimpsonBeta" #> [61045] "SimTest" #> [61046] "SpeciesDistribution" #> [61047] "Tsallis" #> [61048] "TsallisBeta" #> [61049] "entropy-package" #> [61050] "entropy.ChaoShen" #> [61051] "entropy.Dirichlet" #> [61052] "entropy.empirical" #> [61053] "entropy.MillerMadow" #> [61054] "entropy.NSB" #> [61055] "entropy.plugin" #> [61056] "entropy.shrink" #> [61057] "KL.plugin" #> [61058] "mi.plugin" #> [61059] "EntropyEstimation-package" #> [61060] "Entropy.sd" #> [61061] "Entropy.z" #> [61062] "GenSimp.sd" #> [61063] "GenSimp.z" #> [61064] "Hill.sd" #> [61065] "Hill.z" #> [61066] "KL.Plugin" #> [61067] "KL.sd" #> [61068] "KL.z" #> [61069] "MI.sd" #> [61070] "MI.z" #> [61071] "Renyi.sd" #> [61072] "Renyi.z" #> [61073] "RenyiEq.sd" #> [61074] "RenyiEq.z" #> [61075] "SymKL.Plugin" #> [61076] "SymKL.sd" #> [61077] "SymKL.z" #> [61078] "Tsallis.sd" #> [61079] "Tsallis.z" #> [61080] "EntropyExplorer" #> [61081] "GEO" #> [61082] "EntropyMCMC-package" #> [61083] "accept_ratio" #> [61084] "CollectChains" #> [61085] "DrawInit" #> [61086] "EntropyMCMC" #> [61087] "EntropyParallel" #> [61088] "gaussian_pdf" #> [61089] "MCMCcopies" #> [61090] "MCMCcopies.cl" #> [61091] "MCMCcopies.mc" #> [61092] "normEntropy" #> [61093] "plot.KbMCMC" #> [61094] "plot.plMCMC" #> [61095] "plottarget3d" #> [61096] "plot_Kblist" #> [61097] "RWHM_chain" #> [61098] "summary.plMCMC" #> [61099] "bisdom" #> [61100] "CI" #> [61101] "clayloam" #> [61102] "envalysis" #> [61103] "icp" #> [61104] "ka5" #> [61105] "neitzel2003" #> [61106] "signifig" #> [61107] "texture" #> [61108] "theme_publish" #> [61109] "EnvCpt-package" #> [61110] "AIC.envcpt" #> [61111] "envcpt" #> [61112] "plot.envcpt" #> [61113] "envDocument-package" #> [61114] "collapseInfo" #> [61115] "env_doc" #> [61116] "getDominoInfo" #> [61117] "getGitInfo" #> [61118] "getRepo" #> [61119] "getScriptInfo" #> [61120] "getScriptPath" #> [61121] "getSysInfo" #> [61122] "get_Rversion" #> [61123] "infoNotFound" #> [61124] "prettyPrintInfo" #> [61125] "remoteInfo" #> [61126] "enveomics.R-package" #> [61127] "enve.barplot" #> [61128] "enve.cliopts" #> [61129] "enve.col.alpha" #> [61130] "enve.col2alpha" #> [61131] "enve.df2dist" #> [61132] "enve.df2dist.group" #> [61133] "enve.df2dist.list" #> [61134] "enve.growthcurve" #> [61135] "enve.GrowthCurve-class" #> [61136] "enve.prune.dist" #> [61137] "enve.recplot" #> [61138] "enve.recplot2" #> [61139] "enve.RecPlot2-class" #> [61140] "enve.recplot2.ANIr" #> [61141] "enve.recplot2.changeCutoff" #> [61142] "enve.recplot2.compareIdentities" #> [61143] "enve.recplot2.coordinates" #> [61144] "enve.recplot2.corePeak" #> [61145] "enve.recplot2.extractWindows" #> [61146] "enve.recplot2.findPeaks" #> [61147] "enve.recplot2.findPeaks.em" #> [61148] "enve.recplot2.findPeaks.emauto" #> [61149] "enve.recplot2.findPeaks.mower" #> [61150] "enve.recplot2.findPeaks.__emauto_one" #> [61151] "enve.recplot2.findPeaks.__em_e" #> [61152] "enve.recplot2.findPeaks.__em_m" #> [61153] "enve.recplot2.findPeaks.__mower" #> [61154] "enve.recplot2.findPeaks.__mow_one" #> [61155] "enve.RecPlot2.Peak-class" #> [61156] "enve.recplot2.seqdepth" #> [61157] "enve.recplot2.windowDepthThreshold" #> [61158] "enve.recplot2.__counts" #> [61159] "enve.recplot2.__peakHist" #> [61160] "enve.recplot2.__whichClosestPeak" #> [61161] "enve.tribs" #> [61162] "enve.TRIBS-class" #> [61163] "enve.TRIBS.merge" #> [61164] "enve.tribs.test" #> [61165] "enve.TRIBStest-class" #> [61166] "enve.truncate" #> [61167] "enve.__prune.iter" #> [61168] "enve.__prune.reduce" #> [61169] "enve.__tribs" #> [61170] "growth.curves" #> [61171] "phyla.counts" #> [61172] "plot.enve.GrowthCurve" #> [61173] "plot.enve.RecPlot2" #> [61174] "plot.enve.TRIBS" #> [61175] "plot.enve.TRIBStest" #> [61176] "summary.enve.GrowthCurve" #> [61177] "summary.enve.TRIBS" #> [61178] "summary.enve.TRIBStest" #> [61179] "$-methods" #> [61180] "cbmd" #> [61181] "findline" #> [61182] "getarea" #> [61183] "getareastd" #> [61184] "getbgremove" #> [61185] "getbiotechrep" #> [61186] "getdata2" #> [61187] "getdoe" #> [61188] "getfeaturesanova" #> [61189] "getfeaturest" #> [61190] "getgrouprep" #> [61191] "getimputation" #> [61192] "GetIntegration" #> [61193] "Getisotopologues" #> [61194] "getmassdefect" #> [61195] "getmd" #> [61196] "getmr" #> [61197] "getmzrt" #> [61198] "getmzrt2" #> [61199] "getmzrtcsv" #> [61200] "getQCraw" #> [61201] "getsccp" #> [61202] "getsim" #> [61203] "gettechrep" #> [61204] "gettimegrouprep" #> [61205] "getupload" #> [61206] "getupload2" #> [61207] "gifmr" #> [61208] "Integration" #> [61209] "plote" #> [61210] "plotgroup" #> [61211] "plothm" #> [61212] "plotint" #> [61213] "plotintslope" #> [61214] "plotkms" #> [61215] "plotmr" #> [61216] "plotmrc" #> [61217] "plotms" #> [61218] "plotmsrt" #> [61219] "plotmz" #> [61220] "plotpca" #> [61221] "plotrsd" #> [61222] "plotrtms" #> [61223] "plotsms" #> [61224] "plotsub" #> [61225] "plott" #> [61226] "plottic" #> [61227] "qbatch" #> [61228] "runsccp" #> [61229] "sccp" #> [61230] "submd" #> [61231] "svabatch" #> [61232] "svacor" #> [61233] "svadata" #> [61234] "svapca" #> [61235] "svaplot" #> [61236] "svaupload" #> [61237] "writeMSP" #> [61238] "enviPat-package" #> [61239] "adducts" #> [61240] "check_chemform" #> [61241] "check_ded" #> [61242] "check_several" #> [61243] "chemforms" #> [61244] "getR" #> [61245] "isopattern" #> [61246] "isotopes" #> [61247] "isowrap" #> [61248] "mergeform" #> [61249] "multiform" #> [61250] "resolution_list" #> [61251] "subform" #> [61252] "vdetect" #> [61253] "enviPick-package" #> [61254] "enviPickbatch" #> [61255] "enviPickwrap" #> [61256] "mzagglom" #> [61257] "mzclust" #> [61258] "mzpart" #> [61259] "mzpick" #> [61260] "plotMSlist" #> [61261] "readMSdata" #> [61262] "webpick" #> [61263] "writePeaklist" #> [61264] "aridityIndexThornthwaite" #> [61265] "climaticMoistureIndex" #> [61266] "continentality" #> [61267] "dataTypeCheck" #> [61268] "embergerQ" #> [61269] "envirem" #> [61270] "generateRasters" #> [61271] "growingDegDays" #> [61272] "layerCreation" #> [61273] "monthCountByTemp" #> [61274] "monthlyPET" #> [61275] "otherTempExtremes" #> [61276] "pacificCentric" #> [61277] "petExtremes" #> [61278] "PETseasonality" #> [61279] "split_raster" #> [61280] "thermicityIndex" #> [61281] "topoWetnessIndex" #> [61282] "verifyFileStructure" #> [61283] "EnviroPRA-package" #> [61284] "AD" #> [61285] "ADboot" #> [61286] "AIR" #> [61287] "AIRboot" #> [61288] "DWIR" #> [61289] "DWIRboot" #> [61290] "extr_par" #> [61291] "Fit_dist_parameter" #> [61292] "fit_dist_test" #> [61293] "HIdermal" #> [61294] "HIinhal" #> [61295] "INH" #> [61296] "plot_fit_dist" #> [61297] "random_number_generator" #> [61298] "RISK" #> [61299] "RISKdermal" #> [61300] "RISKInhal" #> [61301] "sampler" #> [61302] "sig" #> [61303] "SIR" #> [61304] "SIRboot" #> [61305] "VIboot" #> [61306] "EnviroStat-package" #> [61307] "bgrid" #> [61308] "comb.all" #> [61309] "corrfit" #> [61310] "Disp.link" #> [61311] "draw" #> [61312] "Falternate3" #> [61313] "Fdist" #> [61314] "Flamb2" #> [61315] "Fmgrid" #> [61316] "Ftransdraw" #> [61317] "Fvariogfit3" #> [61318] "ldet.eval" #> [61319] "location.NY" #> [61320] "ozone.NY" #> [61321] "pred.dist.simul" #> [61322] "setplot" #> [61323] "seval" #> [61324] "sinterp" #> [61325] "staircase.EM" #> [61326] "staircase.hyper.est" #> [61327] "eigenboot" #> [61328] "eigenbootcanon" #> [61329] "fit.boot" #> [61330] "fit.boot.Efron" #> [61331] "generateddata" #> [61332] "get1Dderiv" #> [61333] "get1Dini" #> [61334] "get1Dobj" #> [61335] "manifold1Dplus" #> [61336] "matpower" #> [61337] "Mguttatus" #> [61338] "secondboot" #> [61339] "simdata30nodes" #> [61340] "targetboot" #> [61341] "targetbootcanon" #> [61342] "envnames-package" #> [61343] "collapse_root_and_member" #> [61344] "environment_name" #> [61345] "get_env_names" #> [61346] "get_fun_calling" #> [61347] "get_fun_calling_chain" #> [61348] "get_fun_env" #> [61349] "get_fun_name" #> [61350] "get_obj_address" #> [61351] "get_obj_name" #> [61352] "get_obj_value" #> [61353] "obj_find" #> [61354] "testenv" #> [61355] "Carnivores" #> [61356] "Niche" #> [61357] "NicheOverlap" #> [61358] "OverlapTaxa" #> [61359] "Polar.coordinates" #> [61360] "EnvStats-package" #> [61361] "ACE.13.TCE.df" #> [61362] "anovaPE" #> [61363] "aovN" #> [61364] "aovPower" #> [61365] "Benthic.df" #> [61366] "boxcox.object" #> [61367] "boxcoxCensored" #> [61368] "boxcoxCensored.object" #> [61369] "boxcoxLm.object" #> [61370] "boxcoxTransform" #> [61371] "calibrate.object" #> [61372] "CastilloAndHadi1994" #> [61373] "cdfCompare" #> [61374] "cdfCompareCensored" #> [61375] "cdfPlot" #> [61376] "chenTTest" #> [61377] "ciBinomHalfWidth" #> [61378] "ciBinomN" #> [61379] "ciNormHalfWidth" #> [61380] "ciNormN" #> [61381] "ciNparConfLevel" #> [61382] "ciNparN" #> [61383] "ciTableMean" #> [61384] "ciTableProp" #> [61385] "detectionLimitCalibrate" #> [61386] "distChoose" #> [61387] "distChoose.object" #> [61388] "distChooseCensored" #> [61389] "distChooseCensored.object" #> [61390] "Distribution.df" #> [61391] "ebeta" #> [61392] "ebinom" #> [61393] "ecdfPlot" #> [61394] "ecdfPlotCensored" #> [61395] "eevd" #> [61396] "eexp" #> [61397] "egamma" #> [61398] "egammaAltCensored" #> [61399] "egammaCensored" #> [61400] "egeom" #> [61401] "egevd" #> [61402] "ehyper" #> [61403] "elnorm" #> [61404] "elnorm3" #> [61405] "elnormAlt" #> [61406] "elnormAltCensored" #> [61407] "elnormCensored" #> [61408] "elogis" #> [61409] "enbinom" #> [61410] "enorm" #> [61411] "enormCensored" #> [61412] "enparCensored" #> [61413] "Environmental" #> [61414] "EPA.02d.Ex.2.ug.per.L.vec" #> [61415] "EPA.02d.Ex.4.mg.per.kg.vec" #> [61416] "EPA.02d.Ex.6.mg.per.kg.vec" #> [61417] "EPA.02d.Ex.9.mg.per.L.vec" #> [61418] "EPA.09.Ex.10.1.nickel.df" #> [61419] "EPA.09.Ex.11.1.arsenic.df" #> [61420] "EPA.09.Ex.12.1.ccl4.df" #> [61421] "EPA.09.Ex.12.4.naphthalene.df" #> [61422] "EPA.09.Ex.13.1.iron.df" #> [61423] "EPA.09.Ex.14.1.manganese.df" #> [61424] "EPA.09.Ex.14.3.alkalinity.df" #> [61425] "EPA.09.Ex.14.4.arsenic.df" #> [61426] "EPA.09.Ex.14.8.df" #> [61427] "EPA.09.Ex.15.1.manganese.df" #> [61428] "EPA.09.Ex.16.1.sulfate.df" #> [61429] "EPA.09.Ex.16.2.benzene.df" #> [61430] "EPA.09.Ex.16.4.copper.df" #> [61431] "EPA.09.Ex.16.5.PCE.df" #> [61432] "EPA.09.Ex.17.1.loglead.df" #> [61433] "EPA.09.Ex.17.2.toluene.df" #> [61434] "EPA.09.Ex.17.3.chrysene.df" #> [61435] "EPA.09.Ex.17.3.log.chrysene.df" #> [61436] "EPA.09.Ex.17.4.copper.df" #> [61437] "EPA.09.Ex.17.5.chloride.df" #> [61438] "EPA.09.Ex.17.6.sulfate.df" #> [61439] "EPA.09.Ex.17.7.sodium.df" #> [61440] "EPA.09.Ex.18.1.arsenic.df" #> [61441] "EPA.09.Ex.18.2.chrysene.df" #> [61442] "EPA.09.Ex.18.3.TCE.df" #> [61443] "EPA.09.Ex.18.4.xylene.df" #> [61444] "EPA.09.Ex.19.1.sulfate.df" #> [61445] "EPA.09.Ex.19.2.chloride.df" #> [61446] "EPA.09.Ex.19.5.mercury.df" #> [61447] "EPA.09.Ex.20.1.nickel.df" #> [61448] "EPA.09.Ex.21.1.aldicarb.df" #> [61449] "EPA.09.Ex.21.2.benzene.df" #> [61450] "EPA.09.Ex.21.5.beryllium.df" #> [61451] "EPA.09.Ex.21.6.nitrate.df" #> [61452] "EPA.09.Ex.21.7.TCE.df" #> [61453] "EPA.09.Ex.22.1.VC.df" #> [61454] "EPA.09.Ex.22.2.Specific.Conductance.df" #> [61455] "EPA.09.Ex.6.3.sulfate.df" #> [61456] "EPA.09.Ex.7.1.arsenic.df" #> [61457] "EPA.09.Table.9.1.TCE.df" #> [61458] "EPA.09.Table.9.3.df" #> [61459] "EPA.09.Table.9.4.nickel.vec" #> [61460] "EPA.89b.aldicarb1.df" #> [61461] "EPA.89b.aldicarb2.df" #> [61462] "EPA.89b.benzene.df" #> [61463] "EPA.89b.cadmium.df" #> [61464] "EPA.89b.chlordane1.df" #> [61465] "EPA.89b.chlordane2.df" #> [61466] "EPA.89b.edb.df" #> [61467] "EPA.89b.lead.df" #> [61468] "EPA.89b.loglead.df" #> [61469] "EPA.89b.manganese.df" #> [61470] "EPA.89b.sulfate.df" #> [61471] "EPA.89b.t29.df" #> [61472] "EPA.89b.toc.vec" #> [61473] "EPA.92c.arsenic1.df" #> [61474] "EPA.92c.arsenic2.df" #> [61475] "EPA.92c.arsenic3.df" #> [61476] "EPA.92c.benzene1.df" #> [61477] "EPA.92c.benzene2.df" #> [61478] "EPA.92c.ccl4.df" #> [61479] "EPA.92c.chrysene.df" #> [61480] "EPA.92c.copper1.df" #> [61481] "EPA.92c.copper2.df" #> [61482] "EPA.92c.lognickel1.df" #> [61483] "EPA.92c.nickel1.df" #> [61484] "EPA.92c.nickel2.df" #> [61485] "EPA.92c.toluene.df" #> [61486] "EPA.92c.zinc.df" #> [61487] "EPA.92d.chromium.df" #> [61488] "EPA.92d.chromium.vec" #> [61489] "EPA.94b.lead.df" #> [61490] "EPA.94b.tccb.df" #> [61491] "EPA.97.cadmium.111.df" #> [61492] "epareto" #> [61493] "epdfPlot" #> [61494] "epois" #> [61495] "epoisCensored" #> [61496] "eqbeta" #> [61497] "eqbinom" #> [61498] "eqevd" #> [61499] "eqgamma" #> [61500] "eqgeom" #> [61501] "eqgevd" #> [61502] "eqhyper" #> [61503] "eqlnorm" #> [61504] "eqlnorm3" #> [61505] "eqlnormCensored" #> [61506] "eqlogis" #> [61507] "eqnbinom" #> [61508] "eqnorm" #> [61509] "eqnormCensored" #> [61510] "eqnpar" #> [61511] "eqpareto" #> [61512] "eqpois" #> [61513] "equnif" #> [61514] "eqweibull" #> [61515] "eqzmlnorm" #> [61516] "eqzmnorm" #> [61517] "errorBar" #> [61518] "estimate.object" #> [61519] "estimateCensored.object" #> [61520] "EulersConstant" #> [61521] "eunif" #> [61522] "EVD" #> [61523] "evNormOrdStats" #> [61524] "eweibull" #> [61525] "ezmlnorm" #> [61526] "ezmnorm" #> [61527] "FcnsByCat" #> [61528] "FcnsByCatCalibration" #> [61529] "FcnsByCatCensoredData" #> [61530] "FcnsByCatDataTrans" #> [61531] "FcnsByCatEstDistParams" #> [61532] "FcnsByCatEstDistQuants" #> [61533] "FcnsByCatGOFTests" #> [61534] "FcnsByCatHypothTests" #> [61535] "FcnsByCatMCandRisk" #> [61536] "FcnsByCatPlotProbDists" #> [61537] "FcnsByCatPlotUsingggplot2" #> [61538] "FcnsByCatPower" #> [61539] "FcnsByCatPredInts" #> [61540] "FcnsByCatPrintPlot" #> [61541] "FcnsByCatProbDists" #> [61542] "FcnsByCatSumStats" #> [61543] "FcnsByCatTolInts" #> [61544] "FcnsByCatTrend" #> [61545] "GammaAlt" #> [61546] "geoMean" #> [61547] "geom_stripchart" #> [61548] "geoSD" #> [61549] "GEVD" #> [61550] "Gibbons.et.al.09.Alkilinity.vec" #> [61551] "Gibbons.et.al.09.Vinyl.Chloride.vec" #> [61552] "gof.object" #> [61553] "gofCensored.object" #> [61554] "gofGroup.object" #> [61555] "gofGroupTest" #> [61556] "gofOutlier.object" #> [61557] "gofTest" #> [61558] "gofTestCensored" #> [61559] "gofTwoSample.object" #> [61560] "gpqCiNormCensored" #> [61561] "gpqTolIntNormCensored" #> [61562] "Graham.et.al.75.etu.df" #> [61563] "Grice.Bain.80.mat" #> [61564] "Helsel.Cohn.88.app.b.df" #> [61565] "Helsel.Cohn.88.silver.df" #> [61566] "Helsel.Hirsch.02.Mayfly.df" #> [61567] "HoskingEtAl1985" #> [61568] "htest.object" #> [61569] "htestCensored.object" #> [61570] "inversePredictCalibrate" #> [61571] "iqr" #> [61572] "kendallSeasonalTrendTest" #> [61573] "kendallTrendTest" #> [61574] "Lin.Evans.80.df" #> [61575] "linearTrendTestN" #> [61576] "linearTrendTestPower" #> [61577] "linearTrendTestScaledMds" #> [61578] "lMoment" #> [61579] "Lognormal3" #> [61580] "LognormalAlt" #> [61581] "LognormalMix" #> [61582] "LognormalMixAlt" #> [61583] "LognormalTrunc" #> [61584] "LognormalTruncAlt" #> [61585] "longToWide" #> [61586] "Millard.Deverel.88.df" #> [61587] "Modified.TcCB.df" #> [61588] "newsEnvStats" #> [61589] "NIOSH.89.air.lead.vec" #> [61590] "NormalMix" #> [61591] "NormalTrunc" #> [61592] "Olympic.NH4.df" #> [61593] "oneSamplePermutationTest" #> [61594] "Ozone.NE.df" #> [61595] "pdfPlot" #> [61596] "permutationTest.object" #> [61597] "plot.boxcox" #> [61598] "plot.boxcoxCensored" #> [61599] "plot.boxcoxLm" #> [61600] "plot.gof" #> [61601] "plot.gofCensored" #> [61602] "plot.gofGroup" #> [61603] "plot.gofTwoSample" #> [61604] "plot.permutationTest" #> [61605] "plotAovDesign" #> [61606] "plotCiBinomDesign" #> [61607] "plotCiNormDesign" #> [61608] "plotCiNparDesign" #> [61609] "plotLinearTrendTestDesign" #> [61610] "plotPredIntLnormAltSimultaneousTestPowerCurve" #> [61611] "plotPredIntLnormAltTestPowerCurve" #> [61612] "plotPredIntNormDesign" #> [61613] "plotPredIntNormSimultaneousTestPowerCurve" #> [61614] "plotPredIntNormTestPowerCurve" #> [61615] "plotPredIntNparDesign" #> [61616] "plotPredIntNparSimultaneousDesign" #> [61617] "plotPredIntNparSimultaneousTestPowerCurve" #> [61618] "plotPropTestDesign" #> [61619] "plotTolIntNormDesign" #> [61620] "plotTolIntNparDesign" #> [61621] "plotTTestDesign" #> [61622] "plotTTestLnormAltDesign" #> [61623] "pointwise" #> [61624] "ppointsCensored" #> [61625] "predict.lm" #> [61626] "predIntGamma" #> [61627] "predIntGammaSimultaneous" #> [61628] "predIntLnorm" #> [61629] "predIntLnormAltSimultaneousTestPower" #> [61630] "predIntLnormAltTestPower" #> [61631] "predIntLnormSimultaneous" #> [61632] "predIntNorm" #> [61633] "predIntNormHalfWidth" #> [61634] "predIntNormK" #> [61635] "predIntNormN" #> [61636] "predIntNormSimultaneous" #> [61637] "predIntNormSimultaneousK" #> [61638] "predIntNormSimultaneousTestPower" #> [61639] "predIntNormTestPower" #> [61640] "predIntNpar" #> [61641] "predIntNparConfLevel" #> [61642] "predIntNparN" #> [61643] "predIntNparSimultaneous" #> [61644] "predIntNparSimultaneousConfLevel" #> [61645] "predIntNparSimultaneousN" #> [61646] "predIntNparSimultaneousTestPower" #> [61647] "predIntPois" #> [61648] "print.boxcox" #> [61649] "print.boxcoxCensored" #> [61650] "print.boxcoxLm" #> [61651] "print.distChoose" #> [61652] "print.distChooseCensored" #> [61653] "print.estimate" #> [61654] "print.estimateCensored" #> [61655] "print.gof" #> [61656] "print.gofCensored" #> [61657] "print.gofGroup" #> [61658] "print.gofOutlier" #> [61659] "print.gofTwoSample" #> [61660] "print.htest" #> [61661] "print.htestCensored" #> [61662] "print.permutationTest" #> [61663] "print.summaryStats" #> [61664] "propTestMdd" #> [61665] "propTestN" #> [61666] "propTestPower" #> [61667] "ProUCL.Crit.Vals.for.AD.Test.for.Gamma.array" #> [61668] "ProUCL.Crit.Vals.for.KS.Test.for.Gamma.array" #> [61669] "pwMoment" #> [61670] "qqPlotCensored" #> [61671] "qqPlotGestalt" #> [61672] "quantileTestPValue" #> [61673] "Refinery.CO.df" #> [61674] "rosnerTest" #> [61675] "serialCorrelationTest" #> [61676] "simulateMvMatrix" #> [61677] "simulateVector" #> [61678] "Skagit.NH3_N.df" #> [61679] "stat_mean_sd_text" #> [61680] "stat_median_iqr_text" #> [61681] "stat_n_text" #> [61682] "stat_test_text" #> [61683] "stripChart" #> [61684] "summaryFull" #> [61685] "summaryStats" #> [61686] "summaryStats.object" #> [61687] "tolIntGamma" #> [61688] "tolIntLnorm" #> [61689] "tolIntLnormCensored" #> [61690] "tolIntNorm" #> [61691] "tolIntNormCensored" #> [61692] "tolIntNormHalfWidth" #> [61693] "tolIntNormK" #> [61694] "tolIntNormN" #> [61695] "tolIntNpar" #> [61696] "tolIntNparConfLevel" #> [61697] "tolIntNparCoverage" #> [61698] "tolIntNparN" #> [61699] "tolIntPois" #> [61700] "Total.P.df" #> [61701] "Triangular" #> [61702] "tTestAlpha" #> [61703] "tTestLnormAltN" #> [61704] "tTestLnormAltPower" #> [61705] "tTestLnormAltRatioOfMeans" #> [61706] "tTestN" #> [61707] "tTestPower" #> [61708] "tTestScaledMdd" #> [61709] "twoSampleLinearRankTest" #> [61710] "twoSampleLinearRankTestCensored" #> [61711] "twoSamplePermutationTestLocation" #> [61712] "twoSamplePermutationTestProportion" #> [61713] "varGroupTest" #> [61714] "varTest" #> [61715] "ZeroModifiedLognormal" #> [61716] "ZeroModifiedLognormalAlt" #> [61717] "ZeroModifiedNormal" #> [61718] "zTestGevdShape" #> [61719] "epade-package" #> [61720] "bar.plot.ade" #> [61721] "bar.plot.wtd" #> [61722] "bar3d.ade" #> [61723] "bland.altman.ade" #> [61724] "box.plot.ade" #> [61725] "box.plot.wtd" #> [61726] "correlogram.ade" #> [61727] "curves.ade" #> [61728] "format_n.ade" #> [61729] "format_p.ade" #> [61730] "histogram.ade" #> [61731] "KM.plot.ade" #> [61732] "kurtosis.ade" #> [61733] "missiogram.ade" #> [61734] "parallel.ade" #> [61735] "parallel.set.ade" #> [61736] "performance.plot.ade" #> [61737] "qq.ade" #> [61738] "ratio.plot.ade" #> [61739] "roc.plot.ade" #> [61740] "round_n.ade" #> [61741] "scatter.ade" #> [61742] "skewness.ade" #> [61743] "tornado.ade" #> [61744] "wall.ade" #> [61745] "cepan" #> [61746] "depan" #> [61747] "evepan" #> [61748] "pepan" #> [61749] "qepan" #> [61750] "repan" #> [61751] "Maurizio" #> [61752] "Cingi" #> [61753] "Bryant" #> [61754] "McDonnell" #> [61755] "IBM" #> [61756] "Corp." #> [61757] "Water" #> [61758] "Analytics" #> [61759] "Eck" #> [61760] "2018-07-27" #> [61761] "15:00:02" #> [61762] "ENclose" #> [61763] "ENcloseH" #> [61764] "ENcloseQ" #> [61765] "ENepanet" #> [61766] "ENgetcontrol" #> [61767] "ENgetcoord" #> [61768] "ENgetcount" #> [61769] "ENgetflowunits" #> [61770] "ENgetlinkid" #> [61771] "ENgetlinkindex" #> [61772] "ENgetlinknodes" #> [61773] "ENgetlinktype" #> [61774] "ENgetlinkvalue" #> [61775] "ENgetnodeid" #> [61776] "ENgetnodeindex" #> [61777] "ENgetnodetype" #> [61778] "ENgetnodevalue" #> [61779] "ENgetoption" #> [61780] "ENgetpatternid" #> [61781] "ENgetpatternindex" #> [61782] "ENgetpatternlen" #> [61783] "ENgetpatternvalue" #> [61784] "ENgetqualinfo" #> [61785] "ENgetqualtype" #> [61786] "ENgettimeparam" #> [61787] "ENgetversion" #> [61788] "ENinitH" #> [61789] "ENinitQ" #> [61790] "ENnextH" #> [61791] "ENnextQ" #> [61792] "ENopen" #> [61793] "ENopenH" #> [61794] "ENopenQ" #> [61795] "ENreport" #> [61796] "ENrunH" #> [61797] "ENrunQ" #> [61798] "ENsaveH" #> [61799] "ENsaveinpfile" #> [61800] "ENsetcontrol" #> [61801] "ENsetcoord" #> [61802] "ENsetlinkvalue" #> [61803] "ENsetnodevalue" #> [61804] "ENsetoption" #> [61805] "ENsetpattern" #> [61806] "ENsetpatternvalue" #> [61807] "ENsetqualtype" #> [61808] "ENsettimeparam" #> [61809] "ENsolveH" #> [61810] "ENsolveQ" #> [61811] "ENstepQ" #> [61812] "epanet2toolkit" #> [61813] "getOpenflag" #> [61814] "getOpenHflag" #> [61815] "binBreaker" #> [61816] "epanetDefaultOptions" #> [61817] "epanetReader" #> [61818] "expandedLinkTable" #> [61819] "is.epanet.inp" #> [61820] "is.epanet.rpt" #> [61821] "is.epanetmsx.rpt" #> [61822] "is.expandedLinkTable" #> [61823] "is.sparkline" #> [61824] "is.sparklineTable" #> [61825] "Net1" #> [61826] "Net1rpt" #> [61827] "plot.epanet.inp" #> [61828] "plot.epanet.rpt" #> [61829] "plot.epanetmsx.rpt" #> [61830] "plot.expandedLinkTable" #> [61831] "plot.sparkline" #> [61832] "plot.sparklineTable" #> [61833] "plotElementsLegend" #> [61834] "plotInpLinks" #> [61835] "plotInpNodes" #> [61836] "plotSparklineTable" #> [61837] "print.summary.epanet.rpt" #> [61838] "print.summary.epanetmsx.rpt" #> [61839] "read.inp" #> [61840] "read.msxrpt" #> [61841] "read.rpt" #> [61842] "read_lines_wrapper" #> [61843] "sparkline" #> [61844] "sparklineTable" #> [61845] "summary.epanet.inp" #> [61846] "summary.epanet.rpt" #> [61847] "summary.epanetmsx.rpt" #> [61848] "write.inp" #> [61849] "bootstrapRegCoefs" #> [61850] "conforminput" #> [61851] "cv.alpha" #> [61852] "cv.grid" #> [61853] "ePCR" #> [61854] "heatcv" #> [61855] "integrateRegCurve" #> [61856] "interact.all" #> [61857] "interact.part" #> [61858] "meanrank" #> [61859] "NelsonAalen" #> [61860] "normriskrank" #> [61861] "PEP-class" #> [61862] "PEP-methods" #> [61863] "PSP-class" #> [61864] "PSP-methods" #> [61865] "score.cindex" #> [61866] "score.iAUC" #> [61867] "TimeSurvProb" #> [61868] "TYKS" #> [61869] "TYKSSIMU" #> [61870] "TYKS_reduced" #> [61871] "zt" #> [61872] "addCov.Lexis" #> [61873] "apc.fit" #> [61874] "apc.frame" #> [61875] "apc.LCa" #> [61876] "apc.lines" #> [61877] "B.dk" #> [61878] "bdendo" #> [61879] "bdendo11" #> [61880] "blcaIT" #> [61881] "bootLexis" #> [61882] "boxes.MS" #> [61883] "BrCa" #> [61884] "cal.yr" #> [61885] "cbind.Lexis" #> [61886] "ccwc" #> [61887] "ci.cum" #> [61888] "ci.lin" #> [61889] "ci.pd" #> [61890] "clogistic" #> [61891] "contr.cum" #> [61892] "crr.Lexis" #> [61893] "cutLexis" #> [61894] "DMconv" #> [61895] "DMepi" #> [61896] "DMlate" #> [61897] "effx" #> [61898] "effx.match" #> [61899] "entry.Lexis" #> [61900] "Epi" #> [61901] "erl" #> [61902] "ewrates" #> [61903] "expand.data" #> [61904] "fit.add" #> [61905] "fit.baseline" #> [61906] "fit.mult" #> [61907] "float" #> [61908] "foreign.Lexis" #> [61909] "ftrend" #> [61910] "gen.exp" #> [61911] "gmortDK" #> [61912] "hivDK" #> [61913] "Icens" #> [61914] "in.span" #> [61915] "LCa.fit" #> [61916] "lep" #> [61917] "Lexis" #> [61918] "Lexis.diagram" #> [61919] "lgrep" #> [61920] "Life.lines" #> [61921] "lls" #> [61922] "lungDK" #> [61923] "M.dk" #> [61924] "matshade" #> [61925] "mcutLexis" #> [61926] "merge.Lexis" #> [61927] "mod.Lexis" #> [61928] "mortDK" #> [61929] "N.dk" #> [61930] "N2Y" #> [61931] "NArray" #> [61932] "ncut" #> [61933] "nickel" #> [61934] "Ns" #> [61935] "occup" #> [61936] "pc.lines" #> [61937] "pctab" #> [61938] "plot.Lexis" #> [61939] "plotCIF" #> [61940] "plotEst" #> [61941] "plotevent" #> [61942] "poisreg" #> [61943] "pr" #> [61944] "projection.ip" #> [61945] "rateplot" #> [61946] "Relevel" #> [61947] "rm.tr" #> [61948] "S.typh" #> [61949] "simLexis" #> [61950] "splitLexis" #> [61951] "stack.Lexis" #> [61952] "stat.table" #> [61953] "stattable.funs" #> [61954] "subset.Lexis" #> [61955] "summary.Lexis" #> [61956] "Termplot" #> [61957] "testisDK" #> [61958] "thoro" #> [61959] "timeBand" #> [61960] "timeScales" #> [61961] "transform.Lexis" #> [61962] "twoby2" #> [61963] "Y.dk" #> [61964] "corXY" #> [61965] "diffDetect" #> [61966] "epi2x2" #> [61967] "epiKappa" #> [61968] "epiTTest" #> [61969] "mcNemar" #> [61970] "sensSpec" #> [61971] "univar" #> [61972] "as.igraph.epicontacts" #> [61973] "codeawesome" #> [61974] "get_clusters" #> [61975] "get_degree" #> [61976] "get_pairwise" #> [61977] "graph3D" #> [61978] "make_epicontacts" #> [61979] "plot.epicontacts" #> [61980] "print.epicontacts" #> [61981] "print.summary_epicontacts" #> [61982] "subset.epicontacts" #> [61983] "subset_clusters_by_id" #> [61984] "subset_clusters_by_size" #> [61985] "summary.epicontacts" #> [61986] "transp" #> [61987] "vis_epicontacts" #> [61988] "[.epicontacts" #> [61989] "EpiContactTrace-package" #> [61990] "Contacts-class" #> [61991] "ContactTrace-class" #> [61992] "InDegree" #> [61993] "IngoingContactChain" #> [61994] "NetworkStructure" #> [61995] "NetworkSummary" #> [61996] "OutDegree" #> [61997] "OutgoingContactChain" #> [61998] "ReportObject" #> [61999] "Trace" #> [62000] "transfers" #> [62001] "EpiCurve" #> [62002] "get_annual_wages_and_work_hours" #> [62003] "get_annual_wages_by_wage_group" #> [62004] "get_black_white_wage_gap" #> [62005] "get_college_wage_premium" #> [62006] "get_compensation_wages_and_benefits" #> [62007] "get_employment_to_population_ratio" #> [62008] "get_gender_wage_gap" #> [62009] "get_health_insurance_coverage" #> [62010] "get_hispanic_white_wage_gap" #> [62011] "get_labor_force_participation_rate" #> [62012] "get_long_term_unemployment" #> [62013] "get_median_and_mean_wages" #> [62014] "get_minimum_wage" #> [62015] "get_non_high_school_wage_penalty" #> [62016] "get_pension_coverage" #> [62017] "get_poverty_level_wages" #> [62018] "get_productivity_and_hourly_compensation" #> [62019] "get_underemployment" #> [62020] "get_unemployment" #> [62021] "get_unemployment_by_state" #> [62022] "get_union_coverage" #> [62023] "get_wages_by_education" #> [62024] "get_wages_by_percentile" #> [62025] "get_wage_decomposition" #> [62026] "get_wage_ratios" #> [62027] "Age" #> [62028] "marriage" #> [62029] "Air" #> [62030] "Pollution" #> [62031] "ANC" #> [62032] "Table" #> [62033] "Antenatal" #> [62034] "Attitudes" #> [62035] "Bangladesh" #> [62036] "Survey" #> [62037] "pressure" #> [62038] "Codebook" #> [62039] "cleaning" #> [62040] "DHF99" #> [62041] "Ectopic" #> [62042] "pregnancy" #> [62043] "Familydata" #> [62044] "Follow-up" #> [62045] "Hakimi’s" #> [62046] "Hookworm" #> [62047] "1993" #> [62048] "IUD" #> [62049] "admission" #> [62050] "discontinuation" #> [62051] "kap" #> [62052] "non-function" #> [62053] "lrtest" #> [62054] "Matched" #> [62055] "case-control" #> [62056] "study" #> [62057] "matchTab" #> [62058] "mhor" #> [62059] "Montana" #> [62060] "Oswego" #> [62061] "Outbreak" #> [62062] "investigation" #> [62063] "poisgof" #> [62064] "kap.ByCategory" #> [62065] "kap.table" #> [62066] "n.for.2means" #> [62067] "n.for.2p" #> [62068] "n.for.cluster.2means" #> [62069] "n.for.cluster.2p" #> [62070] "n.for.equi.2p" #> [62071] "n.for.lqas" #> [62072] "n.for.noninferior.2p" #> [62073] "n.for.survey" #> [62074] "power.for.2means" #> [62075] "power.for.2p" #> [62076] "statStack" #> [62077] "summ.data.frame" #> [62078] "summ.default" #> [62079] "pyramid" #> [62080] "Risk.display" #> [62081] "sampsize" #> [62082] "setTitle" #> [62083] "shapiro.qqnorm" #> [62084] "Sleepiness" #> [62085] "summ" #> [62086] "tab1" #> [62087] "tabpct" #> [62088] "Timing" #> [62089] "exercise" #> [62090] "titleString" #> [62091] "Tooth" #> [62092] "Voluntary" #> [62093] "counselling" #> [62094] "Xerophthalmia" #> [62095] "respiratory" #> [62096] "infection" #> [62097] "EpiDynamics-package" #> [62098] "MultiStrainPartialImmunity" #> [62099] "PlotMods" #> [62100] "SEIR" #> [62101] "SEIR4AgeClasses" #> [62102] "SEIRnStages" #> [62103] "sir2AgeClasses" #> [62104] "SIR2Stages" #> [62105] "SIR2TypesImports" #> [62106] "SIRAdditiveNoise" #> [62107] "SIRBirthDeath" #> [62108] "SIRCarrierState" #> [62109] "SIRDemogStoch" #> [62110] "SIRInducedMortality" #> [62111] "SIRInducedMortality2" #> [62112] "SIRPartialImmunity" #> [62113] "SIRScaledAdditiveNoise" #> [62114] "SIRSinusoidalBirth" #> [62115] "SIRSinusoidalForcing" #> [62116] "SIRTauLeap" #> [62117] "SIRTermTimeForcing" #> [62118] "SIRVector" #> [62119] "SIS" #> [62120] "SIS2RiskGroups" #> [62121] "SISDemogStoch" #> [62122] "SISinusoidalTransmBrith" #> [62123] "SISnRiskGroups" #> [62124] "SISPairwiseApprox" #> [62125] "EpiEstim-package" #> [62126] "DiscrSI" #> [62127] "EstimateR" #> [62128] "Flu1918" #> [62129] "Flu2009" #> [62130] "Measles1861" #> [62131] "OverallInfectivity" #> [62132] "SARS2003" #> [62133] "Smallpox1972" #> [62134] "WT" #> [62135] "add_coordinates" #> [62136] "as.SpatialLinesDataFrame" #> [62137] "epiflows" #> [62138] "estimate_risk_spread" #> [62139] "get_flows" #> [62140] "get_locations" #> [62141] "get_n" #> [62142] "get_pop_size" #> [62143] "global_vars" #> [62144] "grid_epiflows" #> [62145] "make_epiflows" #> [62146] "map_epiflows" #> [62147] "plot.epiflows" #> [62148] "print.epiflows" #> [62149] "vis_epiflows" #> [62150] "YF_Brazil" #> [62151] "[.epiflows" #> [62152] "BOOST" #> [62153] "cond_prob" #> [62154] "epiGWAS" #> [62155] "fast_HMM" #> [62156] "forward_sample" #> [62157] "gen_model" #> [62158] "maf" #> [62159] "merge_cluster" #> [62160] "modified_outcome" #> [62161] "normalized_outcome" #> [62162] "OWL" #> [62163] "propensity" #> [62164] "robust_outcome" #> [62165] "sample_SNP" #> [62166] "shifted_outcome" #> [62167] "sim_phenotype" #> [62168] "stabilityBIG" #> [62169] "stabilityGLM" #> [62170] "epiBR0" #> [62171] "epicurve" #> [62172] "epidata" #> [62173] "epidic" #> [62174] "epilike" #> [62175] "epimcmc" #> [62176] "epispatial" #> [62177] "tswv" #> [62178] "as.epidat" #> [62179] "contactnet" #> [62180] "datagen" #> [62181] "epictmcmc" #> [62182] "loglikelihoodepiILM" #> [62183] "NetworkData" #> [62184] "NetworkDataSINR" #> [62185] "plot.contactnet" #> [62186] "plot.datagen" #> [62187] "plot.epictmcmc" #> [62188] "print.epictmcmc" #> [62189] "SpatialData" #> [62190] "SpatialNetData" #> [62191] "summary.epictmcmc" #> [62192] "BarabasiAlbert" #> [62193] "black" #> [62194] "burnett" #> [62195] "ccs" #> [62196] "chainSIR" #> [62197] "cholera" #> [62198] "coyne" #> [62199] "dalziel" #> [62200] "ferrari" #> [62201] "filipendula" #> [62202] "fiv" #> [62203] "gillespie" #> [62204] "Icelandflu" #> [62205] "integrandpc" #> [62206] "litter" #> [62207] "llik.cb" #> [62208] "llik.pc" #> [62209] "magono" #> [62210] "May.app" #> [62211] "meas" #> [62212] "mossong" #> [62213] "NB" #> [62214] "NetworkSIR" #> [62215] "niamey" #> [62216] "niamey_daily" #> [62217] "orv.app" #> [62218] "pagiard" #> [62219] "paili" #> [62220] "palymes" #> [62221] "pameasle" #> [62222] "pertcop" #> [62223] "peru" #> [62224] "plot.cm" #> [62225] "plot.netSIR" #> [62226] "r0fun" #> [62227] "rabies" #> [62228] "retrospec" #> [62229] "ringlattice" #> [62230] "SEIR.app" #> [62231] "seirmod" #> [62232] "seirmod2" #> [62233] "SEIRS.app" #> [62234] "SH9" #> [62235] "silene2" #> [62236] "sim.cb" #> [62237] "SimTsir" #> [62238] "SimTsir2" #> [62239] "SIR.app" #> [62240] "siragemod" #> [62241] "sirmod" #> [62242] "sirwmod" #> [62243] "sivmod" #> [62244] "summary.cm" #> [62245] "summary.netSIR" #> [62246] "TSIR.app" #> [62247] "TSIRllyap" #> [62248] "TSIRlyap" #> [62249] "tydiphtheria" #> [62250] "tymeasles" #> [62251] "tyscarlet" #> [62252] "tywhooping" #> [62253] "usflu" #> [62254] "WattsStrogatz" #> [62255] "16:40:18" #> [62256] "EpiModel-package" #> [62257] "apportion_lr" #> [62258] "as.data.frame.dcm" #> [62259] "as.data.frame.icm" #> [62260] "as.data.frame.netdx" #> [62261] "as.network.transmat" #> [62262] "as.phylo.transmat" #> [62263] "calc_eql" #> [62264] "check_bip_degdist" #> [62265] "color_tea" #> [62266] "comp_plot" #> [62267] "control.dcm" #> [62268] "control.icm" #> [62269] "control.net" #> [62270] "dissolution_coefs" #> [62271] "edgelist_censor" #> [62272] "epiweb" #> [62273] "geom_bands" #> [62274] "get_args" #> [62275] "get_formula_term_attr" #> [62276] "get_nwstats" #> [62277] "get_sims" #> [62278] "icm" #> [62279] "init.dcm" #> [62280] "init.icm" #> [62281] "init.net" #> [62282] "InitErgmTerm.absdiffby" #> [62283] "InitErgmTerm.absdiffnodemix" #> [62284] "is.transmat" #> [62285] "merge.icm" #> [62286] "merge.netsim" #> [62287] "modules.icm" #> [62288] "modules.net" #> [62289] "mutate_epi" #> [62290] "netdx" #> [62291] "netest" #> [62292] "netsim" #> [62293] "param.dcm" #> [62294] "param.icm" #> [62295] "param.net" #> [62296] "plot.dcm" #> [62297] "plot.icm" #> [62298] "plot.netdx" #> [62299] "plot.netsim" #> [62300] "plot.transmat" #> [62301] "summary.dcm" #> [62302] "summary.icm" #> [62303] "summary.netsim" #> [62304] "truncate_sim" #> [62305] "update_dissolution" #> [62306] "BuildX" #> [62307] "epi2newick" #> [62308] "epinet" #> [62309] "Hagelloch" #> [62310] "MCMCcontrol" #> [62311] "plot.epidemic" #> [62312] "plot.epinet" #> [62313] "print.epidemic" #> [62314] "print.epinet" #> [62315] "priorcontrol" #> [62316] "SEIR.simulator" #> [62317] "SimulateDyadicLinearERGM" #> [62318] "summary.epidemic" #> [62319] "summary.epinet" #> [62320] "write.epinet" #> [62321] "Gigot" #> [62322] "2018-05-24" #> [62323] "13:37:06" #> [62324] "a2a" #> [62325] "agg_index" #> [62326] "aphids" #> [62327] "arthropods" #> [62328] "as.data.frame.intensity" #> [62329] "BetaBinomial" #> [62330] "calpha.test" #> [62331] "citrus_ctv" #> [62332] "clump" #> [62333] "codling_moths" #> [62334] "dogwood_anthracnose" #> [62335] "fit_two_distr" #> [62336] "hop_viruses" #> [62337] "is.intensity" #> [62338] "mapcomp" #> [62339] "mapped_var" #> [62340] "offspring_survival" #> [62341] "onion_bacterial_blight" #> [62342] "power_law" #> [62343] "pyrethrum_ray_blight" #> [62344] "sadie" #> [62345] "simulated_epidemics" #> [62346] "spatial_hier" #> [62347] "split.intensity" #> [62348] "tobacco_viruses" #> [62349] "tomato_tswv" #> [62350] "epi.2by2" #> [62351] "epi.about" #> [62352] "epi.asc" #> [62353] "epi.betabuster" #> [62354] "epi.bohning" #> [62355] "epi.ccc" #> [62356] "epi.ccsize" #> [62357] "epi.cluster1size" #> [62358] "epi.cluster2size" #> [62359] "epi.clustersize" #> [62360] "epi.cohortsize" #> [62361] "epi.conf" #> [62362] "epi.convgrid" #> [62363] "epi.cp" #> [62364] "epi.cpresids" #> [62365] "epi.descriptives" #> [62366] "epi.detectsize" #> [62367] "epi.dgamma" #> [62368] "epi.directadj" #> [62369] "epi.dms" #> [62370] "epi.dsl" #> [62371] "epi.edr" #> [62372] "epi.empbayes" #> [62373] "epi.epidural" #> [62374] "epi.equivb" #> [62375] "epi.equivc" #> [62376] "epi.herdtest" #> [62377] "epi.incin" #> [62378] "epi.indirectadj" #> [62379] "epi.insthaz" #> [62380] "epi.interaction" #> [62381] "epi.iv" #> [62382] "epi.kappa" #> [62383] "epi.ltd" #> [62384] "epi.meansize" #> [62385] "epi.mh" #> [62386] "epi.nomogram" #> [62387] "epi.noninfb" #> [62388] "epi.noninfc" #> [62389] "epi.occc" #> [62390] "epi.offset" #> [62391] "epi.pooled" #> [62392] "epi.popsize" #> [62393] "epi.prcc" #> [62394] "epi.prev" #> [62395] "epi.propsize" #> [62396] "epi.RtoBUGS" #> [62397] "epi.SClip" #> [62398] "epi.simplesize" #> [62399] "epi.smd" #> [62400] "epi.stratasize" #> [62401] "epi.supb" #> [62402] "epi.supc" #> [62403] "epi.survivalsize" #> [62404] "epi.tests" #> [62405] "AERparams" #> [62406] "cleanECDCTable" #> [62407] "cleanMeasureCode" #> [62408] "filterDisease" #> [62409] "getAER" #> [62410] "getAgeGender" #> [62411] "getMap" #> [62412] "getSeason" #> [62413] "getTableByMS" #> [62414] "getTemplate" #> [62415] "getTrend" #> [62416] "includeMap" #> [62417] "MSCode" #> [62418] "orderQuasinum" #> [62419] "plotAge" #> [62420] "plotAgeGender" #> [62421] "plotSeasonality" #> [62422] "plotTS12MAvg" #> [62423] "previewMap" #> [62424] "SALM2016" #> [62425] "shapeECDCFlexTable" #> [62426] "toCapTitle" #> [62427] "checkchunksize" #> [62428] "epiblaster1geno" #> [62429] "epiblaster2genos" #> [62430] "epiHSIC" #> [62431] "epiHSIC1geno" #> [62432] "epiHSIC2genos" #> [62433] "episcan" #> [62434] "getcor" #> [62435] "ithChunk" #> [62436] "WriteSnpPairs" #> [62437] "WriteSnpPairs_sym" #> [62438] "ZtoP" #> [62439] "episensr-package" #> [62440] "boot.bias" #> [62441] "confounders" #> [62442] "confounders.array" #> [62443] "confounders.emm" #> [62444] "confounders.evalue" #> [62445] "confounders.ext" #> [62446] "confounders.limit" #> [62447] "confounders.poly" #> [62448] "mbias" #> [62449] "misclassification" #> [62450] "misclassification_cov" #> [62451] "multidimBias" #> [62452] "multiple.bias" #> [62453] "plot.episensr.booted" #> [62454] "plot.mbias" #> [62455] "print.episensr" #> [62456] "print.episensr.booted" #> [62457] "print.mbias" #> [62458] "probsens" #> [62459] "probsens.conf" #> [62460] "probsens.irr" #> [62461] "probsens.irr.conf" #> [62462] "probsens.sel" #> [62463] "pvalueplot" #> [62464] "risk" #> [62465] "stratified_risk" #> [62466] "tolbutamide" #> [62467] "aggAtlasExport" #> [62468] "AlgoParam" #> [62469] "algoSD" #> [62470] "cleanAtlasExport" #> [62471] "filterAtlasExport" #> [62472] "importAtlasExport" #> [62473] "plotSD" #> [62474] "runEpiSDApp" #> [62475] "runEpiSDReport" #> [62476] "SignalData" #> [62477] "stsSD" #> [62478] "studyPeriod" #> [62479] "aim" #> [62480] "episode" #> [62481] "field" #> [62482] "mak" #> [62483] "numint" #> [62484] "numsolve" #> [62485] "opt" #> [62486] "plk" #> [62487] "print.mak" #> [62488] "print.ode" #> [62489] "print.plk" #> [62490] "print.ratmak" #> [62491] "print.reg" #> [62492] "print.rlk" #> [62493] "print.solver" #> [62494] "ratmak" #> [62495] "rlk" #> [62496] "rodeo" #> [62497] "rodeo.aim" #> [62498] "rodeo.ode" #> [62499] "expepi" #> [62500] "plot.episplineDensity" #> [62501] "postproc.control" #> [62502] "preprocess.data" #> [62503] "print.episplineDensity" #> [62504] "setup.optargs" #> [62505] "setup.softinfo" #> [62506] "epistasis-package" #> [62507] "B73Ki11" #> [62508] "cutoffs" #> [62509] "CviCol" #> [62510] "episelect" #> [62511] "episim" #> [62512] "epistasis" #> [62513] "lower.upper" #> [62514] "plot.epi" #> [62515] "plot.episelect" #> [62516] "plot.episim" #> [62517] "print.epi" #> [62518] "print.episim" #> [62519] "R.approx" #> [62520] "R.gibbs" #> [62521] "CCInter" #> [62522] "CCTable" #> [62523] "CS" #> [62524] "CSInter" #> [62525] "CSTable" #> [62526] "orderFactors" #> [62527] "Tiramisu" #> [62528] "esdc" #> [62529] "contingency_table" #> [62530] "hazard_ratio" #> [62531] "neat_table" #> [62532] "print.contintab" #> [62533] "summary_mean" #> [62534] "summary_median" #> [62535] "ageadjust.direct" #> [62536] "ageadjust.indirect" #> [62537] "as.hour" #> [62538] "as.month" #> [62539] "as.week" #> [62540] "binom.conf.int" #> [62541] "colorbrewer" #> [62542] "colors.plot" #> [62543] "epidate" #> [62544] "epitab" #> [62545] "epitable" #> [62546] "expand.table" #> [62547] "julian2date" #> [62548] "kapmeier" #> [62549] "or.midp" #> [62550] "ormidp.test" #> [62551] "oswego" #> [62552] "pois.conf.int" #> [62553] "probratio" #> [62554] "rate2by2.test" #> [62555] "rateratio" #> [62556] "ratetable" #> [62557] "riskratio" #> [62558] "tab2by2.test" #> [62559] "table.margins" #> [62560] "wcgs" #> [62561] "wnv" #> [62562] "clean_labels" #> [62563] "fit_disc_gamma" #> [62564] "gamma_shapescale2mucv" #> [62565] "hash_names" #> [62566] "r2R0" #> [62567] "Eplot-package" #> [62568] "FCIplot" #> [62569] "lagmat" #> [62570] "linpred" #> [62571] "mplott" #> [62572] "tsideplot" #> [62573] "eplusr-package" #> [62574] "clean_wd" #> [62575] "download_weather" #> [62576] "EplusJob" #> [62577] "eplusr_option" #> [62578] "EplusSql" #> [62579] "eplus_job" #> [62580] "eplus_sql" #> [62581] "Epw" #> [62582] "Idd" #> [62583] "IddObject" #> [62584] "Idf" #> [62585] "IdfObject" #> [62586] "install_eplus" #> [62587] "ParametricJob" #> [62588] "param_job" #> [62589] "read_epw" #> [62590] "read_idf" #> [62591] "run_idf" #> [62592] "use_eplus" #> [62593] "use_idd" #> [62594] "eply-package" #> [62595] "eply" #> [62596] "evals" #> [62597] "example.expr" #> [62598] "example.fun" #> [62599] "example.with" #> [62600] "help_eply" #> [62601] "quotes" #> [62602] "unquote" #> [62603] "EPoC" #> [62604] "epoc.bootstrap" #> [62605] "epoc.survival" #> [62606] "epoc.validation" #> [62607] "modelselPlot" #> [62608] "plapply" #> [62609] "plot.EPoC.validation" #> [62610] "calcCosine" #> [62611] "calcDice" #> [62612] "calcJaccard" #> [62613] "createBaseTable" #> [62614] "createDashVectorForATC" #> [62615] "createJaccardPlotDBMeSH" #> [62616] "createJaccardPlotMeSHFive" #> [62617] "createNeuroTable" #> [62618] "createTanimotoBaseline" #> [62619] "doFullPlot" #> [62620] "filterApprovedDrugs" #> [62621] "filterNeuroDrugs" #> [62622] "genDictListFromRawFreq" #> [62623] "rawDrugBankCoOcEPILONT" #> [62624] "rawDrugBankCoOcEpSO" #> [62625] "rawDrugBankCoOcESSO" #> [62626] "readAtcMapIntoHashMapAtcCodesAtcNames" #> [62627] "readAtcMapIntoHashMapDrugNamesAtcCodes" #> [62628] "readSecondLevelATC" #> [62629] "epr-package" #> [62630] "pr1" #> [62631] "pr2" #> [62632] "count_words" #> [62633] "epub" #> [62634] "epubr" #> [62635] "epub_cat" #> [62636] "epub_head" #> [62637] "epub_recombine" #> [62638] "epub_reorder" #> [62639] "epub_sift" #> [62640] "abstract" #> [62641] "read.epx" #> [62642] "EQL-package" #> [62643] "approximation" #> [62644] "cumulants" #> [62645] "edgeworth" #> [62646] "hermite" #> [62647] "saddlepoint" #> [62648] "varianceFamily" #> [62649] "eqs2lavaan-package" #> [62650] "eqs2lavaan" #> [62651] "eqsCorr" #> [62652] "eqsCov" #> [62653] "eqsDesc" #> [62654] "out2lavaan" #> [62655] "plotCov" #> [62656] "introduction" #> [62657] "ATH.coord" #> [62658] "BSpgmap" #> [62659] "calc.adef" #> [62660] "calc.Rsq" #> [62661] "cim.peak" #> [62662] "classify.qtl" #> [62663] "cleanphe" #> [62664] "cover.peak" #> [62665] "define.peak" #> [62666] "drop.peakfeat" #> [62667] "eqtlversion" #> [62668] "genoplot" #> [62669] "gpt" #> [62670] "Importing" #> [62671] "localize.qtl" #> [62672] "map.peak" #> [62673] "mnames.map" #> [62674] "peak.2.array" #> [62675] "peaksummary" #> [62676] "plotRsq" #> [62677] "pseudo.map" #> [62678] "Rsq.2.array" #> [62679] "seed10" #> [62680] "wash.covar" #> [62681] "equalCovs" #> [62682] "Equalden.HD-package" #> [62683] "Equalden.test.HD" #> [62684] "Hedenfalk" #> [62685] "eqMI.bootstrap" #> [62686] "eqMI.covtest" #> [62687] "eqMI.main" #> [62688] "eqMI.ncp" #> [62689] "eqMI.projection" #> [62690] "eqMI.RMSEA" #> [62691] "eqMI.semtest" #> [62692] "HolzingerSwineford" #> [62693] "printInvarianceResult" #> [62694] "equate-package" #> [62695] "ACTmath" #> [62696] "equate" #> [62697] "freqtab" #> [62698] "KBneat" #> [62699] "PISA" #> [62700] "plot.bootstrap" #> [62701] "plot.equate" #> [62702] "plot.freqtab" #> [62703] "presmoothing" #> [62704] "px" #> [62705] "summary.freqtab" #> [62706] "equateIRT-package" #> [62707] "alldirec" #> [62708] "bisectorec" #> [62709] "chainec" #> [62710] "data2pl" #> [62711] "dataDIF" #> [62712] "dif.test" #> [62713] "direc" #> [62714] "eqc" #> [62715] "est2pl" #> [62716] "est3pl" #> [62717] "estrasch" #> [62718] "import.ltm" #> [62719] "itm" #> [62720] "linkp" #> [62721] "modIRT" #> [62722] "summary.ceqc" #> [62723] "summary.ceqclist" #> [62724] "summary.eqc" #> [62725] "summary.eqclist" #> [62726] "summary.meqc" #> [62727] "EquateMultiple-package" #> [62728] "eqc.mlteqc" #> [62729] "itm.mlteqc" #> [62730] "multiec" #> [62731] "score.mlteqc" #> [62732] "summary.mlteqc" #> [62733] "equiv.boot" #> [62734] "equiv.p" #> [62735] "equivalence" #> [62736] "equivalence-deprecated" #> [62737] "equivalence.xyplot" #> [62738] "pref.4PG" #> [62739] "pref.LAI" #> [62740] "print.tost" #> [62741] "ptte.data" #> [62742] "ptte.stat" #> [62743] "rtost" #> [62744] "tost" #> [62745] "tost.stat" #> [62746] "createEquivTestSmpl" #> [62747] "dfSatterthwaite" #> [62748] "equivalenceTest" #> [62749] "equivTestFixedMargin" #> [62750] "equivTestFixedMarginCombPlot" #> [62751] "equivTestMWCMLE" #> [62752] "equivTestPlot" #> [62753] "histWNormDensity" #> [62754] "RMLE_equivTest" #> [62755] "scatterPlotEquivTestData" #> [62756] "summarizeSample" #> [62757] "EQUIVNONINF-package" #> [62758] "bi1st" #> [62759] "bi2aeq1" #> [62760] "bi2aeq2" #> [62761] "bi2aeq3" #> [62762] "bi2by_ni_del" #> [62763] "bi2by_ni_OR" #> [62764] "bi2diffac" #> [62765] "bi2dipow" #> [62766] "bi2rlv1" #> [62767] "bi2rlv2" #> [62768] "bi2st" #> [62769] "bi2ste1" #> [62770] "bi2ste2" #> [62771] "bi2ste3" #> [62772] "bi2wld_ni_del" #> [62773] "cf_reh_exact" #> [62774] "cf_reh_midp" #> [62775] "exp1st" #> [62776] "fstretch" #> [62777] "gofhwex" #> [62778] "gofhwex_1s" #> [62779] "gofind_t" #> [62780] "gofsimpt" #> [62781] "mawi" #> [62782] "mcnasc_ni" #> [62783] "mcnby_ni" #> [62784] "mcnby_ni_pp" #> [62785] "mcnemasc" #> [62786] "mcnempow" #> [62787] "mwtie_fr" #> [62788] "mwtie_xy" #> [62789] "postmys" #> [62790] "powsign" #> [62791] "pow_abe" #> [62792] "po_pbibe" #> [62793] "sgnrk" #> [62794] "srktie_d" #> [62795] "srktie_m" #> [62796] "tt1st" #> [62797] "tt2st" #> [62798] "equiv.test" #> [62799] "equSA-package" #> [62800] "combineR" #> [62801] "Cont2Gaus" #> [62802] "ContSim" #> [62803] "ContTran" #> [62804] "DAGsim" #> [62805] "diffR" #> [62806] "equSAR" #> [62807] "JGGM" #> [62808] "mixed3000" #> [62809] "pcorselR" #> [62810] "plotJGraph" #> [62811] "psical" #> [62812] "p_learning" #> [62813] "simtoequiv" #> [62814] "solcov" #> [62815] "SR0" #> [62816] "SR0_mat" #> [62817] "TR0" #> [62818] "TR0_mat" #> [62819] "alignComp" #> [62820] "alignList" #> [62821] "compInfo" #> [62822] "computeRIerror" #> [62823] "createdt" #> [62824] "dataList" #> [62825] "deconvolveComp" #> [62826] "eRah_DB-class" #> [62827] "expClasses" #> [62828] "export2CEF" #> [62829] "export2MSP" #> [62830] "findComp" #> [62831] "identifyComp" #> [62832] "idList" #> [62833] "importGMD" #> [62834] "importMSP" #> [62835] "MetaboSet-class" #> [62836] "metaData" #> [62837] "mslib" #> [62838] "newExp" #> [62839] "phenoData" #> [62840] "plotAlign" #> [62841] "plotChr" #> [62842] "plotProfile" #> [62843] "RawDataParameters-class" #> [62844] "recMissComp" #> [62845] "sampleInfo" #> [62846] "setAlPar" #> [62847] "setDecPar" #> [62848] "show.MetaboSet" #> [62849] "erboost" #> [62850] "erboost.object" #> [62851] "erboost.perf" #> [62852] "plot.erboost" #> [62853] "predict.erboost" #> [62854] "relative.influence" #> [62855] "summary.erboost" #> [62856] "ercv-package" #> [62857] "bilbao" #> [62858] "ccdfplot" #> [62859] "cievi" #> [62860] "cvevi" #> [62861] "cvplot" #> [62862] "d1" #> [62863] "d2" #> [62864] "d3" #> [62865] "d4" #> [62866] "EURUSD" #> [62867] "evicv" #> [62868] "fitpot" #> [62869] "ppot" #> [62870] "qpot" #> [62871] "tdata" #> [62872] "thrselect" #> [62873] "erer-package" #> [62874] "aiData" #> [62875] "aiDiag" #> [62876] "aiDynFit" #> [62877] "aiElas" #> [62878] "aiStaFit" #> [62879] "aiStaHau" #> [62880] "bsFormu" #> [62881] "bsLag" #> [62882] "bsStat" #> [62883] "bsTab" #> [62884] "daBed" #> [62885] "daBedRaw" #> [62886] "daEsa" #> [62887] "daExp" #> [62888] "daIns" #> [62889] "daInsNam" #> [62890] "daLaw" #> [62891] "daPe" #> [62892] "daRoll" #> [62893] "download.lib" #> [62894] "evReturn" #> [62895] "evRisk" #> [62896] "listn" #> [62897] "lss" #> [62898] "maBina" #> [62899] "maTrend" #> [62900] "ocME" #> [62901] "ocProb" #> [62902] "summary.aiFit" #> [62903] "systemfitAR" #> [62904] "ur.df2" #> [62905] "write.list" #> [62906] "'control.san.R'" #> [62907] "'control.simulate.R'" #> [62908] "'ergm.CD.fixed.R'" #> [62909] "'ergm.Cprepare.R'" #> [62910] "'ergm.MCMCse.lognormal.R'" #> [62911] "'ergm.MCMLE.R'" #> [62912] "'ergm.allstats.R'" #> [62913] "'ergm.bounddeg.R'" #> [62914] "'ergm.check.R'" #> [62915] "'ergm.curved.statsmatrix.R'" #> [62916] "'ergm.degeneracy.R'" #> [62917] "'ergm.errors.R'" #> [62918] "'ergm.estimate.R'" #> [62919] "'ergm.eta.R'" #> [62920] "'ergm.etagradmult.R'" #> [62921] "'ergm.etamap.R'" #> [62922] "'ergm.getCDsample.R'" #> [62923] "'ergm.getMCMCsample.R'" #> [62924] "'ergm.getterms.R'" #> [62925] "'ergm.initialfit.R'" #> [62926] "'ergm.llik.obs.R'" #> [62927] "'ergm.logitreg.R'" #> [62928] "'ergm.maple.R'" #> [62929] "'ergm.mple.R'" #> [62930] "'ergm.pen.glm.R'" #> [62931] "'ergm.pl.R'" #> [62932] "'ergm.reviseinit.R'" #> [62933] "'ergm.robmon.R'" #> [62934] "'ergm.stepping.R'" #> [62935] "'ergm.stocapprox.R'" #> [62936] "'ergm.utility.R'" #> [62937] "'ergmMPLE.R'" #> [62938] "'ergm_estfun.R'" #> [62939] "'ergm_model.utils.R'" #> [62940] "'ergm_proposal.R'" #> [62941] "'get.node.attr.R'" #> [62942] "'godfather.R'" #> [62943] "'gof.ergm.R'" #> [62944] "'is.durational.R'" #> [62945] "'is.dyad.independent.R'" #> [62946] "'locator.R'" #> [62947] "'logLik.ergm.R'" #> [62948] "'network.list.R'" #> [62949] "'network.update.R'" #> [62950] "'parallel.utils.R'" #> [62951] "'param_names.R'" #> [62952] "'plot.network.ergm.R'" #> [62953] "'print.ergm.R'" #> [62954] "'print.summary.ergm.R'" #> [62955] "'rlebdm.R'" #> [62956] "'summary.ergm.R'" #> [62957] "'summary.network.list.R'" #> [62958] "'to_ergm_Cdouble.R'" #> [62959] "'vcov.ergm.R'" #> [62960] "'wtd.median.R'" #> [62961] "Handcock" #> [62962] "Hunter" #> [62963] "Carter" #> [62964] "Butts" #> [62965] "Goodreau" #> [62966] "Pavel" #> [62967] "N." #> [62968] "Krivitsky" #> [62969] "Martina" #> [62970] "Morris" #> [62971] "Kirk" #> [62972] "Skye" #> [62973] "Bender-deMoll" #> [62974] "18:20:16" #> [62975] "ergm-package" #> [62976] "anova.ergm" #> [62977] "approx.hotelling.diff.test" #> [62978] "as.edgelist" #> [62979] "as.network.numeric" #> [62980] "as.rlebdm.ergm_conlist" #> [62981] "check.ErgmTerm" #> [62982] "control.ergm" #> [62983] "control.ergm.bridge" #> [62984] "control.ergm.godfather" #> [62985] "control.gof" #> [62986] "control.logLik.ergm" #> [62987] "control.san" #> [62988] "control.simulate.ergm" #> [62989] "degreedist" #> [62990] "empty_network" #> [62991] "enformulate.curved" #> [62992] "ergm" #> [62993] "ergm-constraints" #> [62994] "ergm-deprecated" #> [62995] "ergm-errors" #> [62996] "ergm-parallel" #> [62997] "ergm-proposals" #> [62998] "ergm-references" #> [62999] "ergm-terms" #> [63000] "ergm.allstats" #> [63001] "ergm.bounddeg" #> [63002] "ergm.bridge.llr" #> [63003] "ergm.degeneracy" #> [63004] "ergm.estfun" #> [63005] "ergm.eta" #> [63006] "ergm.exact" #> [63007] "ergm.geodistdist" #> [63008] "ergm.getnetwork" #> [63009] "ergm.godfather" #> [63010] "ergm.mple" #> [63011] "ergmMPLE" #> [63012] "ergm_Clist" #> [63013] "ergm_MCMC_sample" #> [63014] "ergm_model" #> [63015] "ergm_plot.mcmc.list" #> [63016] "ergm_proposal" #> [63017] "ergm_proposal_table" #> [63018] "eut-upgrade" #> [63019] "faux.desert.high" #> [63020] "faux.dixon.high" #> [63021] "faux.magnolia.high" #> [63022] "faux.mesa.high" #> [63023] "fix.curved" #> [63024] "florentine" #> [63025] "g4" #> [63026] "get.node.attr" #> [63027] "Getting.Started" #> [63028] "geweke.diag.mv" #> [63029] "is.curved" #> [63030] "is.durational" #> [63031] "is.dyad.independent" #> [63032] "is.inCH" #> [63033] "kapferer" #> [63034] "lasttoggle" #> [63035] "logLik.ergm" #> [63036] "logLikNull" #> [63037] "mcmc.diagnostics" #> [63038] "molecule" #> [63039] "network.list" #> [63040] "network.update" #> [63041] "newnw.extract" #> [63042] "node-attr" #> [63043] "node-attr-api" #> [63044] "nparam" #> [63045] "nvattr.copy.network" #> [63046] "param_names" #> [63047] "print.summary.ergm" #> [63048] "rlebdm" #> [63049] "samplk" #> [63050] "sampson" #> [63051] "san" #> [63052] "search.ergmTerms" #> [63053] "simulate.ergm" #> [63054] "spectrum0.mvar" #> [63055] "summary.ergm_model" #> [63056] "summary.formula" #> [63057] "summary_formula" #> [63058] "to_ergm_Cdouble.network" #> [63059] "wtd.median" #> [63060] "ergm.count-package" #> [63061] "zach" #> [63062] "as.egodata.network" #> [63063] "as.network.egodata" #> [63064] "control.ergm.ego" #> [63065] "control.simulate.ergm.ego" #> [63066] "degreedist.egodata" #> [63067] "egodata" #> [63068] "ergm.ego" #> [63069] "ergm.ego-terms" #> [63070] "gof.ergm.ego" #> [63071] "mixingmatrix.egodata" #> [63072] "simulate.ergm.ego" #> [63073] "summary_formula.egodata" #> [63074] "[.egodata" #> [63075] "ergm.rank-package" #> [63076] "newcomb" #> [63077] "ergm.userterms-package" #> [63078] "mindegree-term" #> [63079] "ergmharris-package" #> [63080] "lhds" #> [63081] "ClusterNodeSelection" #> [63082] "CompareTrees" #> [63083] "EliminateCluster" #> [63084] "GetLeaves" #> [63085] "GetPairs" #> [63086] "hclust2tree" #> [63087] "tree2plot" #> [63088] "VerifyTree" #> [63089] "Deviances" #> [63090] "anova.llra" #> [63091] "build_W" #> [63092] "collapse_W" #> [63093] "eRm.data" #> [63094] "gofIRT" #> [63095] "itemfit.ppar" #> [63096] "item_info" #> [63097] "LLRA" #> [63098] "llra.datprep" #> [63099] "llraDat1" #> [63100] "llraDat2" #> [63101] "llradat3" #> [63102] "LLTM" #> [63103] "LPCM" #> [63104] "LRSM" #> [63105] "LRtest" #> [63106] "MLoef" #> [63107] "NonparametricTests" #> [63108] "PCM" #> [63109] "person.parameter" #> [63110] "PersonMisfit" #> [63111] "phi.range" #> [63112] "plotDIF" #> [63113] "plotGR" #> [63114] "plotICC" #> [63115] "plotINFO" #> [63116] "plotPImap" #> [63117] "plotPWmap" #> [63118] "plotTR" #> [63119] "predict.ppar" #> [63120] "print.eRm" #> [63121] "RaschSampler" #> [63122] "RM" #> [63123] "rsampler" #> [63124] "RSctr" #> [63125] "rsctrl" #> [63126] "rsextrmat" #> [63127] "rsextrobj" #> [63128] "RSM" #> [63129] "RSmpl" #> [63130] "rstats" #> [63131] "Separation" #> [63132] "Reliability" #> [63133] "sim.2pl" #> [63134] "sim.locdep" #> [63135] "sim.rasch" #> [63136] "sim.xdim" #> [63137] "stepwiseIt" #> [63138] "summary.llra" #> [63139] "summary.RSctr" #> [63140] "summary.RSmpl" #> [63141] "test_info" #> [63142] "Waldtest" #> [63143] "xmpl" #> [63144] "ERP-package" #> [63145] "emfa" #> [63146] "erpavetest" #> [63147] "erpfatest" #> [63148] "erpFtest" #> [63149] "erpplot" #> [63150] "erptest" #> [63151] "gbtest" #> [63152] "ifa" #> [63153] "impulsivity" #> [63154] "isqrtfa" #> [63155] "nbfactors" #> [63156] "dif.wave" #> [63157] "easy.load" #> [63158] "erp.easy" #> [63159] "ERPdata" #> [63160] "grandaverage" #> [63161] "individual" #> [63162] "load.data" #> [63163] "m.measures" #> [63164] "p.measures" #> [63165] "erpR-package" #> [63166] "char2fac" #> [63167] "check.erplist" #> [63168] "create.diff" #> [63169] "create.mean" #> [63170] "create.roi" #> [63171] "erp" #> [63172] "erp.add" #> [63173] "erp.cor" #> [63174] "erp.infl" #> [63175] "erp.latency" #> [63176] "erp.mean" #> [63177] "erp.peak" #> [63178] "erp.t" #> [63179] "erp.xaxis" #> [63180] "erp.yaxis" #> [63181] "ERPsets" #> [63182] "factorall" #> [63183] "import.erp" #> [63184] "localmax" #> [63185] "localmin" #> [63186] "msectopoints" #> [63187] "named.agg" #> [63188] "pointstomsec" #> [63189] "scalp" #> [63190] "scalp.cor" #> [63191] "scalp.infl" #> [63192] "scalp.t" #> [63193] "topoplot" #> [63194] "topoplot.palette" #> [63195] "tpairs" #> [63196] "co" #> [63197] "err" #> [63198] "err_wrappers" #> [63199] "wrn" #> [63200] "acc_intervals" #> [63201] "best_distribution" #> [63202] "df_intervals" #> [63203] "df_intervals.default" #> [63204] "error_interval" #> [63205] "error_interval.default" #> [63206] "int_lap" #> [63207] "measure.default" #> [63208] "print.df_intervals" #> [63209] "print.error_interval" #> [63210] "print.measure" #> [63211] "print.summary.error_interval" #> [63212] "print.summary.measure" #> [63213] "p_laplace" #> [63214] "sort_distributions" #> [63215] "summary.error_interval" #> [63216] "summary.measure" #> [63217] "errorist-package" #> [63218] "enable_errorist" #> [63219] "enable_warning_shim" #> [63220] "errorize" #> [63221] "errorlocate-package" #> [63222] "add_noise" #> [63223] "ErrorLocalizer-class" #> [63224] "errorlocation-class" #> [63225] "errors_removed" #> [63226] "expect_values" #> [63227] "FHLocalizer-class" #> [63228] "is_categorical" #> [63229] "is_conditional" #> [63230] "is_linear" #> [63231] "locate_errors" #> [63232] "MipRules-class" #> [63233] "replace_errors" #> [63234] "substitute_" #> [63235] "translate_mip_lp" #> [63236] "errors-package" #> [63237] "as.data.frame.errors" #> [63238] "as.list.errors" #> [63239] "as.matrix.errors" #> [63240] "c.errors" #> [63241] "cbind.errors" #> [63242] "diff.errors" #> [63243] "drop_errors" #> [63244] "Extract.errors" #> [63245] "format.errors" #> [63246] "groupGeneric.errors" #> [63247] "mean.errors" #> [63248] "plot.errors" #> [63249] "print.errors" #> [63250] "rep.errors" #> [63251] "t.errors" #> [63252] "tibble" #> [63253] "add1_models" #> [63254] "createERServer" #> [63255] "createERUI" #> [63256] "drop1_models" #> [63257] "ERSA" #> [63258] "exploreReg" #> [63259] "pcpPlot" #> [63260] "plotSeqSS" #> [63261] "plotSum" #> [63262] "reorderTerms" #> [63263] "termColours" #> [63264] "ES-package" #> [63265] "cv.ES" #> [63266] "ESpredict" #> [63267] "es.c" #> [63268] "es.d" #> [63269] "es.e" #> [63270] "es.para.c" #> [63271] "es.para.d" #> [63272] "es.para.e" #> [63273] "ESA" #> [63274] "EsaBcv" #> [63275] "esaBcv_package" #> [63276] "plot.esabcv" #> [63277] "demvn" #> [63278] "dsaddle" #> [63279] "ecgf" #> [63280] "findMode" #> [63281] "robCov" #> [63282] "rsaddle" #> [63283] "selectDecay" #> [63284] "esaps_object" #> [63285] "evolat" #> [63286] "esc-package" #> [63287] "combine_esc" #> [63288] "effect_sizes" #> [63289] "esc_2x2" #> [63290] "esc_B" #> [63291] "esc_beta" #> [63292] "esc_bin_prop" #> [63293] "esc_chisq" #> [63294] "esc_d2etasq" #> [63295] "esc_d2f" #> [63296] "esc_d2logit" #> [63297] "esc_d2or" #> [63298] "esc_d2r" #> [63299] "esc_f" #> [63300] "esc_mean_gain" #> [63301] "esc_mean_sd" #> [63302] "esc_mean_se" #> [63303] "esc_or2d" #> [63304] "esc_phi" #> [63305] "esc_r2z" #> [63306] "esc_rpb" #> [63307] "esc_t" #> [63308] "esc_z2r" #> [63309] "hedges_g" #> [63310] "write_esc" #> [63311] "AED.boundary" #> [63312] "AED.sim" #> [63313] "AED1_SSR.boundary" #> [63314] "AED1_SSR.CP" #> [63315] "AED1_SSR.N2" #> [63316] "AED1_SSR.sim" #> [63317] "AED2_SSR.boundary" #> [63318] "AED2_SSR.CP" #> [63319] "AED2_SSR.sim" #> [63320] "AED3_SSR.boundary" #> [63321] "AED3_SSR.CP" #> [63322] "AED3_SSR.sim" #> [63323] "MaST.sim" #> [63324] "SD.sim" #> [63325] "SigP" #> [63326] "sSize.norm" #> [63327] "SSR.boundary" #> [63328] "SSR.CP" #> [63329] "SSR.sim" #> [63330] "calEdgeCorScore" #> [63331] "EdgesBackgrandData" #> [63332] "envData" #> [63333] "ESEA.Main" #> [63334] "GetEdgesBackgrandData" #> [63335] "GetExampleData" #> [63336] "GetPathwayEdgeData" #> [63337] "PathwayEdgeData" #> [63338] "PlotGlobEdgeCorProfile" #> [63339] "PlotPathwayGraph" #> [63340] "PlotRunEnrichment" #> [63341] "SavePathway2File" #> [63342] "aux_fixmseed" #> [63343] "aux_getevent" #> [63344] "aux_getFDSNdata" #> [63345] "aux_getFDSNstation" #> [63346] "aux_getIRISdata" #> [63347] "aux_getIRISstation" #> [63348] "aux_gettemperature" #> [63349] "aux_hvanalysis" #> [63350] "aux_initiateeseis" #> [63351] "aux_organisecentaurfiles" #> [63352] "aux_organisecubefiles" #> [63353] "aux_psdpanels" #> [63354] "aux_psdsummary" #> [63355] "aux_stationinfofile" #> [63356] "earthquake" #> [63357] "eseis" #> [63358] "list_logger" #> [63359] "list_sacparameters" #> [63360] "list_sensor" #> [63361] "model_turbulence" #> [63362] "plot_components" #> [63363] "plot_ppsd" #> [63364] "plot_signal" #> [63365] "plot_spectrogram" #> [63366] "plot_spectrum" #> [63367] "read_mseed" #> [63368] "read_sac" #> [63369] "rockfall" #> [63370] "signal_aggregate" #> [63371] "signal_clip" #> [63372] "signal_deconvolve" #> [63373] "signal_demean" #> [63374] "signal_detrend" #> [63375] "signal_envelope" #> [63376] "signal_filter" #> [63377] "signal_hilbert" #> [63378] "signal_hvratio" #> [63379] "signal_integrate" #> [63380] "signal_motion" #> [63381] "signal_pad" #> [63382] "signal_rotate" #> [63383] "signal_snr" #> [63384] "signal_spectrogram" #> [63385] "signal_spectrum" #> [63386] "signal_stalta" #> [63387] "signal_sum" #> [63388] "signal_taper" #> [63389] "spatial_clip" #> [63390] "spatial_convert" #> [63391] "spatial_distance" #> [63392] "spatial_migrate" #> [63393] "time_aggregate" #> [63394] "time_clip" #> [63395] "time_convert" #> [63396] "write_report" #> [63397] "write_sac" #> [63398] "ESG-package" #> [63399] "Asset_PriceDistribution" #> [63400] "Bond_PriceDistribution" #> [63401] "CBond_PriceDistribution" #> [63402] "CDSPremium_PriceDistribution" #> [63403] "ConvBond_PriceDistribution" #> [63404] "customPathsGeneration" #> [63405] "EuroCall_Stock_PriceDistribution" #> [63406] "EuroCall_ZC_PriceDistribution" #> [63407] "EuroPut_Stock_PriceDistribution" #> [63408] "EuroPut_ZC_PriceDistribution" #> [63409] "getdefaultSpreadPaths" #> [63410] "getForwardRates" #> [63411] "getLiquiditySpreadPaths" #> [63412] "getParamsBaseScenarios" #> [63413] "getrealEstatePaths" #> [63414] "getRiskParamsScenarios" #> [63415] "getRiskParamsScenariosdefSpr" #> [63416] "getRiskParamsScenariosliqSpr" #> [63417] "getRiskParamsScenariosRE" #> [63418] "getRiskParamsScenariosrt" #> [63419] "getRiskParamsScenariosS" #> [63420] "getShortRatePaths" #> [63421] "getstockPaths" #> [63422] "getZCRates" #> [63423] "MartingaleTest" #> [63424] "ParamsScenarios" #> [63425] "rAllRisksFactors" #> [63426] "rAssetDistribution" #> [63427] "rDefaultSpread" #> [63428] "rLiquiditySpread" #> [63429] "rRealEstate" #> [63430] "rShortRate" #> [63431] "rStock" #> [63432] "Scenarios" #> [63433] "setForwardRates" #> [63434] "setParamsBaseScenarios" #> [63435] "setRiskParamsScenarios" #> [63436] "setRiskParamsScenariosdefSpr" #> [63437] "setRiskParamsScenariosliqSpr" #> [63438] "setRiskParamsScenariosRE" #> [63439] "setRiskParamsScenariosrt" #> [63440] "setRiskParamsScenariosS" #> [63441] "setZCRates" #> [63442] "ZC" #> [63443] "ZCBond_PriceDistribution" #> [63444] "ESGtoolkit-package" #> [63445] "esgcortest" #> [63446] "esgdiscountfactor" #> [63447] "esgfwdrates" #> [63448] "esgmartingaletest" #> [63449] "esgmccv" #> [63450] "esgmcprices" #> [63451] "esgplotbands" #> [63452] "esgplotshocks" #> [63453] "esgplotts" #> [63454] "simshocks" #> [63455] "check_CIbound" #> [63456] "estRidge" #> [63457] "festLASSO" #> [63458] "mseRidge" #> [63459] "samplePosterior" #> [63460] "simLASSO" #> [63461] "vcovfestRidge" #> [63462] "ESkNN-package" #> [63463] "esknnClass" #> [63464] "esknnProb" #> [63465] "Predict.esknnClass" #> [63466] "Predict.esknnProb" #> [63467] "read_regnie" #> [63468] "theme_edi" #> [63469] "computeDuration" #> [63470] "computeTimeBetween" #> [63471] "computeTimeLag" #> [63472] "convertChars" #> [63473] "dateTimeFormats" #> [63474] "dateTimeFormats2" #> [63475] "dayControl" #> [63476] "dayTest" #> [63477] "esAssign" #> [63478] "esAssigned" #> [63479] "esComplete" #> [63480] "esFinal" #> [63481] "esIdentical" #> [63482] "esItems" #> [63483] "esList" #> [63484] "esMerge" #> [63485] "esMerged1" #> [63486] "esmprep" #> [63487] "esPlausible" #> [63488] "eveningControl" #> [63489] "eveningTest" #> [63490] "expectedDf" #> [63491] "expectedPromptIndex" #> [63492] "findChars" #> [63493] "genDateTime" #> [63494] "genKey" #> [63495] "intolerable" #> [63496] "isCompleteLs" #> [63497] "keyLsNew" #> [63498] "makeShift" #> [63499] "missingEndDateTime" #> [63500] "morningControl" #> [63501] "morningTest" #> [63502] "printRmInvalid" #> [63503] "printSuggestedShift" #> [63504] "randomMultSelection" #> [63505] "referenceDf" #> [63506] "referenceDfNew" #> [63507] "relevantESVN" #> [63508] "RELEVANTINFO_ES" #> [63509] "relevantREFVN" #> [63510] "RELEVANTVN_ESext" #> [63511] "RELEVANTVN_REFext" #> [63512] "rmInvalid" #> [63513] "setES" #> [63514] "setREF" #> [63515] "splitDateTime" #> [63516] "suggestShift" #> [63517] "tbsqDf" #> [63518] "chooseData-module" #> [63519] "coerce-module" #> [63520] "dragulaInput" #> [63521] "esquisser" #> [63522] "esquisserServer" #> [63523] "filterData-module" #> [63524] "ggplot_to_ppt" #> [63525] "updateDragulaInput" #> [63526] "esreg" #> [63527] "esr_loss" #> [63528] "vcov.esreg" #> [63529] "vcovA" #> [63530] "vcovB" #> [63531] "essHist-package" #> [63532] "checkHistogram" #> [63533] "Essential" #> [63534] "Histogram" #> [63535] "Intervals" #> [63536] "normals" #> [63537] "Multiscale" #> [63538] "Quantiles" #> [63539] "import_country" #> [63540] "import_rounds" #> [63541] "recode_missings" #> [63542] "set_email" #> [63543] "show_countries" #> [63544] "show_country_rounds" #> [63545] "show_rounds" #> [63546] "show_rounds_country" #> [63547] "show_themes" #> [63548] "show_theme_rounds" #> [63549] "estatapi" #> [63550] "estat_api" #> [63551] "ESTAT_API_URL" #> [63552] "estat_getDataCatalog" #> [63553] "estat_getMetaInfo" #> [63554] "estat_getStatsData" #> [63555] "estat_getStatsList" #> [63556] "e-Stat" #> [63557] "Statistical" #> [63558] "Something" #> [63559] "From" #> [63560] "estat_api(path," #> [63561] "appId," #> [63562] "API" #> [63563] "appId" #> [63564] "application" #> [63565] "getDataCatalog" #> [63566] "statistical" #> [63567] "databases" #> [63568] "estat_getDataCatalog(appId," #> [63569] "lang" #> [63570] "c(\"J\"," #> [63571] "\"E\")," #> [63572] ".use_label" #> [63573] "surveyYears" #> [63574] "NULL," #> [63575] "openYears" #> [63576] "statsField" #> [63577] "statsCode" #> [63578] "searchWord" #> [63579] "dataType" #> [63580] "catalogId" #> [63581] "resourceId" #> [63582] "startPosition" #> [63583] "updatedDate" #> [63584] "Application" #> [63585] "Language" #> [63586] "data." #> [63587] "\"J\"(Japanese)" #> [63588] "Whether" #> [63589] "take" #> [63590] "human-redable" #> [63591] "when" #> [63592] "containing" #> [63593] "both." #> [63594] "(default:" #> [63595] "Year" #> [63596] "month" #> [63597] "conducted." #> [63598] "either" #> [63599] "YYYYMM," #> [63600] "opened." #> [63601] "Field" #> [63602] "statistics." #> [63603] "(large" #> [63604] "classification)" #> [63605] "(small" #> [63606] "classification)." #> [63607] "detail" #> [63608] "classification," #> [63609] "Code" #> [63610] "assigned" #> [63611] "agency" #> [63612] "(agency)," #> [63613] "(statistics)." #> [63614] "detail," #> [63615] "Keyword" #> [63616] "searching." #> [63617] "You" #> [63618] "OR" #> [63619] "AND." #> [63620] "(e.g.:" #> [63621] "AND" #> [63622] "Type" #> [63623] "XLS:" #> [63624] "Excel" #> [63625] "file," #> [63626] "CSV:" #> [63627] "CSV" #> [63628] "PDF:" #> [63629] "DB:" #> [63630] "Catalog" #> [63631] "resource" #> [63632] "Integer." #> [63633] "Max" #> [63634] "records" #> [63635] "Last" #> [63636] "updated" #> [63637] "date." #> [63638] "YYYY," #> [63639] "YYYYMMDD" #> [63640] "http://www.e-stat.go.jp/api/e-stat-manual2-1/#api_2_6" #> [63641] "getMetaInfo" #> [63642] "meta-information" #> [63643] "estat_getMetaInfo(appId," #> [63644] "statsDataId," #> [63645] "statsDataId" #> [63646] "http://www.e-stat.go.jp/api/e-stat-manual2-1/#api_2_2" #> [63647] "estat_getMetaInfo(appId" #> [63648] "\"XXXX\"," #> [63649] "getStatsData" #> [63650] "estat_getStatsData(appId," #> [63651] ".fetch_all" #> [63652] "larger" #> [63653] "lvCat01" #> [63654] "cdCat01." #> [63655] "every" #> [63656] "detailed" #> [63657] "information," #> [63658] "visit" #> [63659] "URL" #> [63660] "lvTab:" #> [63661] "Level" #> [63662] "meta-information." #> [63663] "X-Y," #> [63664] "-X" #> [63665] "cdTab:" #> [63666] "Code(s)" #> [63667] "meta-infomation" #> [63668] "select." #> [63669] "(c(\"001\"," #> [63670] "\"002\"))" #> [63671] "chraracter" #> [63672] "cdTabFrom:" #> [63673] "item" #> [63674] "cdTabTo:" #> [63675] "lvTime:" #> [63676] "cdTime" #> [63677] "Time(s)" #> [63678] "way" #> [63679] "cdTimeFrom:" #> [63680] "cdTimeTo:" #> [63681] "lvArea:" #> [63682] "cdArea" #> [63683] "Area" #> [63684] "cdAreaFrom:" #> [63685] "cdAreaTo:" #> [63686] "lvCat01," #> [63687] "cdCat01," #> [63688] "cdCat01From," #> [63689] "cdCat01To," #> [63690] "...:" #> [63691] "http://www.e-stat.go.jp/api/e-stat-manual2-1/#api_2_3" #> [63692] "data," #> [63693] "up" #> [63694] "10" #> [63695] "100,000" #> [63696] "(max" #> [63697] "specifed" #> [63698] "cdCat01" #> [63699] "c(\"008\"," #> [63700] "\"009\"," #> [63701] "getStatsList" #> [63702] "estat_getStatsList(appId," #> [63703] "searchWord," #> [63704] "searchKind" #> [63705] "1:" #> [63706] "summary," #> [63707] "2:" #> [63708] "regional" #> [63709] "mesh," #> [63710] "3:" #> [63711] "YYYYMMDD," #> [63712] "http://www.e-stat.go.jp/api/e-stat-manual2-1/#api_2_1" #> [63713] "ESTAT_API_URL," #> [63714] "(estatapi)," #> [63715] "bootCRM" #> [63716] "EPIA" #> [63717] "EstCRM" #> [63718] "EstCRMitem" #> [63719] "EstCRMperson" #> [63720] "fitCRM" #> [63721] "plotCRM" #> [63722] "print.CRM" #> [63723] "SelfEff" #> [63724] "simCRM" #> [63725] "analysER" #> [63726] "distER" #> [63727] "ESTER" #> [63728] "plot.simER" #> [63729] "seqER" #> [63730] "seqERboot" #> [63731] "simER" #> [63732] "EstHer-package" #> [63733] "bootstrap_corr" #> [63734] "estim_herit" #> [63735] "prod_cpp" #> [63736] "Selvar" #> [63737] "estimability-package" #> [63738] "epredict" #> [63739] "estble.subspace" #> [63740] "nonest.basis" #> [63741] "covNoBessel" #> [63742] "EstimateGroupNetwork" #> [63743] "alo_star_men" #> [63744] "commarobust" #> [63745] "declaration_to_condition_pr_mat" #> [63746] "difference_in_means" #> [63747] "estimatr" #> [63748] "estimatr_glancers" #> [63749] "estimatr_tidiers" #> [63750] "extract.robust_default" #> [63751] "gen_pr_matrix_cluster" #> [63752] "horvitz_thompson" #> [63753] "iv_robust" #> [63754] "lh_robust" #> [63755] "lm_lin" #> [63756] "lm_robust" #> [63757] "lm_robust_fit" #> [63758] "na.omit_detailed.data.frame" #> [63759] "permutations_to_condition_pr_mat" #> [63760] "predict.lm_robust" #> [63761] "starprep" #> [63762] "bc.mean.sd" #> [63763] "plot.qe.fit" #> [63764] "print.bc.mean.sd" #> [63765] "print.qe.fit" #> [63766] "print.qe.mean.sd" #> [63767] "qe.fit" #> [63768] "qe.mean.sd" #> [63769] "summary.qe.mean.sd" #> [63770] "est_mixture" #> [63771] "est_mixture_wgs" #> [63772] "descclear" #> [63773] "descsto" #> [63774] "desctab" #> [63775] "estclear" #> [63776] "eststo" #> [63777] "esttab" #> [63778] "estprod_data" #> [63779] "interactions" #> [63780] "levinsohn_petrin" #> [63781] "olley_pakes" #> [63782] "panel_lag" #> [63783] "poly_elements" #> [63784] "wooldridge" #> [63785] "EstSimPDMP-package" #> [63786] "CHR" #> [63787] "CondPdf.CC.interval" #> [63788] "CondPdf.DC" #> [63789] "CondPdf.DC.interval" #> [63790] "plotCHR" #> [63791] "plotHR" #> [63792] "Simu.Cond.HR" #> [63793] "Simu.HR" #> [63794] "Simu.PDMP" #> [63795] "Simu.PDMP.DC" #> [63796] "Iegor" #> [63797] "Rudnytskyi" #> [63798] "2019-04-25" #> [63799] "22:20:03" #> [63800] "apply_market_model" #> [63801] "boehmer" #> [63802] "brown_warner_1980" #> [63803] "brown_warner_1985" #> [63804] "car_brown_warner_1985" #> [63805] "car_lamb" #> [63806] "car_nonparametric_tests" #> [63807] "car_parametric_tests" #> [63808] "car_rank_test" #> [63809] "corrado_sign_test" #> [63810] "generalized_sign_test" #> [63811] "get_prices_from_tickers" #> [63812] "get_rates_from_prices" #> [63813] "lamb" #> [63814] "modified_rank_test" #> [63815] "nonparametric_tests" #> [63816] "parametric_tests" #> [63817] "patell" #> [63818] "prices" #> [63819] "prices_indx" #> [63820] "rank_test" #> [63821] "rates_indx" #> [63822] "securities_returns" #> [63823] "sign_test" #> [63824] "wilcoxon_test" #> [63825] "MIT" #> [63826] "testthat," #> [63827] "Anderson" #> [63828] "2018-04-09" #> [63829] "18:02:00" #> [63830] "benchmarks" #> [63831] "binned_plot" #> [63832] "cdfs" #> [63833] "coh_d" #> [63834] "col_hue" #> [63835] "col_scheme" #> [63836] "create_base_legend" #> [63837] "create_cut_refs" #> [63838] "create_legend" #> [63839] "create_vec" #> [63840] "ecdf_plot" #> [63841] "empty_plot" #> [63842] "hedg_g" #> [63843] "pac" #> [63844] "parse_form" #> [63845] "pooled_sd" #> [63846] "pp_annotate" #> [63847] "pp_calcs" #> [63848] "pp_plot" #> [63849] "qtile_es" #> [63850] "qtile_mean_diffs" #> [63851] "qtile_n" #> [63852] "seda" #> [63853] "seg_match" #> [63854] "tpac" #> [63855] "etable-package" #> [63856] "combi_cell" #> [63857] "corr_p_cell" #> [63858] "eventpct_cell" #> [63859] "iqr_cell" #> [63860] "mean_sd_cell" #> [63861] "miss_cell" #> [63862] "mode_cell" #> [63863] "n_cell" #> [63864] "quantile_cell" #> [63865] "stat_cell" #> [63866] "tabular.ade" #> [63867] "catalog" #> [63868] "date2day" #> [63869] "etas" #> [63870] "etas.object" #> [63871] "iran.quakes" #> [63872] "italy.quakes" #> [63873] "japan.quakes" #> [63874] "resid.etas" #> [63875] "search.isc" #> [63876] "etasFLP-package" #> [63877] "b.guten" #> [63878] "bwd.nrd" #> [63879] "californiacatalog" #> [63880] "compare.etasclass" #> [63881] "eqcat" #> [63882] "etas.starting" #> [63883] "etasclass" #> [63884] "italycatalog" #> [63885] "kde2dnew.fortran" #> [63886] "magn.plot" #> [63887] "MLA.freq" #> [63888] "plot.etasclass" #> [63889] "plot.profile.etasclass" #> [63890] "print.etasclass" #> [63891] "profile.etasclass" #> [63892] "simpson.coeff" #> [63893] "summary.etasclass" #> [63894] "time2date" #> [63895] "xy.grid" #> [63896] "ETC-package" #> [63897] "BW" #> [63898] "etc.diff" #> [63899] "etc.rat" #> [63900] "print.etc.diff" #> [63901] "print.etc.rat" #> [63902] "summary.etc.diff" #> [63903] "summary.etc.rat" #> [63904] "as.ether" #> [63905] "as.finney" #> [63906] "as.gwei" #> [63907] "as.kwei" #> [63908] "as.mwei" #> [63909] "as.szabo" #> [63910] "dec_to_hex" #> [63911] "ether" #> [63912] "eth_accounts" #> [63913] "eth_blockNumber" #> [63914] "eth_coinbase" #> [63915] "eth_gasPrice" #> [63916] "eth_getBalance" #> [63917] "eth_getBlock" #> [63918] "eth_getBlockTransactionCountByHash" #> [63919] "eth_getBlockTransactionCountByNumber" #> [63920] "eth_getStorageAt" #> [63921] "eth_getTransactionByBlockHashAndIndex" #> [63922] "eth_getTransactionByBlockNumberAndIndex" #> [63923] "eth_getTransactionByHash" #> [63924] "eth_getTransactionCount" #> [63925] "eth_getTransactionReceipt" #> [63926] "eth_getUncleByBlockHashAndIndex" #> [63927] "eth_getUncleByBlockNumberAndIndex" #> [63928] "eth_getUncleCountByBlockHash" #> [63929] "eth_getUncleCountByBlockNumber" #> [63930] "eth_hashrate" #> [63931] "eth_mining" #> [63932] "eth_protocolVersion" #> [63933] "eth_syncing" #> [63934] "get_blocks" #> [63935] "get_rpc_address" #> [63936] "get_transactions" #> [63937] "hex_to_dec" #> [63938] "set_rpc_address" #> [63939] "web3_clientVersion" #> [63940] "web3_sha3" #> [63941] "CIs" #> [63942] "ethnobotanydata" #> [63943] "ethnoChord" #> [63944] "ethnoChordUser" #> [63945] "FCs" #> [63946] "FLs" #> [63947] "NUs" #> [63948] "Radial_plot" #> [63949] "RFCs" #> [63950] "RIs" #> [63951] "URs" #> [63952] "URsum" #> [63953] "UVs" #> [63954] "ethseq.Analysis" #> [63955] "ethseq.RM" #> [63956] "dbRunScript" #> [63957] "dbWipe" #> [63958] "db_type" #> [63959] "etl" #> [63960] "etl_cleanup" #> [63961] "etl_init" #> [63962] "match_files_by_year_months" #> [63963] "smart_download" #> [63964] "smart_upload" #> [63965] "src_mysql_cnf" #> [63966] "valid_year_month" #> [63967] "ETLUtils-package" #> [63968] "factorise" #> [63969] "matchmerge" #> [63970] "naLOCFPlusone" #> [63971] "read.dbi.ffdf" #> [63972] "read.jdbc.ffdf" #> [63973] "read.odbc.ffdf" #> [63974] "recoder" #> [63975] "renameColumns" #> [63976] "write.dbi.ffdf" #> [63977] "write.jdbc.ffdf" #> [63978] "write.odbc.ffdf" #> [63979] "abortion" #> [63980] "clos" #> [63981] "closPseudo" #> [63982] "etm" #> [63983] "etmCIF" #> [63984] "etmprep" #> [63985] "fourD" #> [63986] "lines.etm" #> [63987] "los.data" #> [63988] "plot.clos.etm" #> [63989] "plot.etm" #> [63990] "plot.etmCIF" #> [63991] "prepare.los.data" #> [63992] "print.clos.etm" #> [63993] "print.etm" #> [63994] "print.etmCIF" #> [63995] "sir.cont" #> [63996] "summary.etm" #> [63997] "summary.etmCIF" #> [63998] "tra" #> [63999] "trprob.etm" #> [64000] "xyplot.etm" #> [64001] "etma-package" #> [64002] "data.GST" #> [64003] "data.PAH" #> [64004] "data.RAS" #> [64005] "ETMA" #> [64006] "print.ggint" #> [64007] "summary.ggint" #> [64008] "e_trunct" #> [64009] "etseed-package" #> [64010] "etcd" #> [64011] "roles" #> [64012] "eulerian-package" #> [64013] "eulerian" #> [64014] "hasEulerianCycle" #> [64015] "hasEulerianPath" #> [64016] "error_plot" #> [64017] "eulerr_options" #> [64018] "organisms" #> [64019] "pain" #> [64020] "plot.euler" #> [64021] "plot.eulergram" #> [64022] "print.euler" #> [64023] "print.venn" #> [64024] "epmc_citations" #> [64025] "epmc_db" #> [64026] "epmc_db_count" #> [64027] "epmc_details" #> [64028] "epmc_ftxt" #> [64029] "epmc_ftxt_book" #> [64030] "epmc_hits" #> [64031] "epmc_hits_trend" #> [64032] "epmc_lablinks" #> [64033] "epmc_lablinks_count" #> [64034] "epmc_profile" #> [64035] "epmc_refs" #> [64036] "epmc_search" #> [64037] "epmc_search_" #> [64038] "epmc_tm" #> [64039] "epmc_tm_count" #> [64040] "europepmc" #> [64041] "europop" #> [64042] "EurosarcBayes-package" #> [64043] "bayes_binom_one_postlike_nstage" #> [64044] "bayes_binom_one_postprob_nstage" #> [64045] "bayes_binom_one_postprob_onestage" #> [64046] "bayes_binom_two_loss" #> [64047] "bayes_binom_two_postlike" #> [64048] "bayes_binom_two_postprob" #> [64049] "binom_one_alpha" #> [64050] "binom_one_assurance" #> [64051] "binom_one_power" #> [64052] "binom_two_bryantday-class" #> [64053] "binom_two_singlestage-class" #> [64054] "freq_binom_one_landemets" #> [64055] "freq_binom_one_onestage" #> [64056] "freq_binom_one_simons_twostage" #> [64057] "freq_binom_two_bryantday_twostage" #> [64058] "freq_binom_two_singlestage" #> [64059] "print.list_trialDesign_binom_two" #> [64060] "properties-methods" #> [64061] "properties_binom_one" #> [64062] "shiny_LINES_posterior" #> [64063] "tradeoff" #> [64064] "ellipse_integrate" #> [64065] "trialDesign_binom_one-class" #> [64066] "trialDesign_binom_two-class" #> [64067] "eurostat-package" #> [64068] "clean_eurostat_cache" #> [64069] "cut_to_classes" #> [64070] "dic_order" #> [64071] "eurostat_geodata_60_2016" #> [64072] "eurotime2date" #> [64073] "eurotime2num" #> [64074] "eu_countries" #> [64075] "get_bibentry" #> [64076] "get_eurostat" #> [64077] "get_eurostat_dic" #> [64078] "get_eurostat_geospatial" #> [64079] "get_eurostat_json" #> [64080] "get_eurostat_raw" #> [64081] "get_eurostat_toc" #> [64082] "harmonize_country_code" #> [64083] "label_eurostat" #> [64084] "search_eurostat" #> [64085] "tgs00026" #> [64086] "CollectionTrawl" #> [64087] "ComputeAExp" #> [64088] "ComputeB1Exp" #> [64089] "ComputeB3Exp" #> [64090] "ComputeBInterExp" #> [64091] "DiffVal" #> [64092] "dlgpd" #> [64093] "EvaluateF" #> [64094] "FullPL" #> [64095] "GammaBox" #> [64096] "GammaSqBox" #> [64097] "GenerateParameters" #> [64098] "GetEstimateRho" #> [64099] "GPDFit" #> [64100] "GradF" #> [64101] "HessianF" #> [64102] "hourly_bloomsbury_air_pollution_2000_2017" #> [64103] "MarginalGPDLikelihood" #> [64104] "MarginalSimpleLik" #> [64105] "MoMGPD" #> [64106] "PairwiseOneOne" #> [64107] "PairwiseOneOne1" #> [64108] "PairwiseOneOne11" #> [64109] "PairwiseOneOne12" #> [64110] "PairwiseOneOne13" #> [64111] "PairwiseOneOne2" #> [64112] "PairwiseOneOne21" #> [64113] "PairwiseOneOne22" #> [64114] "PairwiseOneOne23" #> [64115] "PairwiseOneOne24" #> [64116] "PairwiseOneZero" #> [64117] "PairwiseOneZero1" #> [64118] "PairwiseOneZero2" #> [64119] "PairwiseOneZero21" #> [64120] "PairwiseOneZero22" #> [64121] "PairwiseOneZero23" #> [64122] "PairwiseOneZero24" #> [64123] "PairwiseZeroZero" #> [64124] "PairwiseZeroZero1" #> [64125] "PairwiseZeroZero2" #> [64126] "ParamsListFullPL" #> [64127] "plgpd" #> [64128] "rlexceed" #> [64129] "rtrawl" #> [64130] "SecondOrderDiffVal" #> [64131] "SecondOrderMixedDiffVal" #> [64132] "SinglePairPL" #> [64133] "SliceArea" #> [64134] "TrawlExp" #> [64135] "TrawlExpPrimitive" #> [64136] "TrawlSliceReconstruct" #> [64137] "TrfFindOffsetScale" #> [64138] "TrfG" #> [64139] "TrfInverseG" #> [64140] "TrfJacobian" #> [64141] "UnivariateFullPL" #> [64142] "Zeta" #> [64143] "eva" #> [64144] "fortmax" #> [64145] "gevr" #> [64146] "gevrDiag" #> [64147] "gevrEd" #> [64148] "gevrFit" #> [64149] "gevrMultScore" #> [64150] "gevrPbScore" #> [64151] "gevrProfShape" #> [64152] "gevrRl" #> [64153] "gevrSeqTests" #> [64154] "gpd" #> [64155] "gpdAd" #> [64156] "gpdCvm" #> [64157] "gpdDiag" #> [64158] "gpdFit" #> [64159] "gpdImAsym" #> [64160] "gpdImPb" #> [64161] "gpdMultScore" #> [64162] "gpdPbScore" #> [64163] "gpdProfShape" #> [64164] "gpdRl" #> [64165] "gpdSeqTests" #> [64166] "lowestoft" #> [64167] "mrlPlot" #> [64168] "pSeqStop" #> [64169] "coef.TSmodelEstEval" #> [64170] "distribution.coefEstEval" #> [64171] "EstEval" #> [64172] "generateSSmodel" #> [64173] "genMineData" #> [64174] "MonteCarloSimulations" #> [64175] "nseries.MonteCarloSimulations" #> [64176] "print.estimatedModels" #> [64177] "roots.coefEstEval" #> [64178] "seriesNamesInput.MonteCarloSimulations" #> [64179] "summary.EstEval" #> [64180] "testEqual.EstEval" #> [64181] "tfplot.coefEstEval" #> [64182] "tfplot.MonteCarloSimulations" #> [64183] "tfplot.rootsEstEval" #> [64184] "tfplot.TSdata.ee" #> [64185] "TobsMonteCarloSimulations" #> [64186] "TSdata.coefEstEval" #> [64187] "flush_console" #> [64188] "new_output_handler" #> [64189] "parse_all" #> [64190] "EvaluationMeasures.Accuracy" #> [64191] "EvaluationMeasures.DOR" #> [64192] "EvaluationMeasures.F1Score" #> [64193] "EvaluationMeasures.FallOut" #> [64194] "EvaluationMeasures.FBMeasure" #> [64195] "EvaluationMeasures.FDR" #> [64196] "EvaluationMeasures.FMeasure" #> [64197] "EvaluationMeasures.FNR" #> [64198] "EvaluationMeasures.FOR" #> [64199] "EvaluationMeasures.FPR" #> [64200] "EvaluationMeasures.MCC" #> [64201] "EvaluationMeasures.MissRate" #> [64202] "EvaluationMeasures.NLR" #> [64203] "EvaluationMeasures.NPV" #> [64204] "EvaluationMeasures.PLR" #> [64205] "EvaluationMeasures.PPV" #> [64206] "EvaluationMeasures.Precision" #> [64207] "EvaluationMeasures.Recall" #> [64208] "EvaluationMeasures.Sensitivity" #> [64209] "EvaluationMeasures.Specificity" #> [64210] "EvaluationMeasures.table" #> [64211] "EvaluationMeasures.TNR" #> [64212] "EvaluationMeasures.TPR" #> [64213] "as_tibble.tidyrisk_scenario" #> [64214] "calculate_max_losses" #> [64215] "compare_tef_vuln" #> [64216] "create_templates" #> [64217] "create_tidyrisk_scenario_skeleton" #> [64218] "derive_control_key" #> [64219] "dollar_millions" #> [64220] "encode_scenarios" #> [64221] "explore_scenarios" #> [64222] "exposure_histogram" #> [64223] "generate_event_outcomes_plot" #> [64224] "generate_heatmap" #> [64225] "generate_report" #> [64226] "get_base_fontfamily" #> [64227] "get_mean_control_strength" #> [64228] "identify_outliers" #> [64229] "import_capabilities" #> [64230] "import_scenarios" #> [64231] "import_spreadsheet" #> [64232] "is_tidyrisk_scenario" #> [64233] "loss_exceedance_curve" #> [64234] "loss_scatterplot" #> [64235] "mc_domain_summary" #> [64236] "mc_mappings" #> [64237] "mc_qualitative_scenarios" #> [64238] "mc_quantitative_scenarios" #> [64239] "mc_scenario_summary" #> [64240] "mc_simulation_results" #> [64241] "new_tidyrisk_scenario" #> [64242] "openfair_example" #> [64243] "openfair_tef_tc_diff_lm" #> [64244] "openfair_tef_tc_diff_plm_sr" #> [64245] "print.tidyrisk_scenario" #> [64246] "read_qualitative_inputs" #> [64247] "read_quantitative_inputs" #> [64248] "risk_dashboard" #> [64249] "risk_factory" #> [64250] "run_simulation" #> [64251] "run_simulations" #> [64252] "sample_diff" #> [64253] "sample_lef" #> [64254] "sample_lm" #> [64255] "sample_tc" #> [64256] "sample_tef" #> [64257] "sample_vuln" #> [64258] "select_loss_opportunities" #> [64259] "split_sheet" #> [64260] "summarize_domains" #> [64261] "summarize_iterations" #> [64262] "summarize_scenario" #> [64263] "summarize_to_disk" #> [64264] "theme_evaluator" #> [64265] "tidyrisk_factor" #> [64266] "validate_scenarios" #> [64267] "validate_tidyrisk_scenario" #> [64268] "vec_cast.tidyrisk_factor" #> [64269] "vec_ptype_abbr.tidyrisk_scenario" #> [64270] "bias_plot" #> [64271] "evalues.HR" #> [64272] "evalues.MD" #> [64273] "evalues.OLS" #> [64274] "evalues.OR" #> [64275] "evalues.RD" #> [64276] "evalues.RR" #> [64277] "svalues.HR" #> [64278] "svalues.OR" #> [64279] "svalues.RR" #> [64280] "threshold_selection" #> [64281] "twoXtwoRR" #> [64282] "defaultconstants" #> [64283] "ET" #> [64284] "ET.Abtew" #> [64285] "ET.BlaneyCriddle" #> [64286] "ET.BrutsaertStrickler" #> [64287] "ET.ChapmanAustralian" #> [64288] "ET.GrangerGray" #> [64289] "ET.Hamon" #> [64290] "ET.HargreavesSamani" #> [64291] "ET.JensenHaise" #> [64292] "ET.Linacre" #> [64293] "ET.Makkink" #> [64294] "ET.MattShuttleworth" #> [64295] "ET.McGuinnessBordne" #> [64296] "ET.MortonCRAE" #> [64297] "ET.MortonCRWE" #> [64298] "ET.Penman" #> [64299] "ET.PenmanMonteith" #> [64300] "ET.PenPan" #> [64301] "ET.PriestleyTaylor" #> [64302] "ET.Romanenko" #> [64303] "ET.SzilagyiJozsa" #> [64304] "ET.Turc" #> [64305] "ETComparison" #> [64306] "ETForcings" #> [64307] "ETPlot" #> [64308] "E_OBS" #> [64309] "ReadInputs" #> [64310] "ReadOBSEvaporations" #> [64311] "EkNNfit" #> [64312] "EkNNinit" #> [64313] "EkNNval" #> [64314] "evclass" #> [64315] "ionosphere" #> [64316] "proDSfit" #> [64317] "proDSinit" #> [64318] "proDSval" #> [64319] "cecm" #> [64320] "createD" #> [64321] "createPairs" #> [64322] "create_MLCL" #> [64323] "EkNNclus" #> [64324] "evclust" #> [64325] "extractMass" #> [64326] "fourclass" #> [64327] "kevclus" #> [64328] "knn_dist" #> [64329] "makeF" #> [64330] "plot.credpart" #> [64331] "recm" #> [64332] "summary.credpart" #> [64333] "EvCombR-package" #> [64334] "cComb" #> [64335] "cComb-methods" #> [64336] "credal" #> [64337] "credal-class" #> [64338] "credal-methods" #> [64339] "dComb" #> [64340] "dComb-methods" #> [64341] "disc-methods" #> [64342] "extPoints" #> [64343] "extPoints-methods" #> [64344] "focal" #> [64345] "focal-methods" #> [64346] "focal<-" #> [64347] "focal<–methods" #> [64348] "lower-methods" #> [64349] "mass-class" #> [64350] "mass-methods" #> [64351] "massQ-class" #> [64352] "mComb" #> [64353] "mComb-methods" #> [64354] "pign" #> [64355] "pign-methods" #> [64356] "relPl" #> [64357] "relPl-methods" #> [64358] "space" #> [64359] "space-methods" #> [64360] "space<-" #> [64361] "space<–methods" #> [64362] "upper-methods" #> [64363] "yComb" #> [64364] "yComb-methods" #> [64365] "[[-methods" #> [64366] "[[<–methods" #> [64367] "abvevd" #> [64368] "abvnonpar" #> [64369] "amvevd" #> [64370] "amvnonpar" #> [64371] "anova.evd" #> [64372] "bvevd" #> [64373] "bvtcplot" #> [64374] "ccbvevd" #> [64375] "chiplot" #> [64376] "confint.evd" #> [64377] "evind.test" #> [64378] "evmc" #> [64379] "exi" #> [64380] "exiplot" #> [64381] "extreme" #> [64382] "fbvevd" #> [64383] "fbvpot" #> [64384] "fextreme" #> [64385] "fgev" #> [64386] "forder" #> [64387] "fox" #> [64388] "fpot" #> [64389] "frechet" #> [64390] "gev" #> [64391] "hbvevd" #> [64392] "lisbon" #> [64393] "lossalae" #> [64394] "marma" #> [64395] "mrlplot" #> [64396] "mtransform" #> [64397] "mvevd" #> [64398] "ocmulgee" #> [64399] "oldage" #> [64400] "plot.bvevd" #> [64401] "plot.bvpot" #> [64402] "plot.profile.evd" #> [64403] "plot.profile2d.evd" #> [64404] "plot.uvevd" #> [64405] "portpirie" #> [64406] "profile.evd" #> [64407] "profile2d.evd" #> [64408] "qcbvnonpar" #> [64409] "rweibull" #> [64410] "sask" #> [64411] "sealevel" #> [64412] "sealevel2" #> [64413] "tcplot" #> [64414] "uccle" #> [64415] "venice" #> [64416] "venice2" #> [64417] "Accept" #> [64418] "Rate" #> [64419] "dinfo" #> [64420] "Jumps" #> [64421] "lh" #> [64422] "mc.quant" #> [64423] "mposterior" #> [64424] "posterior.mix" #> [64425] "rainfall" #> [64426] "rl.pred" #> [64427] "rl.pst" #> [64428] "autointensity" #> [64429] "coxre" #> [64430] "cprocess" #> [64431] "ehr" #> [64432] "hboxcox" #> [64433] "hburr" #> [64434] "hcauchy" #> [64435] "hexp" #> [64436] "hgamma" #> [64437] "hgextval" #> [64438] "hggamma" #> [64439] "hglogis" #> [64440] "hgweibull" #> [64441] "hhjorth" #> [64442] "hinvgauss" #> [64443] "hlaplace" #> [64444] "hlnorm" #> [64445] "hlogis" #> [64446] "hnorm" #> [64447] "hskewlaplace" #> [64448] "hstudent" #> [64449] "hweibull" #> [64450] "kalsurv" #> [64451] "pbirth" #> [64452] "plot.intensity" #> [64453] "tccov" #> [64454] "tpast" #> [64455] "ttime" #> [64456] "tvcov" #> [64457] "eventdataR" #> [64458] "example_log" #> [64459] "hospital" #> [64460] "hospital_billing" #> [64461] "traffic_fines" #> [64462] "EventDetectR-package" #> [64463] "buildEDModel" #> [64464] "detectEvents" #> [64465] "geccoIC2018Test" #> [64466] "geccoIC2018Train" #> [64467] "getSupportedModels" #> [64468] "getSupportedPostProcessors" #> [64469] "getSupportedPreparations" #> [64470] "print.edObject" #> [64471] "stationBData" #> [64472] "eventInterval-package" #> [64473] "EIdist" #> [64474] "EIglm" #> [64475] "EIplot" #> [64476] "florida_hurr20" #> [64477] "florida_temp20" #> [64478] "get_intervals" #> [64479] "actors" #> [64480] "add_eventscale" #> [64481] "balkans.weis" #> [64482] "cameo.scale" #> [64483] "filter_actors" #> [64484] "filter_codes" #> [64485] "filter_eventdata" #> [64486] "filter_time" #> [64487] "make_dyads" #> [64488] "make_fun_from_list" #> [64489] "make_scale" #> [64490] "map_actors" #> [64491] "map_codes" #> [64492] "one_a_day" #> [64493] "plot_dyad" #> [64494] "read_eventdata" #> [64495] "read_keds" #> [64496] "scale_codes" #> [64497] "scale_coverage" #> [64498] "scrub_keds" #> [64499] "spotter" #> [64500] "summary.eventdata" #> [64501] "summary.eventscale" #> [64502] "weis.goldstein.scale" #> [64503] "aarPlot" #> [64504] "ARCApplicationInput" #> [64505] "arPlot" #> [64506] "AVCApplicationInput" #> [64507] "AVyCApplicationInput" #> [64508] "checkFiles" #> [64509] "estAPIKey" #> [64510] "EventStudy" #> [64511] "EventStudyAddin" #> [64512] "EventStudyAPI" #> [64513] "EventStudyApplicationInput" #> [64514] "getSP500ExampleFiles" #> [64515] "ResultParser" #> [64516] "adjustModel" #> [64517] "calculateLinearMLE" #> [64518] "calculateLogitMLE" #> [64519] "eviandata_binary" #> [64520] "eviandata_linear" #> [64521] "evianmap_binary" #> [64522] "evianmap_linear" #> [64523] "evian_linear" #> [64524] "evian_logit" #> [64525] "expandBound" #> [64526] "getGridBound" #> [64527] "multiLine_plot" #> [64528] "robust_forCluster" #> [64529] "subsetData" #> [64530] "evidence-package" #> [64531] "AOV1" #> [64532] "AOV2" #> [64533] "B1Nmean" #> [64534] "B1Nsir" #> [64535] "B1prop" #> [64536] "B1propSim" #> [64537] "B2Nsir" #> [64538] "B2props" #> [64539] "Bft2x2" #> [64540] "BiasVarTO" #> [64541] "binPriorsPlot" #> [64542] "BirdsCS" #> [64543] "BnNsir" #> [64544] "bodytemp" #> [64545] "Bregbf" #> [64546] "Bt.test" #> [64547] "budworm" #> [64548] "Clin" #> [64549] "crickets" #> [64550] "CTA" #> [64551] "Fat" #> [64552] "Glasses" #> [64553] "HPDcrd" #> [64554] "HSCrab" #> [64555] "L1prop" #> [64556] "L2prop" #> [64557] "lightspeed" #> [64558] "looicplot" #> [64559] "meansplot" #> [64560] "MedDiagn" #> [64561] "nineplot" #> [64562] "overdispersionCheck" #> [64563] "p2BF" #> [64564] "p2minpp" #> [64565] "PPV" #> [64566] "sigtestCI" #> [64567] "sn2ft2x2" #> [64568] "Snoring" #> [64569] "SRb94" #> [64570] "SSQ" #> [64571] "sumchart" #> [64572] "weightgain" #> [64573] "evidenceFactors-package" #> [64574] "Gamlist" #> [64575] "Plist" #> [64576] "plotRejDecbyAssm" #> [64577] "plotRetentionArea" #> [64578] "retentionBrd" #> [64579] "bmw" #> [64580] "danish" #> [64581] "decluster" #> [64582] "dgev" #> [64583] "dgpd" #> [64584] "emplot" #> [64585] "exindex" #> [64586] "findthresh" #> [64587] "gpd.q" #> [64588] "gpd.sfall" #> [64589] "gpdbiv" #> [64590] "interpret.gpdbiv" #> [64591] "meplot" #> [64592] "nidd.annual" #> [64593] "nidd.thresh" #> [64594] "plot.gev" #> [64595] "plot.gpd" #> [64596] "plot.gpdbiv" #> [64597] "plot.potd" #> [64598] "pot" #> [64599] "qplot" #> [64600] "riskmeasures" #> [64601] "rlevel.gev" #> [64602] "siemens" #> [64603] "sp.raw" #> [64604] "spto87" #> [64605] "tailplot" #> [64606] "evmix-package" #> [64607] "bckden" #> [64608] "bckdengpd" #> [64609] "bckdengpdcon" #> [64610] "betagpd" #> [64611] "betagpdcon" #> [64612] "dwm" #> [64613] "evmix.diag" #> [64614] "fbckden" #> [64615] "fbckdengpd" #> [64616] "fbckdengpdcon" #> [64617] "fbetagpd" #> [64618] "fbetagpdcon" #> [64619] "fdwm" #> [64620] "fgammagpd" #> [64621] "fgammagpdcon" #> [64622] "fgkg" #> [64623] "fgkgcon" #> [64624] "fgng" #> [64625] "fgngcon" #> [64626] "fgpd" #> [64627] "fhpd" #> [64628] "fhpdcon" #> [64629] "fitmgng" #> [64630] "fitmnormgpd" #> [64631] "fitmweibullgpd" #> [64632] "fkden" #> [64633] "fkdengpd" #> [64634] "fkdengpdcon" #> [64635] "flognormgpd" #> [64636] "flognormgpdcon" #> [64637] "fmgamma" #> [64638] "fmgammagpd" #> [64639] "fmgammagpdcon" #> [64640] "fnormgpd" #> [64641] "fnormgpdcon" #> [64642] "fpsden" #> [64643] "fpsdengpd" #> [64644] "fweibullgpd" #> [64645] "fweibullgpdcon" #> [64646] "gammagpd" #> [64647] "gammagpdcon" #> [64648] "gkg" #> [64649] "gkgcon" #> [64650] "gng" #> [64651] "gngcon" #> [64652] "hillplot" #> [64653] "hpdcon" #> [64654] "itmgng" #> [64655] "itmnormgpd" #> [64656] "itmweibullgpd" #> [64657] "kden" #> [64658] "kdengpd" #> [64659] "kdengpdcon" #> [64660] "lognormgpd" #> [64661] "lognormgpdcon" #> [64662] "mgamma" #> [64663] "mgammagpd" #> [64664] "mgammagpdcon" #> [64665] "normgpd" #> [64666] "normgpdcon" #> [64667] "pickandsplot" #> [64668] "psden" #> [64669] "psdengpd" #> [64670] "weibullgpd" #> [64671] "weibullgpdcon" #> [64672] "evobiR-package" #> [64673] "1.fasta" #> [64674] "AncCond" #> [64675] "CalcD" #> [64676] "Even" #> [64677] "FuzzyMatch" #> [64678] "horn.beetle.csv" #> [64679] "hym.tree" #> [64680] "mcmc2" #> [64681] "mite.trait" #> [64682] "PPSDiscrete" #> [64683] "ReorderData" #> [64684] "ResSel" #> [64685] "SampleTrees" #> [64686] "SlidingWindow" #> [64687] "SuperMatrix" #> [64688] "trees" #> [64689] "trees.mite" #> [64690] "trees.nex" #> [64691] "ViewEvo" #> [64692] "WinCalcD" #> [64693] "AlphaRep" #> [64694] "BayesianCalculateMatrix" #> [64695] "BootstrapR2" #> [64696] "BootstrapRep" #> [64697] "BootstrapStat" #> [64698] "CalcAVG" #> [64699] "CalcEigenSd" #> [64700] "CalcICV" #> [64701] "CalcR2" #> [64702] "CalcR2CvCorrected" #> [64703] "CalcRepeatability" #> [64704] "CalculateMatrix" #> [64705] "ComparisonMap" #> [64706] "CreateHypotMatrix" #> [64707] "DeltaZCorr" #> [64708] "dentus" #> [64709] "dentus.tree" #> [64710] "DriftTest" #> [64711] "EigenTensorDecomposition" #> [64712] "evolqg" #> [64713] "ExtendMatrix" #> [64714] "KrzCor" #> [64715] "KrzProjection" #> [64716] "KrzSubspace" #> [64717] "LModularity" #> [64718] "MantelCor" #> [64719] "MantelModTest" #> [64720] "MatrixCompare" #> [64721] "MatrixDistance" #> [64722] "MeanMatrix" #> [64723] "MeanMatrixStatistics" #> [64724] "MINT" #> [64725] "MonteCarloR2" #> [64726] "MonteCarloRep" #> [64727] "MonteCarloStat" #> [64728] "MultiMahalanobis" #> [64729] "MultivDriftTest" #> [64730] "OverlapDist" #> [64731] "PCAsimilarity" #> [64732] "PCScoreCorrelation" #> [64733] "PhyloCompare" #> [64734] "PhyloMantel" #> [64735] "PhyloW" #> [64736] "PlotRarefaction" #> [64737] "PlotTreeDriftTest" #> [64738] "PrintMatrix" #> [64739] "ProjectMatrix" #> [64740] "RandCorr" #> [64741] "RandomMatrix" #> [64742] "RandomSkewers" #> [64743] "Rarefaction" #> [64744] "RarefactionStat" #> [64745] "RemoveSize" #> [64746] "RevertMatrix" #> [64747] "RiemannDist" #> [64748] "RSProjection" #> [64749] "SingleComparisonMap" #> [64750] "SRD" #> [64751] "TestModularity" #> [64752] "TreeDriftTest" #> [64753] "BNN" #> [64754] "BR" #> [64755] "ESS" #> [64756] "ESset" #> [64757] "ILogit" #> [64758] "MSReplicator" #> [64759] "phaseDiagram2S" #> [64760] "phaseDiagram3S" #> [64761] "phaseDiagram4S" #> [64762] "Replicator" #> [64763] "evolvability-package" #> [64764] "evolvabilityBeta" #> [64765] "evolvabilityBetaMCMC" #> [64766] "evolvabilityBetaMCMC2" #> [64767] "evolvabilityMeans" #> [64768] "evolvabilityMeansMCMC" #> [64769] "meanStdG" #> [64770] "meanStdGMCMC" #> [64771] "randomBeta" #> [64772] "summary.evolvabilityBeta" #> [64773] "summary.evolvabilityBetaMCMC" #> [64774] "aegla_consensus" #> [64775] "aegla_landmarks" #> [64776] "DistancesPlot" #> [64777] "GpaResiduals" #> [64778] "PlotVariations" #> [64779] "ReadLandmarkData" #> [64780] "ShapeDist" #> [64781] "SimEvo" #> [64782] "simulated_shapes" #> [64783] "simulated_shape_distances" #> [64784] "abm.acor" #> [64785] "abm.ees1" #> [64786] "abm.ees2" #> [64787] "abm.pso" #> [64788] "abm.saa" #> [64789] "abm.tabu" #> [64790] "acor.archive" #> [64791] "acor.F" #> [64792] "acor.lthgaussian" #> [64793] "acor.N" #> [64794] "acor.probabilities" #> [64795] "acor.S" #> [64796] "acor.sigma" #> [64797] "acor.updateants" #> [64798] "acor.W" #> [64799] "acor.weigth" #> [64800] "bestFitness" #> [64801] "bestSolution" #> [64802] "cbuf" #> [64803] "compare.algorithms1" #> [64804] "contourplothelper" #> [64805] "ees1.challenge" #> [64806] "ees1.explore" #> [64807] "ees1.mating" #> [64808] "ees1.mating1" #> [64809] "ees1.mutation" #> [64810] "ees1.recombination" #> [64811] "ees1.selection" #> [64812] "elog.debug" #> [64813] "elog.error" #> [64814] "elog.info" #> [64815] "elog.level" #> [64816] "enforceBounds" #> [64817] "es.evaluate" #> [64818] "Estimates-class" #> [64819] "extremize" #> [64820] "f0.ackley" #> [64821] "f0.ackley4" #> [64822] "f0.adtn.rosenbrock2" #> [64823] "f0.bohachevsky" #> [64824] "f0.bohachevsky4" #> [64825] "f0.cigar" #> [64826] "f0.cigar4" #> [64827] "f0.griewank" #> [64828] "f0.griewank4" #> [64829] "f0.nlnn.rosenbrock2" #> [64830] "f0.periodtuningpp" #> [64831] "f0.periodtuningpp12" #> [64832] "f0.periodtuningpp24" #> [64833] "f0.periodtuningpp48" #> [64834] "f0.periodtuningpp72" #> [64835] "f0.rosenbrock2" #> [64836] "f0.rosenbrock4" #> [64837] "f0.rosenbrockn" #> [64838] "f0.schaffer" #> [64839] "f0.schaffer4" #> [64840] "f0.schwefel" #> [64841] "f0.schwefel4" #> [64842] "f0.test" #> [64843] "f1.ackley" #> [64844] "f1.adtn.rosenbrock2" #> [64845] "f1.bohachevsky" #> [64846] "f1.cigar" #> [64847] "f1.griewank" #> [64848] "f1.nlnn.rosenbrock2" #> [64849] "f1.rosenbrock2" #> [64850] "f1.rosenbrockn" #> [64851] "f1.schaffer" #> [64852] "f1.schwefel" #> [64853] "f1.test" #> [64854] "fixdfcolumns" #> [64855] "generateSolution" #> [64856] "getFitness" #> [64857] "getSolution" #> [64858] "gm.mean" #> [64859] "gm.sd" #> [64860] "histplothelper" #> [64861] "initSolution" #> [64862] "lowerBound" #> [64863] "Magnitude" #> [64864] "naiveperiod" #> [64865] "NetLogoFunction-class" #> [64866] "NLWrapper.FindJar" #> [64867] "NLWrapper.GetParameter" #> [64868] "NLWrapper.Model" #> [64869] "NLWrapper.Run" #> [64870] "NLWrapper.RunExperiment" #> [64871] "NLWrapper.SetParameter" #> [64872] "NLWrapper.SetRandomSeed" #> [64873] "NLWrapper.Shutdown" #> [64874] "ObjectiveFunction-class" #> [64875] "Options-class" #> [64876] "OptionsACOR-class" #> [64877] "OptionsEES1-class" #> [64878] "OptionsEES2-class" #> [64879] "OptionsFactory" #> [64880] "OptionsPSO-class" #> [64881] "OptionsSAA-class" #> [64882] "OptionsTS-class" #> [64883] "paramconverter" #> [64884] "partSolutionSpace" #> [64885] "PlainFunction-class" #> [64886] "pop.first" #> [64887] "pop.last" #> [64888] "predatorprey" #> [64889] "predatorprey.plot0" #> [64890] "predatorprey.plot1" #> [64891] "pso.best" #> [64892] "pso.chi" #> [64893] "pso.lbest" #> [64894] "pso.neighborhood.K2" #> [64895] "pso.neighborhood.K4" #> [64896] "pso.neighborhood.KN" #> [64897] "pso.printbest" #> [64898] "pso.Velocity" #> [64899] "random.wheel" #> [64900] "RepastFunction-class" #> [64901] "saa.bolt" #> [64902] "saa.neighborhood" #> [64903] "saa.neighborhood1" #> [64904] "saa.neighborhoodH" #> [64905] "saa.neighborhoodN" #> [64906] "saa.tbyk" #> [64907] "saa.tcte" #> [64908] "saa.texp" #> [64909] "scatterplotlothelper" #> [64910] "searchrow" #> [64911] "show.comp1" #> [64912] "slopes" #> [64913] "sortSolution" #> [64914] "summarize.comp1" #> [64915] "tabu.getNeighbors" #> [64916] "tabu.istabu" #> [64917] "upperBound" #> [64918] "xmeanci1" #> [64919] "xmeanci2" #> [64920] "xyplothelper" #> [64921] "EvoRAG-package" #> [64922] "bootstrap.test" #> [64923] "EvoRAG-data" #> [64924] "EvoRAG-internal" #> [64925] "expectation.gradient" #> [64926] "expectation.time" #> [64927] "model.test.sisters" #> [64928] "MScorrection" #> [64929] "parameter.reestimation" #> [64930] "plotGradient.ci" #> [64931] "power.test" #> [64932] "Profile.like.CI" #> [64933] "sim.sisters" #> [64934] "sisterContinuous" #> [64935] "starting.values" #> [64936] "TypeI.error" #> [64937] "evt0-package" #> [64938] "DPOT" #> [64939] "mop" #> [64940] "mop.AREFF" #> [64941] "mop.q" #> [64942] "other.EVI" #> [64943] "other.q" #> [64944] "otherPORT.q" #> [64945] "PORT.Hill" #> [64946] "PORT.q" #> [64947] "S_P500" #> [64948] "gevcTest" #> [64949] "gevcTrain" #> [64950] "gpdcTest" #> [64951] "gpdcTrain" #> [64952] "LETTER" #> [64953] "BBBClub" #> [64954] "ContraceptiveChoice" #> [64955] "evtree" #> [64956] "evtree.control" #> [64957] "MAGICGammaTelescope" #> [64958] "StatlogHeart" #> [64959] "EW-package" #> [64960] "EW" #> [64961] "EWplot" #> [64962] "EWGoF-package" #> [64963] "BLOMEst" #> [64964] "CF.test" #> [64965] "EDF_NS.test" #> [64966] "LK.test" #> [64967] "LRI.test" #> [64968] "LSEst" #> [64969] "MEst" #> [64970] "MLEst" #> [64971] "WEDF.test" #> [64972] "WLK.test" #> [64973] "WLP.test" #> [64974] "WNS.test" #> [64975] "WPP.test" #> [64976] "accuracy_index" #> [64977] "average_toxicity" #> [64978] "dlt_rate" #> [64979] "ewoc_d1classic" #> [64980] "ewoc_d1extended" #> [64981] "ewoc_d1ph" #> [64982] "ewoc_simulation" #> [64983] "inv_standard_dose" #> [64984] "mtd_bias" #> [64985] "mtd_mse" #> [64986] "optimal_mtd" #> [64987] "optimal_toxicity" #> [64988] "pdlt_d1classic" #> [64989] "pdlt_d1extended" #> [64990] "pdlt_d1ph" #> [64991] "response_d1classic" #> [64992] "response_d1extended" #> [64993] "response_d1ph" #> [64994] "standard_dose" #> [64995] "stop_rule" #> [64996] "stop_rule_sim" #> [64997] "EWOC2-package" #> [64998] "ewoc2" #> [64999] "ewoc2simu" #> [65000] "mtdcurve" #> [65001] "pdlt" #> [65002] "plot.ewoc2simu" #> [65003] "print.ewoc2" #> [65004] "print.ewoc2simu" #> [65005] "Exact" #> [65006] "exact.test" #> [65007] "power.exact.test" #> [65008] "exact2x2-package" #> [65009] "binomMeld.test" #> [65010] "borrTest" #> [65011] "boschloo" #> [65012] "exact2x2" #> [65013] "exact2x2Plot" #> [65014] "plotT" #> [65015] "power2x2" #> [65016] "uncondExact2x2" #> [65017] "uncondPower2x2" #> [65018] "unirootGrid" #> [65019] "exactci-package" #> [65020] "binom.exact" #> [65021] "binomControl" #> [65022] "exactbinomPlot" #> [65023] "exactpoissonPlot" #> [65024] "poisson.exact" #> [65025] "powerBinom" #> [65026] "one-sided" #> [65027] "two-sided" #> [65028] "1-alpha" #> [65029] "confidence" #> [65030] "dependent" #> [65031] "interval," #> [65032] "alligator.dat" #> [65033] "czech.dat" #> [65034] "hyper" #> [65035] "mcexact" #> [65036] "mcexact.internals" #> [65037] "pathologist.dat" #> [65038] "print.mcexact" #> [65039] "residence.dat" #> [65040] "simulateConditional" #> [65041] "titanic.dat" #> [65042] "update.bab" #> [65043] "update.cab" #> [65044] "metaexact-package" #> [65045] "meta.exact" #> [65046] "study.exact" #> [65047] "ansari.exact" #> [65048] "ASAT" #> [65049] "bloodp" #> [65050] "cscores" #> [65051] "dperm" #> [65052] "ears" #> [65053] "globulin" #> [65054] "irank" #> [65055] "lungcancer" #> [65056] "wilcox.exact" #> [65057] "make-test-shells" #> [65058] "exams" #> [65059] "exams_eval" #> [65060] "exams_skeleton" #> [65061] "exams2arsnova" #> [65062] "exams2blackboard" #> [65063] "exams2html" #> [65064] "exams2lops" #> [65065] "exams2moodle" #> [65066] "exams2nops" #> [65067] "exams2openolat" #> [65068] "exams2pandoc" #> [65069] "exams2pdf" #> [65070] "exams2qti12" #> [65071] "exams2tcexam" #> [65072] "fmt" #> [65073] "include_supplement" #> [65074] "include_tikz" #> [65075] "match_exams_call" #> [65076] "matrix_to_schoice" #> [65077] "mchoice2string" #> [65078] "nops_eval" #> [65079] "nops_scan" #> [65080] "num_to_schoice" #> [65081] "read_exercise" #> [65082] "stresstest_exercise" #> [65083] "tex2image" #> [65084] "xexams" #> [65085] "xweave" #> [65086] "colorado" #> [65087] "create.pgrid" #> [65088] "create.pgrid2" #> [65089] "exceedance.ci" #> [65090] "ExceedanceTools" #> [65091] "plot.pgrid" #> [65092] "sdata" #> [65093] "statistic.cv" #> [65094] "statistic.sim" #> [65095] "COMStop" #> [65096] "current.graphics" #> [65097] "excel.link" #> [65098] "xl" #> [65099] "xl.bind.range" #> [65100] "xl.connect.table" #> [65101] "xl.current.region" #> [65102] "xl.get.excel" #> [65103] "xl.index2address" #> [65104] "xl.property" #> [65105] "xl.read.file" #> [65106] "xl.sheet.add" #> [65107] "xl.workbook.add" #> [65108] "xl.write" #> [65109] "excerptr-package" #> [65110] "excerptr" #> [65111] "excessm" #> [65112] "ExcessMass" #> [65113] "exmplot" #> [65114] "exmsilhouette" #> [65115] "mexmsilhouette" #> [65116] "searchMaxLambda" #> [65117] "exCon-package" #> [65118] "exCon" #> [65119] "excursions-package" #> [65120] "continuous" #> [65121] "contourmap" #> [65122] "contourmap.colors" #> [65123] "contourmap.inla" #> [65124] "contourmap.mc" #> [65125] "excursions.inla" #> [65126] "excursions.mc" #> [65127] "excursions.variances" #> [65128] "require.nowarnings" #> [65129] "simconf" #> [65130] "simconf.inla" #> [65131] "simconf.mc" #> [65132] "simconf.mixture" #> [65133] "submesh.grid" #> [65134] "submesh.mesh" #> [65135] "summary.excurobj" #> [65136] "tricontour" #> [65137] "exif" #> [65138] "read_exif" #> [65139] "configure_exiftool" #> [65140] "exiftool_call" #> [65141] "configure_exiftoolr" #> [65142] "exif_call" #> [65143] "exif_read" #> [65144] "install_exiftool" #> [65145] "ExomeDepth-package" #> [65146] "AnnotateExtra" #> [65147] "AnnotateExtra-methods" #> [65148] "CallCNVs" #> [65149] "Conrad.hg19.common.CNVs" #> [65150] "count.everted.reads" #> [65151] "countBam.everted" #> [65152] "countBamInGRanges.exomeDepth" #> [65153] "ExomeCount" #> [65154] "ExomeDepth-class" #> [65155] "exons.hg19" #> [65156] "exons.hg19.X" #> [65157] "genes.hg19" #> [65158] "get.power.betabinom" #> [65159] "getBamCounts" #> [65160] "qbetabinom" #> [65161] "qbetabinom.ab" #> [65162] "select.reference.set" #> [65163] "somatic.CNV.call" #> [65164] "TestCNV" #> [65165] "viterbi.hmm" #> [65166] "exp2flux" #> [65167] "fluxDifferences" #> [65168] "plotDifferences" #> [65169] "ExPanD" #> [65170] "ExPanDaR" #> [65171] "ExPanD_config_russell_3000" #> [65172] "ExPanD_config_worldbank" #> [65173] "prepare_by_group_bar_graph" #> [65174] "prepare_by_group_violin_graph" #> [65175] "prepare_correlation_graph" #> [65176] "prepare_correlation_table" #> [65177] "prepare_descriptive_table" #> [65178] "prepare_ext_obs_table" #> [65179] "prepare_missing_values_graph" #> [65180] "prepare_quantile_trend_graph" #> [65181] "prepare_regression_table" #> [65182] "prepare_scatter_plot" #> [65183] "prepare_trend_graph" #> [65184] "russell_3000" #> [65185] "russell_3000_data_def" #> [65186] "treat_outliers" #> [65187] "worldbank" #> [65188] "worldbank_data_def" #> [65189] "worldbank_var_def" #> [65190] "coefPlot" #> [65191] "distMat" #> [65192] "easyLASSO" #> [65193] "eDiff" #> [65194] "eLag" #> [65195] "eMatrixOuter" #> [65196] "eOuter" #> [65197] "ePow" #> [65198] "eQuad" #> [65199] "eReplace" #> [65200] "eTrim" #> [65201] "expandFunctions" #> [65202] "freemanTukey" #> [65203] "lagshift" #> [65204] "polywrapper" #> [65205] "rapt" #> [65206] "raptMake" #> [65207] "reset.warnings" #> [65208] "Ydiagnostics" #> [65209] "yyHatPlot" #> [65210] "assignMutations" #> [65211] "assignQuantityToMutation" #> [65212] "assignQuantityToSP" #> [65213] "buildMultiSamplePhylo" #> [65214] "buildPhylo" #> [65215] "cbs" #> [65216] "cellfrequency_pdf" #> [65217] "clusterCellFrequencies" #> [65218] "computeCellFrequencyDistributions" #> [65219] "gatherEXPANDSoutput" #> [65220] "plotSPs" #> [65221] "roi" #> [65222] "runExPANdS" #> [65223] "snv" #> [65224] "check_stop_criteria" #> [65225] "evaluate_population" #> [65226] "ExpDE" #> [65227] "mutation_best" #> [65228] "mutation_current_to_pbest" #> [65229] "mutation_mean" #> [65230] "mutation_none" #> [65231] "mutation_operators" #> [65232] "mutation_rand" #> [65233] "mutation_wgi" #> [65234] "print_progress" #> [65235] "recombination_arith" #> [65236] "recombination_bin" #> [65237] "recombination_blxAlphaBeta" #> [65238] "recombination_eigen" #> [65239] "recombination_exp" #> [65240] "recombination_geo" #> [65241] "recombination_lbga" #> [65242] "recombination_linear" #> [65243] "recombination_mmax" #> [65244] "recombination_none" #> [65245] "recombination_npoint" #> [65246] "recombination_onepoint" #> [65247] "recombination_operators" #> [65248] "recombination_pbest" #> [65249] "recombination_sbx" #> [65250] "recombination_wright" #> [65251] "selection_standard" #> [65252] "ExpDes-package" #> [65253] "anscombetukey" #> [65254] "bartlett" #> [65255] "ccboot" #> [65256] "ccf" #> [65257] "crd" #> [65258] "est21Ad" #> [65259] "ex" #> [65260] "ex3" #> [65261] "ex4" #> [65262] "ex5" #> [65263] "ex6" #> [65264] "ex7" #> [65265] "ex8" #> [65266] "ex9" #> [65267] "ex_nl" #> [65268] "fat2.ad.crd" #> [65269] "fat2.ad.rbd" #> [65270] "fat2.crd" #> [65271] "fat2.rbd" #> [65272] "fat3.ad.crd" #> [65273] "fat3.ad.rbd" #> [65274] "fat3.crd" #> [65275] "fat3.rbd" #> [65276] "ginv" #> [65277] "han" #> [65278] "latsd" #> [65279] "layard" #> [65280] "levene" #> [65281] "lsdb" #> [65282] "oneilldbc" #> [65283] "oneillmathews" #> [65284] "order.stat.SNK" #> [65285] "rbd" #> [65286] "reg.nl" #> [65287] "reg.poly" #> [65288] "respAd" #> [65289] "samiuddin" #> [65290] "scottknott" #> [65291] "secaAd" #> [65292] "snk" #> [65293] "split2.crd" #> [65294] "split2.rbd" #> [65295] "tukey" #> [65296] "ExpDes.pt-package" #> [65297] "dbc" #> [65298] "dql" #> [65299] "faixas" #> [65300] "fat2.ad.dbc" #> [65301] "fat2.ad.dic" #> [65302] "fat2.dbc" #> [65303] "fat2.dic" #> [65304] "fat3.ad.dbc" #> [65305] "fat3.ad.dic" #> [65306] "fat3.dbc" #> [65307] "fat3.dic" #> [65308] "graficos" #> [65309] "psub2.dbc" #> [65310] "psub2.dic" #> [65311] "ATEbounds" #> [65312] "ATEcluster" #> [65313] "ATEnocov" #> [65314] "ATOPnoassumption" #> [65315] "ATOPobs" #> [65316] "ATOPsens" #> [65317] "CACEcluster" #> [65318] "CADErand" #> [65319] "CADEreg" #> [65320] "NoncompLI" #> [65321] "seguro" #> [65322] "expert" #> [65323] "hist.expert" #> [65324] "mean.expert" #> [65325] "quantile.expert" #> [65326] "expint-package" #> [65327] "expint" #> [65328] "gammainc" #> [65329] "ExplainPrediction-package" #> [65330] "explanation" #> [65331] "wrap4Explanation" #> [65332] "CA_var_plot" #> [65333] "explor" #> [65334] "ggind" #> [65335] "ggvar" #> [65336] "MCA_biplot" #> [65337] "MCA_ind_plot" #> [65338] "MCA_var_plot" #> [65339] "PCA_ind_plot" #> [65340] "PCA_var_plot" #> [65341] "prepare_results" #> [65342] "masslm" #> [65343] "massregplot" #> [65344] "expAtv" #> [65345] "expm" #> [65346] "expm.Higham08" #> [65347] "expmCond" #> [65348] "expmFrechet" #> [65349] "logm" #> [65350] "matStig" #> [65351] "sqrtm" #> [65352] "expoRkit" #> [65353] "expv" #> [65354] "orani" #> [65355] "padm" #> [65356] "Rexpv" #> [65357] "graph2bitmap" #> [65358] "graph2office" #> [65359] "graph2vector" #> [65360] "rgl2bitmap" #> [65361] "table2office" #> [65362] "table2spreadsheet" #> [65363] "table2tex" #> [65364] "ExPosition-package" #> [65365] "acknowledgements" #> [65366] "bada.wine" #> [65367] "beer.tasting.notes" #> [65368] "beers2007" #> [65369] "calculateConstraints" #> [65370] "caNorm" #> [65371] "caSupplementalElementsPreProcessing" #> [65372] "chi2Dist" #> [65373] "coffee.data" #> [65374] "computeMW" #> [65375] "coreCA" #> [65376] "coreMDS" #> [65377] "corePCA" #> [65378] "createDefaultDesign" #> [65379] "designCheck" #> [65380] "dica.ad" #> [65381] "dica.wine" #> [65382] "ep.iris" #> [65383] "epCA" #> [65384] "epGPCA" #> [65385] "epGraphs" #> [65386] "epMCA" #> [65387] "epMDS" #> [65388] "epPCA" #> [65389] "expo.scale" #> [65390] "faces2005" #> [65391] "french.social" #> [65392] "genPDQ" #> [65393] "great.beer.tasting.1" #> [65394] "great.beer.tasting.2" #> [65395] "hellingerNorm" #> [65396] "hellingerSupplementaryColsPreProcessing" #> [65397] "hellingerSupplementaryRowsPreProcessing" #> [65398] "jlsr.2010.ad" #> [65399] "jocn.2005.fmri" #> [65400] "makeDistancesAndWeights" #> [65401] "makeNominalData" #> [65402] "makeRowProfiles" #> [65403] "mca.eigen.fix" #> [65404] "mca.wine" #> [65405] "mdsSupplementalElementsPreProcessing" #> [65406] "mdsTransform" #> [65407] "nominalCheck" #> [65408] "pca.wine" #> [65409] "pcaSupplementaryColsPreProcessing" #> [65410] "pcaSupplementaryRowsPreProcessing" #> [65411] "pickSVD" #> [65412] "print.epCA" #> [65413] "print.epGPCA" #> [65414] "print.epGraphs" #> [65415] "print.epMCA" #> [65416] "print.epMDS" #> [65417] "print.epPCA" #> [65418] "print.epSVD" #> [65419] "print.expoOutput" #> [65420] "rowNorms" #> [65421] "rvCoeff" #> [65422] "snps.druguse" #> [65423] "supplementalProjection" #> [65424] "supplementaryCols" #> [65425] "supplementaryRows" #> [65426] "wines2007" #> [65427] "wines2012" #> [65428] "expp-package" #> [65429] "bluetit_boundary" #> [65430] "bluetit_breeding" #> [65431] "bluetit_epp" #> [65432] "DirichletPolygons" #> [65433] "epp-class" #> [65434] "eppMatrix-class" #> [65435] "eppSimDat" #> [65436] "neighborsDataFrame" #> [65437] "SpatialPointsBreeding-class" #> [65438] "expperm-package" #> [65439] "BG" #> [65440] "BG_cpp" #> [65441] "brute" #> [65442] "brute_cpp" #> [65443] "df1" #> [65444] "df2" #> [65445] "is.tridiagonal" #> [65446] "ryser" #> [65447] "ryser_cpp" #> [65448] "sink" #> [65449] "sink_cpp" #> [65450] "triA" #> [65451] "ExpRep-package" #> [65452] "ApplicIntegralTheo" #> [65453] "Buffon" #> [65454] "Integral_Theorem" #> [65455] "Local_Theorem" #> [65456] "Poisson_Theorem" #> [65457] "S_Integral_Theorem" #> [65458] "S_Local_Limit_Theorem" #> [65459] "S_Poisson_Theorem" #> [65460] "array" #> [65461] "arrayExprs" #> [65462] "arrayMulti" #> [65463] "build." #> [65464] "buildANN" #> [65465] "buildDNN" #> [65466] "buildDT" #> [65467] "buildEnsemble" #> [65468] "buildFRB" #> [65469] "buildGLM" #> [65470] "buildLASSO" #> [65471] "buildLDA" #> [65472] "buildLM" #> [65473] "buildLR" #> [65474] "buildNB" #> [65475] "buildRF" #> [65476] "buildSVM" #> [65477] "calcMonteCarlo" #> [65478] "calcNested" #> [65479] "calcStats" #> [65480] "check.ctrlGS" #> [65481] "classCheck" #> [65482] "conjoin" #> [65483] "ctrlFeatureSelect" #> [65484] "ctrlGridSearch" #> [65485] "ctrlModSet" #> [65486] "ctrlSplitSet" #> [65487] "defaultArg" #> [65488] "doMulti" #> [65489] "ExprsArray-class" #> [65490] "ExprsBinary-class" #> [65491] "ExprsEnsemble-class" #> [65492] "ExprsMachine-class" #> [65493] "ExprsModel-class" #> [65494] "ExprsModule-class" #> [65495] "ExprsMulti-class" #> [65496] "exprso" #> [65497] "exprso-predict" #> [65498] "ExprsPipeline-class" #> [65499] "ExprsPredict-class" #> [65500] "forceArg" #> [65501] "fs." #> [65502] "fsANOVA" #> [65503] "fsBalance" #> [65504] "fsCor" #> [65505] "fsEbayes" #> [65506] "fsEdger" #> [65507] "fsInclude" #> [65508] "fsMrmre" #> [65509] "fsNULL" #> [65510] "fsPCA" #> [65511] "fsPrcomp" #> [65512] "fsRankProd" #> [65513] "fsRDA" #> [65514] "fsSample" #> [65515] "fsStats" #> [65516] "getArgs" #> [65517] "getWeights" #> [65518] "GSE2eSet" #> [65519] "makeGridFromArgs" #> [65520] "modAcomp" #> [65521] "modCLR" #> [65522] "modCluster" #> [65523] "modFilter" #> [65524] "modHistory" #> [65525] "modInclude" #> [65526] "modNormalize" #> [65527] "modPermute" #> [65528] "modRatios" #> [65529] "modSample" #> [65530] "modScale" #> [65531] "modSkew" #> [65532] "modSubset" #> [65533] "modSwap" #> [65534] "modTMM" #> [65535] "modTransform" #> [65536] "nfeats" #> [65537] "nsamps" #> [65538] "pipe" #> [65539] "pipeFilter" #> [65540] "pipeUnboot" #> [65541] "plCV" #> [65542] "plGrid" #> [65543] "plGridMulti" #> [65544] "plMonteCarlo" #> [65545] "plNested" #> [65546] "RegrsArray-class" #> [65547] "RegrsModel-class" #> [65548] "RegrsPredict-class" #> [65549] "reRank" #> [65550] "splitBalanced" #> [65551] "splitBoost" #> [65552] "splitBy" #> [65553] "splitStratify" #> [65554] "trainingSet" #> [65555] "validationSet" #> [65556] "expSBM-package" #> [65557] "expSBM_ELBO" #> [65558] "expSBM_EM" #> [65559] "expSBM_init" #> [65560] "expSBM_select" #> [65561] "high_school" #> [65562] "expsmooth-package" #> [65563] "ausgdp" #> [65564] "bonds" #> [65565] "cangas" #> [65566] "carparts" #> [65567] "dji" #> [65568] "djiclose" #> [65569] "enplanements" #> [65570] "fmsales" #> [65571] "freight" #> [65572] "frexport" #> [65573] "gasprice" #> [65574] "jewelry" #> [65575] "mcopper" #> [65576] "msales" #> [65577] "partx" #> [65578] "ukcars" #> [65579] "unemp.cci" #> [65580] "usgdp" #> [65581] "usnetelec" #> [65582] "utility" #> [65583] "visitors" #> [65584] "xrates" #> [65585] "apply_labels" #> [65586] "as.category" #> [65587] "as.datatable_widget" #> [65588] "as.dichotomy" #> [65589] "as.etable" #> [65590] "as.labelled" #> [65591] "by_groups" #> [65592] "compare_proportions" #> [65593] "count_if" #> [65594] "cro_fun" #> [65595] "default_dataset" #> [65596] "do_repeat" #> [65597] "drop_empty_rows" #> [65598] "experimental" #> [65599] "expss" #> [65600] "expss.options" #> [65601] "fctr" #> [65602] "fre" #> [65603] "htmlTable.etable" #> [65604] "if_na" #> [65605] "if_val" #> [65606] "keep" #> [65607] "match_row" #> [65608] "merge.etable" #> [65609] "mrset" #> [65610] "names2labels" #> [65611] "name_dots" #> [65612] "prepend_values" #> [65613] "product_test" #> [65614] "qc" #> [65615] "read_spss" #> [65616] "set_caption" #> [65617] "sheet" #> [65618] "sort_asc" #> [65619] "split_by" #> [65620] "split_labels" #> [65621] "sum_row" #> [65622] "tab_significance_options" #> [65623] "tab_sort_asc" #> [65624] "text_to_columns" #> [65625] "unlab" #> [65626] "values2labels" #> [65627] "val_lab" #> [65628] "var_lab" #> [65629] "vlookup" #> [65630] "window_fun" #> [65631] "write_labels" #> [65632] "w_mean" #> [65633] "xl_write" #> [65634] "ahsanullah.exp.test" #> [65635] "atkinson.exp.test" #> [65636] "co.exp.test" #> [65637] "cvm.exp.test" #> [65638] "deshpande.exp.test" #> [65639] "ep.exp.test" #> [65640] "epstein.exp.test" #> [65641] "frozini.exp.test" #> [65642] "gini.exp.test" #> [65643] "gnedenko.exp.test" #> [65644] "harris.exp.test" #> [65645] "hegazy1.exp.test" #> [65646] "hegazy2.exp.test" #> [65647] "hollander.exp.test" #> [65648] "kimber.exp.test" #> [65649] "kochar.exp.test" #> [65650] "ks.exp.test" #> [65651] "lorenz.exp.test" #> [65652] "moran.exp.test" #> [65653] "pietra.exp.test" #> [65654] "rossberg.exp.test" #> [65655] "shapiro.exp.test" #> [65656] "we.exp.test" #> [65657] "ww.exp.test" #> [65658] "expCombine" #> [65659] "expConcat" #> [65660] "expCreate" #> [65661] "expCreateFromTable" #> [65662] "expExtend" #> [65663] "expExtract" #> [65664] "expGetDuplicated" #> [65665] "expInstantiate" #> [65666] "expReduce" #> [65667] "expRemoveDuplicated" #> [65668] "expRename" #> [65669] "expReorder" #> [65670] "expSubset" #> [65671] "exreport" #> [65672] "exreportAdd" #> [65673] "exreportRender" #> [65674] "plotCumulativeRank" #> [65675] "plotExpSummary" #> [65676] "plotRankDistribution" #> [65677] "tabularExpSummary" #> [65678] "tabularTestPairwise" #> [65679] "tabularTestSummary" #> [65680] "testMultipleControl" #> [65681] "testMultiplePairwise" #> [65682] "testPaired" #> [65683] "wekaExperiment" #> [65684] "est.gamma.func" #> [65685] "Estc.func" #> [65686] "EVI.CFG.func" #> [65687] "PowT.1tau.func" #> [65688] "qpareto" #> [65689] "rpareto" #> [65690] "select.k.func" #> [65691] "testC.EVI" #> [65692] "ThreeStage" #> [65693] "TwoStage" #> [65694] "exsic-package" #> [65695] "coll.cite" #> [65696] "exsic" #> [65697] "format.ASPT" #> [65698] "format.NYBG" #> [65699] "format.PK" #> [65700] "format.SBMG" #> [65701] "index.citations" #> [65702] "index.collections" #> [65703] "index.countries" #> [65704] "index.species" #> [65705] "index.species.short" #> [65706] "is.exsic" #> [65707] "is.format" #> [65708] "is.sortfilter" #> [65709] "prepare.table" #> [65710] "read.exsic" #> [65711] "section.exsic" #> [65712] "sort.specs" #> [65713] "strip.final.dot" #> [65714] "write.exsic" #> [65715] "check_missing" #> [65716] "grp_routine" #> [65717] "ind_to_char" #> [65718] "pct_routine" #> [65719] "exteriorMatch-package" #> [65720] "exterior" #> [65721] "extfunnel-package" #> [65722] "extfunnel" #> [65723] "coef.extlasso" #> [65724] "cv.extlasso" #> [65725] "extlasso" #> [65726] "fusedlasso" #> [65727] "plot.extlasso" #> [65728] "predict.extlasso" #> [65729] "corrRankings" #> [65730] "EMM" #> [65731] "HEMM" #> [65732] "NBArankings" #> [65733] "simu1" #> [65734] "simu2" #> [65735] "simu3" #> [65736] "extraBinomial-package" #> [65737] "exbio" #> [65738] "LaplacesDemon," #> [65739] "VGAM," #> [65740] "evd," #> [65741] "hoa," #> [65742] "skellam," #> [65743] "2018-10-23" #> [65744] "13:10:03" #> [65745] "BetaBinom" #> [65746] "BetaNegBinom" #> [65747] "BetaPrime" #> [65748] "Bhattacharjee" #> [65749] "BirnbaumSaunders" #> [65750] "BivNormal" #> [65751] "BivPoiss" #> [65752] "Categorical" #> [65753] "DirMnom" #> [65754] "DiscreteGamma" #> [65755] "DiscreteLaplace" #> [65756] "DiscreteNormal" #> [65757] "DiscreteUniform" #> [65758] "DiscreteWeibull" #> [65759] "extraDistr" #> [65760] "GammaPoiss" #> [65761] "GEV" #> [65762] "GPD" #> [65763] "HalfCauchy" #> [65764] "HalfNormal" #> [65765] "HalfT" #> [65766] "Huber" #> [65767] "InvChiSq" #> [65768] "InvGamma" #> [65769] "Kumaraswamy" #> [65770] "LocationScaleT" #> [65771] "LogSeries" #> [65772] "Lomax" #> [65773] "MultiHypergeometric" #> [65774] "NegHyper" #> [65775] "NSBeta" #> [65776] "PoissonMix" #> [65777] "PowerDist" #> [65778] "PropBeta" #> [65779] "Rademacher" #> [65780] "Rayleigh" #> [65781] "ShiftGomp" #> [65782] "Skellam" #> [65783] "Slash" #> [65784] "TruncBinom" #> [65785] "TruncNormal" #> [65786] "TruncPoisson" #> [65787] "TukeyLambda" #> [65788] "Wald" #> [65789] "ZIB" #> [65790] "ZINB" #> [65791] "ZIP" #> [65792] "choose_font" #> [65793] "embed_fonts" #> [65794] "extrafont" #> [65795] "fonts" #> [65796] "fonttable" #> [65797] "font_addpackage" #> [65798] "font_import" #> [65799] "font_install" #> [65800] "loadfonts" #> [65801] "ttf_import" #> [65802] "extrafontdb" #> [65803] "extraTrees" #> [65804] "predict.extraTrees" #> [65805] "prepareForSave" #> [65806] "selectTrees" #> [65807] "setJavaMemory" #> [65808] "toJavaCSMatrix" #> [65809] "toJavaMatrix" #> [65810] "toJavaMatrix2D" #> [65811] "toRMatrix" #> [65812] "ExtremeBounds" #> [65813] "hist.eba" #> [65814] "print.eba" #> [65815] "bandwidth.CV" #> [65816] "bandwidth.grid" #> [65817] "Biweight.kernel" #> [65818] "bootCI.ts" #> [65819] "cox.adapt" #> [65820] "CriticalValue" #> [65821] "dataOyster" #> [65822] "dataWind" #> [65823] "Epa.kernel" #> [65824] "Gaussian.kernel" #> [65825] "goftest" #> [65826] "goftest.hill.adapt" #> [65827] "goftest.hill.ts" #> [65828] "hill.adapt" #> [65829] "hill.ts" #> [65830] "LoadCurve" #> [65831] "plot.hill" #> [65832] "plot.hill.adapt" #> [65833] "pparetoCP" #> [65834] "predict.cox.adapt" #> [65835] "predict.hill" #> [65836] "predict.hill.adapt" #> [65837] "predict.hill.ts" #> [65838] "probgrid" #> [65839] "rburr.dependent" #> [65840] "Rectangular.kernel" #> [65841] "Triang.kernel" #> [65842] "TruncGauss.kernel" #> [65843] "wecdf" #> [65844] "wquantile" #> [65845] "extRemes-package" #> [65846] "abba" #> [65847] "atdf" #> [65848] "BayesFactor" #> [65849] "blockmaxxer" #> [65850] "CarcasonneHeat" #> [65851] "ci.fevd" #> [65852] "ci.rl.ns.fevd.bayesian" #> [65853] "damage" #> [65854] "datagrabber.declustered" #> [65855] "Denmint" #> [65856] "Denversp" #> [65857] "devd" #> [65858] "distill.fevd" #> [65859] "erlevd" #> [65860] "extremalindex" #> [65861] "FCwx" #> [65862] "fevd" #> [65863] "findAllMCMCpars" #> [65864] "findpars" #> [65865] "Flood" #> [65866] "Fort" #> [65867] "fpois" #> [65868] "ftcanmax" #> [65869] "HEAT" #> [65870] "hwmi" #> [65871] "hwmid" #> [65872] "is.fixedfevd" #> [65873] "levd" #> [65874] "make.qcov" #> [65875] "Ozone4H" #> [65876] "parcov.fevd" #> [65877] "Peak" #> [65878] "pextRemes" #> [65879] "PORTw" #> [65880] "postmode" #> [65881] "Potomac" #> [65882] "profliker" #> [65883] "return.level" #> [65884] "revtrans.evd" #> [65885] "rlevd" #> [65886] "Rsum" #> [65887] "shiftplot" #> [65888] "taildep" #> [65889] "taildep.test" #> [65890] "threshrange.plot" #> [65891] "Tphap" #> [65892] "annMax" #> [65893] "distLexBoot" #> [65894] "distLextreme" #> [65895] "distLfit" #> [65896] "distLquantile" #> [65897] "distLweights" #> [65898] "extremeStat" #> [65899] "plotLexBoot" #> [65900] "plotLextreme" #> [65901] "plotLfit" #> [65902] "plotLquantile" #> [65903] "plotLweights" #> [65904] "printL" #> [65905] "quantGPD" #> [65906] "q_gpd" #> [65907] "q_weighted" #> [65908] "weightp" #> [65909] "evGui" #> [65910] "extremevalues" #> [65911] "getOutliers" #> [65912] "invErf" #> [65913] "angcdf" #> [65914] "angdensity" #> [65915] "angscdf" #> [65916] "beatenberg" #> [65917] "cmodes" #> [65918] "kgvar" #> [65919] "khetmeans" #> [65920] "lse" #> [65921] "plotFrechet" #> [65922] "extremogram-package" #> [65923] "bootconf1" #> [65924] "bootconf2" #> [65925] "bootconfr" #> [65926] "extremogram1" #> [65927] "extremogram2" #> [65928] "extremogramr" #> [65929] "permfn1" #> [65930] "permfn2" #> [65931] "permfnr" #> [65932] "bootstrapCenWbMix" #> [65933] "bootstrapCMLE" #> [65934] "cenWbMLE.T1" #> [65935] "cenWbMLE.T2" #> [65936] "emCenWbMix.T1" #> [65937] "emCenWbMix.T2" #> [65938] "quanWbMix" #> [65939] "simWbMix" #> [65940] "autoplot.datestamp" #> [65941] "autoplot.radf" #> [65942] "col_names" #> [65943] "crit" #> [65944] "datestamp" #> [65945] "index.radf" #> [65946] "mc_cv" #> [65947] "radf" #> [65948] "sb_cv" #> [65949] "sim_blan" #> [65950] "sim_dgp1" #> [65951] "sim_dgp2" #> [65952] "sim_div" #> [65953] "sim_evans" #> [65954] "wb_cv" #> [65955] "eyelinker" #> [65956] "read.asc" #> [65957] "whichInterval" #> [65958] "%In%" #> [65959] "eyetracking-package" #> [65960] "distance2point" #> [65961] "subtendedAngle" #> [65962] "add_aoi" #> [65963] "analyze_boot_splines" #> [65964] "analyze_time_bins" #> [65965] "analyze_time_clusters" #> [65966] "clean_by_trackloss" #> [65967] "describe_data" #> [65968] "eyetrackingR" #> [65969] "get_time_clusters" #> [65970] "make_boot_splines_data" #> [65971] "make_eyetrackingr_data" #> [65972] "make_onset_data" #> [65973] "make_switch_data" #> [65974] "make_time_cluster_data" #> [65975] "make_time_sequence_data" #> [65976] "make_time_window_data" #> [65977] "plot.bin_analysis" #> [65978] "plot.boot_splines_analysis" #> [65979] "plot.boot_splines_data" #> [65980] "plot.cluster_analysis" #> [65981] "plot.eyetrackingR_data_summary" #> [65982] "plot.onset_data" #> [65983] "plot.switch_data" #> [65984] "plot.time_cluster_data" #> [65985] "plot.time_sequence_data" #> [65986] "plot.time_window_data" #> [65987] "print.cluster_analysis" #> [65988] "simulate_eyetrackingr_data" #> [65989] "subset_by_window" #> [65990] "summary.bin_analysis" #> [65991] "summary.boot_splines_analysis" #> [65992] "summary.cluster_analysis" #> [65993] "summary.time_cluster_data" #> [65994] "trackloss_analysis" #> [65995] "word_recognition" #> [65996] "ez-package" #> [65997] "ANT" #> [65998] "ANT2" #> [65999] "ezANOVA" #> [66000] "ezBoot" #> [66001] "ezCor" #> [66002] "ezDesign" #> [66003] "ezMixed" #> [66004] "ezMixedProgress" #> [66005] "ezPerm" #> [66006] "ezPlot" #> [66007] "ezPlot2" #> [66008] "ezPrecis" #> [66009] "ezPredict" #> [66010] "ezResample" #> [66011] "ezStats" #> [66012] "dummydata" #> [66013] "EC_table" #> [66014] "ezec" #> [66015] "ezglm" #> [66016] "ezknitr" #> [66017] "ezknitr_core" #> [66018] "open_output_dir" #> [66019] "setup_ezspin_test" #> [66020] "pick" #> [66021] "picko" #> [66022] "viewxl" #> [66023] "agg_data" #> [66024] "area_plot" #> [66025] "bar_plot" #> [66026] "ez_col" #> [66027] "ez_data" #> [66028] "ez_jet" #> [66029] "ez_labels" #> [66030] "ez_log_breaks" #> [66031] "ez_png" #> [66032] "get_incr" #> [66033] "line_plot" #> [66034] "mean_plot" #> [66035] "model_plot" #> [66036] "nameifnot" #> [66037] "na_plot" #> [66038] "not_numeric" #> [66039] "no_null" #> [66040] "pie_plot" #> [66041] "quick_facet" #> [66042] "rel_plot" #> [66043] "reorder_levels" #> [66044] "save_png" #> [66045] "side_plot" #> [66046] "text_contrast" #> [66047] "theme_ez" #> [66048] "tile_plot" #> [66049] "unpack_cols" #> [66050] "waterfall_plot" #> [66051] "createParDef" #> [66052] "evalFunctionOnParameterDef" #> [66053] "ezsim" #> [66054] "generate.parameterDef" #> [66055] "getSelectionName.summary.ezsim" #> [66056] "merge.ezsim" #> [66057] "merge.parameterDef" #> [66058] "plot.ezsim" #> [66059] "plot.summary.ezsim" #> [66060] "print.ezsim" #> [66061] "print.parameterDef" #> [66062] "print.parameters" #> [66063] "print.summary.ezsim" #> [66064] "run.ezsim" #> [66065] "setBanker.parameterDef" #> [66066] "setSelection.parameterDef" #> [66067] "subset.ezsim" #> [66068] "summary.ezsim" #> [66069] "test.ezsim" #> [66070] "EZtune-package" #> [66071] "eztune" #> [66072] "eztune.cv" #> [66073] "lichen" #> [66074] "lichenTest" #> [66075] "mullein" #> [66076] "mulleinTest" #> [66077] "fabtCI" #> [66078] "fabzCI" #> [66079] "hhetmodel" #> [66080] "hhommodel" #> [66081] "multifabCI" #> [66082] "multifabCIhom" #> [66083] "radon" #> [66084] "07:10:02" #> [66085] "fabMix-package" #> [66086] "complete.log.likelihood" #> [66087] "complete.log.likelihood_q0" #> [66088] "complete.log.likelihood_q0_sameSigma" #> [66089] "complete.log.likelihood_Sj" #> [66090] "compute_A_B_G_D_and_simulate_mu_Lambda" #> [66091] "compute_A_B_G_D_and_simulate_mu_Lambda_CCU" #> [66092] "compute_A_B_G_D_and_simulate_mu_Lambda_CUU" #> [66093] "compute_A_B_G_D_and_simulate_mu_Lambda_q0" #> [66094] "compute_A_B_G_D_and_simulate_mu_Lambda_q0_sameSigma" #> [66095] "compute_A_B_G_D_and_simulate_mu_Lambda_Sj" #> [66096] "compute_sufficient_statistics" #> [66097] "compute_sufficient_statistics_given_mu" #> [66098] "compute_sufficient_statistics_q0" #> [66099] "CorMat_mcmc_summary" #> [66100] "CovMat_mcmc_summary" #> [66101] "fabMix" #> [66102] "fabMix_CxC" #> [66103] "fabMix_CxU" #> [66104] "fabMix_missing_values" #> [66105] "fabMix_parallelModels" #> [66106] "fabMix_UxC" #> [66107] "fabMix_UxU" #> [66108] "getStuffForDIC" #> [66109] "log_dirichlet_pdf" #> [66110] "observed.log.likelihood0" #> [66111] "observed.log.likelihood0_q0_sameSigma" #> [66112] "observed.log.likelihood0_Sj" #> [66113] "observed.log.likelihood0_Sj_q0" #> [66114] "overfittingMFA" #> [66115] "overfittingMFA_CCC" #> [66116] "overfittingMFA_CCU" #> [66117] "overfittingMFA_CUC" #> [66118] "overfittingMFA_CUU" #> [66119] "overfittingMFA_missing_values" #> [66120] "overfittingMFA_Sj" #> [66121] "overfittingMFA_Sj_missing_values" #> [66122] "overfittingMFA_UCC" #> [66123] "overfittingMFA_UUC" #> [66124] "overfitting_q0" #> [66125] "overfitting_q0_sameSigma" #> [66126] "plot.fabMix.object" #> [66127] "print.fabMix.object" #> [66128] "readLambdaValues" #> [66129] "simData2" #> [66130] "summary.fabMix.object" #> [66131] "update_all_y" #> [66132] "update_all_y_Sj" #> [66133] "update_OmegaINV" #> [66134] "update_OmegaINV_Cxx" #> [66135] "update_SigmaINV_faster" #> [66136] "update_SigmaINV_faster_q0" #> [66137] "update_SigmaINV_faster_q0_sameSigma" #> [66138] "update_SigmaINV_faster_Sj" #> [66139] "update_SigmaINV_xCC" #> [66140] "update_SigmaINV_xUC" #> [66141] "update_z2" #> [66142] "update_z2_Sj" #> [66143] "update_z4" #> [66144] "update_z4_Sj" #> [66145] "update_z_b" #> [66146] "update_z_b_Sj" #> [66147] "update_z_q0" #> [66148] "update_z_q0_sameSigma" #> [66149] "waveDataset1500" #> [66150] "cross_levels" #> [66151] "draw_binary_icc" #> [66152] "draw_discrete" #> [66153] "draw_normal_icc" #> [66154] "fabricate" #> [66155] "fabricatr" #> [66156] "resample_data" #> [66157] "split_quantile" #> [66158] "face-package" #> [66159] "cor.face" #> [66160] "face-internal" #> [66161] "face.sparse" #> [66162] "predict.face.sparse" #> [66163] "predict.pspline.face" #> [66164] "pspline" #> [66165] "select.knots" #> [66166] "'FacebookPhotosCollection-class.R'" #> [66167] "'FacebookVideosCollection-class.R'" #> [66168] "'facebook.S4.R'" #> [66169] "'facebook.current.accounts.R'" #> [66170] "'facebook.image.formats.R'" #> [66171] "'facebook.participants.R'" #> [66172] "'facebook.search.R'" #> [66173] "'facebook.video.formats.R'" #> [66174] "'fbOAuth.R'" #> [66175] "'onAttach.R'" #> [66176] "Gabriele" #> [66177] "Baldassarre" #> [66178] "2017-07-12" #> [66179] "12:49:30" #> [66180] "as.character,FacebookGenericCollection-method" #> [66181] "c,FacebookGenericCollection-method" #> [66182] "facebook.current.accounts" #> [66183] "facebook.image.formats" #> [66184] "facebook.object.likes" #> [66185] "facebook.participants" #> [66186] "facebook.permissions" #> [66187] "facebook.S4" #> [66188] "facebook.search" #> [66189] "facebook.senders" #> [66190] "facebook.video.formats" #> [66191] "FacebookAlbumsCollection" #> [66192] "FacebookAlbumsCollection-class" #> [66193] "FacebookCommentsCollection" #> [66194] "FacebookCommentsCollection-class" #> [66195] "FacebookConversationsCollection" #> [66196] "FacebookConversationsCollection-class" #> [66197] "FacebookEventsCollection" #> [66198] "FacebookEventsCollection-class" #> [66199] "FacebookGroupsCollection" #> [66200] "FacebookGroupsCollection-class" #> [66201] "FacebookLikesCollection" #> [66202] "FacebookLikesCollection-class" #> [66203] "FacebookMessagesCollection" #> [66204] "FacebookMessagesCollection-class" #> [66205] "FacebookMixedCollection-class" #> [66206] "FacebookPagesCollection" #> [66207] "FacebookPagesCollection-class" #> [66208] "FacebookPhotosCollection" #> [66209] "FacebookPhotosCollection-class" #> [66210] "FacebookPostsCollection" #> [66211] "FacebookPostsCollection-class" #> [66212] "FacebookReactionsCollection" #> [66213] "FacebookReactionsCollection-class" #> [66214] "FacebookUsersCollection" #> [66215] "FacebookUsersCollection-class" #> [66216] "FacebookVideosCollection" #> [66217] "FacebookVideosCollection-class" #> [66218] "fbOAuth" #> [66219] "formatFbDate" #> [66220] "length,FacebookGenericCollection-method" #> [66221] "summary,FacebookGenericCollection-method" #> [66222] "[,FacebookGenericCollection,ANY,ANY-method" #> [66223] "enroll" #> [66224] "facerec_init" #> [66225] "get_galleries" #> [66226] "get_gallery_subjects" #> [66227] "prep_image" #> [66228] "recognize" #> [66229] "remove_gallery" #> [66230] "remove_subject" #> [66231] "view_subject" #> [66232] "abundance.matrix" #> [66233] "create.parameters" #> [66234] "limiting.rate" #> [66235] "longevity" #> [66236] "malthusian" #> [66237] "mat.model" #> [66238] "mat.model.base" #> [66239] "proceed" #> [66240] "restart" #> [66241] "solution.matrix" #> [66242] "spatialanimation" #> [66243] "stackplot" #> [66244] "twospecies" #> [66245] "FacPad-package" #> [66246] "gibbs2" #> [66247] "gibbs_sampling" #> [66248] "matrixL" #> [66249] "matrixY" #> [66250] "fma" #> [66251] "fma.em.alg" #> [66252] "mapClass" #> [66253] "pi.greco.grad" #> [66254] "pi.greco.hess" #> [66255] "Factmle" #> [66256] "Factmle_cov" #> [66257] "addgrids3d" #> [66258] "admi" #> [66259] "Bogota" #> [66260] "cafe" #> [66261] "centroids" #> [66262] "chisq.carac" #> [66263] "cluster.carac" #> [66264] "ColorAdjective" #> [66265] "DogBreeds" #> [66266] "dudi.tex" #> [66267] "Fac.Num" #> [66268] "FactoClass" #> [66269] "FactoClass.tex" #> [66270] "icfes08" #> [66271] "kmeansW" #> [66272] "list.to.data" #> [66273] "plot.dudi" #> [66274] "plotcc" #> [66275] "plotct" #> [66276] "plotFactoClass" #> [66277] "plotfp" #> [66278] "stableclus" #> [66279] "supqual" #> [66280] "Vietnam" #> [66281] "ward.cluster" #> [66282] "Whisky" #> [66283] "Alboukadel" #> [66284] "Kassambara" #> [66285] "Fabian" #> [66286] "Mundt" #> [66287] "2017-08-22" #> [66288] "16:11:27" #> [66289] "decathlon2" #> [66290] "eclust" #> [66291] "eigenvalue" #> [66292] "facto_summarize" #> [66293] "fviz" #> [66294] "fviz_add" #> [66295] "fviz_ca" #> [66296] "fviz_cluster" #> [66297] "fviz_contrib" #> [66298] "fviz_cos2" #> [66299] "fviz_dend" #> [66300] "fviz_ellipses" #> [66301] "fviz_famd" #> [66302] "fviz_hmfa" #> [66303] "fviz_mca" #> [66304] "fviz_mclust" #> [66305] "fviz_mfa" #> [66306] "fviz_nbclust" #> [66307] "fviz_pca" #> [66308] "fviz_silhouette" #> [66309] "get_ca" #> [66310] "get_clust_tendency" #> [66311] "get_famd" #> [66312] "get_hmfa" #> [66313] "get_mca" #> [66314] "get_mfa" #> [66315] "get_pca" #> [66316] "hkmeans" #> [66317] "multishapes" #> [66318] "poison" #> [66319] "print.factoextra" #> [66320] "FactoInvestigate-package" #> [66321] "createRmd" #> [66322] "dimActive" #> [66323] "dimRestrict" #> [66324] "eigenRef" #> [66325] "factoGraph" #> [66326] "getParam" #> [66327] "graphCA" #> [66328] "graphHab" #> [66329] "graphInd" #> [66330] "graphSup" #> [66331] "graphVar" #> [66332] "inertiaDistrib" #> [66333] "Investigate" #> [66334] "readRmd" #> [66335] "scriptRmd" #> [66336] "whichFacto" #> [66337] "writeRmd" #> [66338] "FactoMineR-package" #> [66339] "AovSum" #> [66340] "autoLab" #> [66341] "CaGalt" #> [66342] "catdes" #> [66343] "coeffRV" #> [66344] "condes" #> [66345] "coord.ellipse" #> [66346] "descfreq" #> [66347] "dimdesc" #> [66348] "DMFA" #> [66349] "ellipseCA" #> [66350] "estim_ncp" #> [66351] "FAMD" #> [66352] "footsize" #> [66353] "geomorphology" #> [66354] "GPA" #> [66355] "graph.var" #> [66356] "HCPC" #> [66357] "health" #> [66358] "HMFA" #> [66359] "hobbies" #> [66360] "JO" #> [66361] "MFA" #> [66362] "plot.CA" #> [66363] "plot.CaGalt" #> [66364] "plot.catdes" #> [66365] "plot.DMFA" #> [66366] "plot.FAMD" #> [66367] "plot.GPA" #> [66368] "plot.HCPC" #> [66369] "plot.HMFA" #> [66370] "plot.MCA" #> [66371] "plot.MFA" #> [66372] "plot.PCA" #> [66373] "plotellipses" #> [66374] "plotGPApartial" #> [66375] "plotMFApartial" #> [66376] "poison.text" #> [66377] "poulet" #> [66378] "predict.CA" #> [66379] "predict.FAMD" #> [66380] "predict.MCA" #> [66381] "predict.MFA" #> [66382] "predict.PCA" #> [66383] "prefpls" #> [66384] "print.AovSum" #> [66385] "print.CA" #> [66386] "print.CaGalt" #> [66387] "print.catdes" #> [66388] "print.FAMD" #> [66389] "print.GPA" #> [66390] "print.HCPC" #> [66391] "print.HMFA" #> [66392] "print.MCA" #> [66393] "print.MFA" #> [66394] "print.PCA" #> [66395] "RegBest" #> [66396] "senso" #> [66397] "simule" #> [66398] "summary.CA" #> [66399] "summary.CaGalt" #> [66400] "summary.FAMD" #> [66401] "summary.MCA" #> [66402] "summary.MFA" #> [66403] "summary.PCA" #> [66404] "svd.triplet" #> [66405] "tab.disjonctif" #> [66406] "tab.disjonctif.prop" #> [66407] "textual" #> [66408] "write.infile" #> [66409] "factoptd" #> [66410] "factorcpt-package" #> [66411] "factor.seg.alg" #> [66412] "func_dc" #> [66413] "get.factor.model" #> [66414] "post.cpts.analysis" #> [66415] "BRCA" #> [66416] "cutTree" #> [66417] "generateMultivariateSample" #> [66418] "generateSample" #> [66419] "getOptimalPartition" #> [66420] "getOptimalPartitionDf" #> [66421] "groupsStats" #> [66422] "mergeFactors" #> [66423] "mergeFactors.default" #> [66424] "mergeFactors.formula" #> [66425] "mergingHistory" #> [66426] "pisa2012" #> [66427] "plot.factorMerger" #> [66428] "plotBoxplot" #> [66429] "plotFrequency" #> [66430] "plotMeansAndConfInt" #> [66431] "plotProportion" #> [66432] "plotResponse" #> [66433] "plotTree" #> [66434] "plotTukey" #> [66435] "print.factorMerger" #> [66436] "factorplot-package" #> [66437] "factorplot" #> [66438] "plot.factorplot" #> [66439] "print.factorplot" #> [66440] "summary.factorplot" #> [66441] "checkFcn" #> [66442] "factorQR" #> [66443] "adworld" #> [66444] "Factors" #> [66445] "Sharks" #> [66446] "factorstochvol-package" #> [66447] "comtimeplot" #> [66448] "corelement" #> [66449] "corimageplot" #> [66450] "corplot" #> [66451] "cortimeplot" #> [66452] "covelement" #> [66453] "covmat.fsvdraws" #> [66454] "covmat.fsvsim" #> [66455] "expweightcov" #> [66456] "facloadcredplot" #> [66457] "facloaddensplot" #> [66458] "facloadpairplot" #> [66459] "facloadpointplot" #> [66460] "facloadtraceplot" #> [66461] "findrestrict" #> [66462] "fsvsample" #> [66463] "fsvsim" #> [66464] "ledermann" #> [66465] "logret" #> [66466] "logvartimeplot" #> [66467] "orderident" #> [66468] "paratraceplot" #> [66469] "plot.fsvdraws" #> [66470] "predcond" #> [66471] "predcor" #> [66472] "predcov" #> [66473] "predh" #> [66474] "predloglik" #> [66475] "predloglikWB" #> [66476] "predprecWB" #> [66477] "preorder" #> [66478] "print.fsvdraws" #> [66479] "runningcormat" #> [66480] "runningcovmat" #> [66481] "signident" #> [66482] "voltimeplot" #> [66483] "Factoshiny-package" #> [66484] "CAshiny" #> [66485] "FAMDshiny" #> [66486] "HCPCshiny" #> [66487] "MCAshiny" #> [66488] "MFAshiny" #> [66489] "PCAshiny" #> [66490] "print.CAshiny" #> [66491] "print.FAMDshiny" #> [66492] "print.HCPCshiny" #> [66493] "print.MCAshiny" #> [66494] "print.MFAshiny" #> [66495] "print.PCAshiny" #> [66496] "factualR-package" #> [66497] "factualR" #> [66498] "FactualReadResult-class" #> [66499] "FactualSchemaResult-class" #> [66500] "FADA-package" #> [66501] "data.test" #> [66502] "data.train" #> [66503] "decorrelate.test" #> [66504] "decorrelate.train" #> [66505] "FADA" #> [66506] "FAdist-package" #> [66507] "GAMMA3" #> [66508] "GenPARETO" #> [66509] "GUMBEL" #> [66510] "KAPPA" #> [66511] "KAPPA4" #> [66512] "LGAMMA3" #> [66513] "LLOGIS" #> [66514] "LLOGIS3" #> [66515] "LNORM3" #> [66516] "WEIBULL3" #> [66517] "breath" #> [66518] "cells" #> [66519] "credit" #> [66520] "headneck" #> [66521] "ohio" #> [66522] "Regensburg" #> [66523] "rheuma" #> [66524] "tonsil" #> [66525] "visual" #> [66526] "fail" #> [66527] "sail" #> [66528] "faisalconjoint-package" #> [66529] "mobile_data" #> [66530] "mobile_levels" #> [66531] "fakemake-package" #> [66532] "check_archive" #> [66533] "check_archive_as_cran" #> [66534] "get_pkg_archive_path" #> [66535] "provide_make_list" #> [66536] "read_makefile" #> [66537] "sink_all" #> [66538] "touch" #> [66539] "write_makefile" #> [66540] "fakeR-package" #> [66541] "simulate_dataset" #> [66542] "simulate_dataset_ts" #> [66543] "falcon" #> [66544] "getASCN" #> [66545] "getChangepoints" #> [66546] "tauhat" #> [66547] "biasMatrix" #> [66548] "falconx" #> [66549] "getASCN.x" #> [66550] "getChangepoints.x" #> [66551] "fam.recrisk" #> [66552] "recrisk.mixture" #> [66553] "recrisk.ratio" #> [66554] "recrisk.single.ascertain" #> [66555] "fam2r-package" #> [66556] "conditionalLR" #> [66557] "FamiliasConditional" #> [66558] "grandmother" #> [66559] "LRparamlink" #> [66560] "missing.person.plot" #> [66561] "paramlinkConditional" #> [66562] "fameAddAttribute" #> [66563] "fameAttributes" #> [66564] "fameConnection" #> [66565] "fameCustomization" #> [66566] "fameIsScalar" #> [66567] "getfame" #> [66568] "getFamePath" #> [66569] "lowLevelFame" #> [66570] "osUtilities" #> [66571] "tifToFameName" #> [66572] "FamEvent-package" #> [66573] "carrierprob" #> [66574] "fampower" #> [66575] "LSfam" #> [66576] "penmodel" #> [66577] "penmodelEM" #> [66578] "penplot" #> [66579] "plot.penmodel" #> [66580] "plot.simfam" #> [66581] "print.penmodel" #> [66582] "print.summary.penmodel" #> [66583] "simfam" #> [66584] "summary.penmodel" #> [66585] "summary.simfam" #> [66586] "Familias-package" #> [66587] "ConvertPed" #> [66588] "FamiliasLocus" #> [66589] "FamiliasPedigree" #> [66590] "FamiliasPosterior" #> [66591] "FamiliasPrior" #> [66592] "NorwegianFrequencies" #> [66593] "plot.FamiliasPedigree" #> [66594] "FAMILY-package" #> [66595] "coef.FAMILY" #> [66596] "FAMILY" #> [66597] "predict.FAMILY" #> [66598] "FAmle-package" #> [66599] "boot.mle" #> [66600] "ColesData" #> [66601] "distr" #> [66602] "FAmle-internal" #> [66603] "floodsNB" #> [66604] "plot.metropolis" #> [66605] "plot.mle" #> [66606] "print.metropolis" #> [66607] "print.mle" #> [66608] "Q.boot.ci" #> [66609] "Q.conf.int" #> [66610] "station01AJ010" #> [66611] "yarns" #> [66612] "aicc.weights" #> [66613] "base.optim" #> [66614] "combine.and.fit" #> [66615] "combine.par" #> [66616] "famos" #> [66617] "famos.performance" #> [66618] "famos.run" #> [66619] "get.most.distant" #> [66620] "ic.order" #> [66621] "make.directories" #> [66622] "model.appr" #> [66623] "parscale.famos" #> [66624] "random.init.model" #> [66625] "retrieve.results" #> [66626] "return.results" #> [66627] "set.crit.parms" #> [66628] "famSKATRC" #> [66629] "famSKAT_RC" #> [66630] "process_data" #> [66631] "sample.ped.geno" #> [66632] "FAMT-package" #> [66633] "annotations" #> [66634] "as.FAMTdata" #> [66635] "defacto" #> [66636] "modelFAMT" #> [66637] "pi0FAMT" #> [66638] "raw.pvalues" #> [66639] "residualsFAMT" #> [66640] "summaryFAMT" #> [66641] "fanc" #> [66642] "plot.fanc" #> [66643] "loess.ancova" #> [66644] "loess.as" #> [66645] "plot.fANCOVA" #> [66646] "T.aov" #> [66647] "T.L2" #> [66648] "T.var" #> [66649] "USpopu" #> [66650] "wild.boot" #> [66651] "fancycut" #> [66652] "wafflecut" #> [66653] "fanplot-package" #> [66654] "boe" #> [66655] "dsplitnorm" #> [66656] "fan" #> [66657] "ips" #> [66658] "th.mcmc" #> [66659] "fansi" #> [66660] "fansi_lines" #> [66661] "has_ctl" #> [66662] "html_code_block" #> [66663] "html_esc" #> [66664] "nchar_ctl" #> [66665] "set_knit_hooks" #> [66666] "sgr_to_html" #> [66667] "strip_ctl" #> [66668] "strsplit_ctl" #> [66669] "strtrim_ctl" #> [66670] "strwrap_ctl" #> [66671] "substr_ctl" #> [66672] "tabs_as_spaces" #> [66673] "term_cap_test" #> [66674] "unhandled_ctl" #> [66675] "FAOSTAT-package" #> [66676] "Aggregation" #> [66677] "chConstruct" #> [66678] "chgr" #> [66679] "CHMT" #> [66680] "constructSYB" #> [66681] "ebind" #> [66682] "FAOcheck" #> [66683] "FAOcountryProfile" #> [66684] "FAOmetaTable" #> [66685] "FAOregionProfile" #> [66686] "FAOsearch" #> [66687] "fillCountryCode" #> [66688] "geogr" #> [66689] "getFAO" #> [66690] "getFAOtoSYB" #> [66691] "getWDI" #> [66692] "getWDImetaData" #> [66693] "getWDItoSYB" #> [66694] "grConstruct" #> [66695] "indConstruct" #> [66696] "lsgr" #> [66697] "mergeSYB" #> [66698] "printLab" #> [66699] "scaleUnit" #> [66700] "shConstruct" #> [66701] "translateCountryCode" #> [66702] "translateUnit" #> [66703] "faoutlier" #> [66704] "forward.search" #> [66705] "gCD" #> [66706] "holzinger" #> [66707] "holzinger.outlier" #> [66708] "LD" #> [66709] "obs.resid" #> [66710] "robustMD" #> [66711] "setCluster" #> [66712] "base.simul.far" #> [66713] "BaseK2BaseC" #> [66714] "coef.far" #> [66715] "date.fdata" #> [66716] "far.cv" #> [66717] "fdata" #> [66718] "interpol.matrix" #> [66719] "invgen" #> [66720] "is.na.fdata" #> [66721] "kerfon" #> [66722] "maxfdata" #> [66723] "multplot" #> [66724] "orthonormalization" #> [66725] "plot.fdata" #> [66726] "pred.persist" #> [66727] "predict.far" #> [66728] "predict.kerfon" #> [66729] "select.fdata" #> [66730] "simul.far" #> [66731] "simul.far.sde" #> [66732] "simul.far.wiener" #> [66733] "simul.farx" #> [66734] "simul.wiener" #> [66735] "aatemp" #> [66736] "abrasion" #> [66737] "aflatoxin" #> [66738] "airpass" #> [66739] "alfalfa" #> [66740] "amlxray" #> [66741] "anaesthetic" #> [66742] "babyfood" #> [66743] "breaking" #> [66744] "broccoli" #> [66745] "butterfat" #> [66746] "chicago" #> [66747] "chiczip" #> [66748] "chmiss" #> [66749] "choccake" #> [66750] "chredlin" #> [66751] "clot" #> [66752] "cmob" #> [66753] "cns" #> [66754] "cornnit" #> [66755] "corrosion" #> [66756] "cpd" #> [66757] "Cpplot" #> [66758] "crawl" #> [66759] "ctsib" #> [66760] "death" #> [66761] "debt" #> [66762] "denim" #> [66763] "dicentric" #> [66764] "divusa" #> [66765] "drugpsy" #> [66766] "dvisits" #> [66767] "eggprod" #> [66768] "eggs" #> [66769] "esdcomp" #> [66770] "exa" #> [66771] "exb" #> [66772] "eyegrade" #> [66773] "femsmoke" #> [66774] "fortune" #> [66775] "fpe" #> [66776] "fruitfly" #> [66777] "gala" #> [66778] "gammaray" #> [66779] "gavote" #> [66780] "globwarm" #> [66781] "haireye" #> [66782] "hips" #> [66783] "hprice" #> [66784] "ilogit" #> [66785] "infmort" #> [66786] "insulgas" #> [66787] "irrigation" #> [66788] "jsp" #> [66789] "kanga" #> [66790] "lawn" #> [66791] "leafblotch" #> [66792] "leafburn" #> [66793] "mammalsleep" #> [66794] "manilius" #> [66795] "maxadjr" #> [66796] "meatspec" #> [66797] "motorins" #> [66798] "neighbor" #> [66799] "nels88" #> [66800] "nepali" #> [66801] "nes96" #> [66802] "newhamp" #> [66803] "oatvar" #> [66804] "parstum" #> [66805] "peanut" #> [66806] "penicillin" #> [66807] "phbirths" #> [66808] "pneumo" #> [66809] "potuse" #> [66810] "prplot" #> [66811] "pulp" #> [66812] "punting" #> [66813] "pvc" #> [66814] "pyrimidines" #> [66815] "qqnorml" #> [66816] "ratdrink" #> [66817] "resceram" #> [66818] "sat" #> [66819] "savings" #> [66820] "seatpos" #> [66821] "semicond" #> [66822] "sexab" #> [66823] "sexfun" #> [66824] "snail" #> [66825] "solder" #> [66826] "sono" #> [66827] "spector" #> [66828] "speedo" #> [66829] "stat500" #> [66830] "stepping" #> [66831] "strongx" #> [66832] "sumary" #> [66833] "teengamb" #> [66834] "troutegg" #> [66835] "truck" #> [66836] "tvdoctor" #> [66837] "uncviet" #> [66838] "uswages" #> [66839] "wafer" #> [66840] "wavesolder" #> [66841] "wbca" #> [66842] "weldstrength" #> [66843] "worldcup" #> [66844] "alts" #> [66845] "fardeep" #> [66846] "LM22" #> [66847] "sample.sim" #> [66848] "tuningBIC" #> [66849] "readARFF" #> [66850] "writeARFF" #> [66851] "farm.res" #> [66852] "farm.select" #> [66853] "FarmSelect" #> [66854] "print.farm.select" #> [66855] "farm.cov" #> [66856] "farm.FDR" #> [66857] "farm.mean" #> [66858] "farm.scree" #> [66859] "farm.test" #> [66860] "FarmTest" #> [66861] "plot.farm.scree" #> [66862] "print.farm.scree" #> [66863] "print.farm.test" #> [66864] "farver-package" #> [66865] "as_white_ref" #> [66866] "compare_colour" #> [66867] "FASeg-package" #> [66868] "F_FASeg" #> [66869] "fAsianOptions-package" #> [66870] "BesselFunctions" #> [66871] "EBMAsianOptions" #> [66872] "EBMDistribution" #> [66873] "GammaFunctions" #> [66874] "HypergeometricFunctions" #> [66875] "fasjem-package" #> [66876] "fasjem" #> [66877] "net.degree" #> [66878] "net.edges" #> [66879] "net.hubs" #> [66880] "net.neighbors" #> [66881] "plot.fasjem" #> [66882] "fAssets-package" #> [66883] "assets-arrange" #> [66884] "assets-distance" #> [66885] "assets-lpm" #> [66886] "assets-meancov" #> [66887] "assets-modeling" #> [66888] "assets-outliers" #> [66889] "assets-selection" #> [66890] "assets-testing" #> [66891] "plot-binning" #> [66892] "plot-boxplot" #> [66893] "plot-ellipses" #> [66894] "plot-hist" #> [66895] "plot-mst" #> [66896] "plot-pairs" #> [66897] "plot-qqplot" #> [66898] "plot-risk" #> [66899] "plot-series" #> [66900] "plot-similarity" #> [66901] "plot-stars" #> [66902] "fast-package" #> [66903] "double_serie" #> [66904] "example_model2" #> [66905] "fast_parameters" #> [66906] "freq_cukier" #> [66907] "na2mean" #> [66908] "p.sensitivity" #> [66909] "rerange" #> [66910] "sensitivity_rep" #> [66911] "fasta" #> [66912] "adaboost" #> [66913] "fastAdaboost" #> [66914] "get_tree" #> [66915] "predict.adaboost" #> [66916] "predict.real_adaboost" #> [66917] "print.adaboost" #> [66918] "print.real_adaboost" #> [66919] "real_adaboost" #> [66920] "FastBandChol-package" #> [66921] "banded.chol" #> [66922] "banded.chol.cv" #> [66923] "banded.sample" #> [66924] "banded.sample.cv" #> [66925] "fastclime-package" #> [66926] "dantzig" #> [66927] "dantzig.generator" #> [66928] "dantzig.selector" #> [66929] "fastclime" #> [66930] "fastclime.generator" #> [66931] "fastclime.plot" #> [66932] "fastclime.selector" #> [66933] "fastlp" #> [66934] "paralp" #> [66935] "plot.fastclime" #> [66936] "print.fastclime" #> [66937] "stockdata" #> [66938] "fastcluster" #> [66939] "hclust.vector" #> [66940] "demofastcmh" #> [66941] "makefastcmhdata" #> [66942] "runfastcmh" #> [66943] "fastcox-package" #> [66944] "cocktail" #> [66945] "cv.cocktail" #> [66946] "FHT" #> [66947] "plot.cocktail" #> [66948] "plot.cv.cocktail" #> [66949] "predict.cocktail" #> [66950] "print.cocktail" #> [66951] "fastdigest" #> [66952] "dummy_cols" #> [66953] "dummy_columns" #> [66954] "dummy_rows" #> [66955] "fasteraster" #> [66956] "raster2vector" #> [66957] "rasterZoneAnalyzer" #> [66958] "fasterElasticNet-package" #> [66959] "elasticnet" #> [66960] "ElasticNetCV" #> [66961] "fasterize" #> [66962] "raster,sf-method" #> [66963] "FastGaSP-package" #> [66964] "fgasp" #> [66965] "fgasp-class" #> [66966] "log_lik" #> [66967] "predictobj.fgasp-class" #> [66968] "fastGHQuad-package" #> [66969] "aghQuad" #> [66970] "evalHermitePoly" #> [66971] "findPolyRoots" #> [66972] "gaussHermiteData" #> [66973] "ghQuad" #> [66974] "hermitePolyCoef" #> [66975] "deviance.fastglm" #> [66976] "family.fastglm" #> [66977] "fastglm" #> [66978] "fastglmPure" #> [66979] "logLik.fastglm" #> [66980] "predict.fastglm" #> [66981] "print.fastglm" #> [66982] "residuals.fastglm" #> [66983] "summary.fastglm" #> [66984] "rcpp_matrix_ops" #> [66985] "rcpp_rmvnorm" #> [66986] "fastGraph-package" #> [66987] "getMinMax" #> [66988] "plotDist" #> [66989] "plotLine" #> [66990] "shadeDist" #> [66991] "shadePhat" #> [66992] "FastHCS-package" #> [66993] "compPcaParams" #> [66994] "DnaAlteration" #> [66995] "FastHCS" #> [66996] "FHCSkernelEVD" #> [66997] "FHCSnumStarts" #> [66998] "FHCSpsdo" #> [66999] "MultipleFeatures" #> [67000] "plot.FastHCS" #> [67001] "signFlip" #> [67002] "Tablets" #> [67003] "basis_hica" #> [67004] "energy_hica" #> [67005] "extract_hica" #> [67006] "similarity_hica" #> [67007] "fastICA" #> [67008] "ica.R.def" #> [67009] "ica.R.par" #> [67010] "BoundNormalizedVariable" #> [67011] "CovarianceWithMissing" #> [67012] "FastImputation" #> [67013] "FI_test" #> [67014] "FI_train" #> [67015] "FI_true" #> [67016] "NormalizeBoundedVariable" #> [67017] "TrainFastImputation" #> [67018] "UnfactorColumns" #> [67019] "fastJT-package" #> [67020] "fastJT" #> [67021] "fastJT.select" #> [67022] "pvalues" #> [67023] "summary.fastJT" #> [67024] "FastKM-package" #> [67025] "KITdesign" #> [67026] "KITkernel" #> [67027] "nongeno" #> [67028] "nongeno-class" #> [67029] "Distance_for_KNN_test" #> [67030] "k.nearest.neighbors" #> [67031] "knn_test_function" #> [67032] "knn_training_function" #> [67033] "fastLink-package" #> [67034] "aggconfusion" #> [67035] "aggregateEM" #> [67036] "blockData" #> [67037] "calcMoversPriors" #> [67038] "clusterMatch" #> [67039] "countyfips" #> [67040] "countyinflow" #> [67041] "countyoutflow" #> [67042] "dedupeMatches" #> [67043] "dfA" #> [67044] "dfB" #> [67045] "emlinklog" #> [67046] "emlinkMARmov" #> [67047] "emlinkRS" #> [67048] "fastLink" #> [67049] "gammaCK2par" #> [67050] "gammaCKpar" #> [67051] "gammaKpar" #> [67052] "gammaNUMCK2par" #> [67053] "gammaNUMCKpar" #> [67054] "getMatches" #> [67055] "getPatterns" #> [67056] "getPosterior" #> [67057] "inspectEM" #> [67058] "matchesLink" #> [67059] "nameReweight" #> [67060] "plot.fastLink" #> [67061] "preprocText" #> [67062] "print.inspectEM" #> [67063] "statefips" #> [67064] "stateinflow" #> [67065] "statemove" #> [67066] "stateoutflow" #> [67067] "stringSubset" #> [67068] "summary.fastLink" #> [67069] "tableCounts" #> [67070] "estimate_calcium" #> [67071] "estimate_spikes" #> [67072] "estimate_spike_paths" #> [67073] "FastLZeroSpikeInference" #> [67074] "plot.estimated_spikes" #> [67075] "plot.estimated_spike_paths" #> [67076] "plot.simdata" #> [67077] "print.estimated_spikes" #> [67078] "print.estimated_spike_paths" #> [67079] "print.simdata" #> [67080] "simulate_ar1" #> [67081] "fastM-package" #> [67082] "DUEMBGENshape" #> [67083] "MVTMLE" #> [67084] "MVTMLE0r" #> [67085] "MVTMLEsymm" #> [67086] "TYLERshape" #> [67087] "gridFastMarch" #> [67088] "spFastMarch" #> [67089] "ctapply" #> [67090] "fmatch" #> [67091] "fastNaiveBayes" #> [67092] "fastNaiveBayes.bernoulli" #> [67093] "fastNaiveBayes.detect_distribution" #> [67094] "fastNaiveBayes.gaussian" #> [67095] "fastNaiveBayes.mixed" #> [67096] "fastNaiveBayes.multinomial" #> [67097] "predict.fastNaiveBayes.bernoulli" #> [67098] "predict.fastNaiveBayes.gaussian" #> [67099] "predict.fastNaiveBayes.mixed" #> [67100] "predict.fastNaiveBayes.multinomial" #> [67101] "tweets" #> [67102] "tweetsDTM" #> [67103] "degree.collect" #> [67104] "degree.dist" #> [67105] "degree.hist" #> [67106] "draw.net" #> [67107] "from.adjacency" #> [67108] "from.edgelist" #> [67109] "from.igraph" #> [67110] "from.statnet" #> [67111] "metric.cluster.global" #> [67112] "metric.cluster.mean" #> [67113] "metric.cluster.median" #> [67114] "metric.degree.effective" #> [67115] "metric.degree.entropy" #> [67116] "metric.degree.max" #> [67117] "metric.degree.max.efficient" #> [67118] "metric.degree.mean" #> [67119] "metric.degree.median" #> [67120] "metric.degree.min" #> [67121] "metric.degree.sd" #> [67122] "metric.distance.apl" #> [67123] "metric.distance.diameter" #> [67124] "metric.distance.effdia" #> [67125] "metric.distance.meanecc" #> [67126] "metric.distance.medianecc" #> [67127] "metric.distance.mpl" #> [67128] "metric.eigen.mean" #> [67129] "metric.eigen.median" #> [67130] "metric.eigen.value" #> [67131] "metric.graph.density" #> [67132] "net.barabasi.albert" #> [67133] "net.caveman" #> [67134] "net.complete" #> [67135] "net.erdos.renyi.gnm" #> [67136] "net.erdos.renyi.gnp" #> [67137] "net.holme.kim" #> [67138] "net.random.plc" #> [67139] "net.rewired.caveman" #> [67140] "net.ring.lattice" #> [67141] "net.watts.strogatz" #> [67142] "preview.deg" #> [67143] "preview.net" #> [67144] "to.edgelist" #> [67145] "to.igraph" #> [67146] "to.tidygraph" #> [67147] "FastPCS-package" #> [67148] "FastPCS" #> [67149] "FPCSnumStarts" #> [67150] "plot.FastPCS" #> [67151] "fast_pseudo_mean" #> [67152] "fastqc" #> [67153] "fastqc_install" #> [67154] "qc_aggregate" #> [67155] "qc_fails" #> [67156] "qc_plot" #> [67157] "qc_plot_collection" #> [67158] "qc_read" #> [67159] "qc_read_collection" #> [67160] "qc_report" #> [67161] "qc_unzip" #> [67162] "fastR-package" #> [67163] "actgpa" #> [67164] "airlineArrival" #> [67165] "balldrop" #> [67166] "batting" #> [67167] "births78" #> [67168] "buckthorn" #> [67169] "bugs" #> [67170] "col.fastR" #> [67171] "col.perc" #> [67172] "deathPenalty" #> [67173] "drag" #> [67174] "endurance" #> [67175] "familySmoking" #> [67176] "fumbles" #> [67177] "geolm" #> [67178] "givenOrder" #> [67179] "golfballs" #> [67180] "heliumFootballs" #> [67181] "Jordan8687" #> [67182] "kids" #> [67183] "littleSurvey" #> [67184] "mathnoise" #> [67185] "miaa05" #> [67186] "mlb2004" #> [67187] "ncaa2010" #> [67188] "nfl2007" #> [67189] "nlmax" #> [67190] "noise" #> [67191] "palettes" #> [67192] "paperplanes" #> [67193] "pendulum" #> [67194] "petstress" #> [67195] "pitching2005" #> [67196] "ratpoison" #> [67197] "rgolfballs" #> [67198] "rubberband" #> [67199] "scent" #> [67200] "snippet" #> [67201] "spheres" #> [67202] "stereogram" #> [67203] "tastetest" #> [67204] "tdf" #> [67205] "tirewear" #> [67206] "trebuchet" #> [67207] "undocumented" #> [67208] "vaov" #> [67209] "wilson.ci" #> [67210] "workingWomen" #> [67211] "ACTgpa" #> [67212] "AirlineArrival" #> [67213] "AirPollution" #> [67214] "BallDrop" #> [67215] "Batting" #> [67216] "Buckthorn" #> [67217] "Bugs" #> [67218] "CoolingWater" #> [67219] "Cuckoo" #> [67220] "DeathPenalty" #> [67221] "Drag" #> [67222] "Endurance" #> [67223] "FamilySmoking" #> [67224] "Fumbles" #> [67225] "GooosePermits" #> [67226] "HeliumFootballs" #> [67227] "Ice" #> [67228] "Inflation" #> [67229] "Kids" #> [67230] "LittleSurvey" #> [67231] "MathNoise" #> [67232] "maxLik2" #> [67233] "MIAA05" #> [67234] "MLB2004" #> [67235] "NCAAbb" #> [67236] "NFL2007" #> [67237] "Noise" #> [67238] "Pallets" #> [67239] "PaperPlanes" #> [67240] "Pendulum" #> [67241] "PetStress" #> [67242] "Pheno" #> [67243] "Pigs" #> [67244] "Pitching2005" #> [67245] "plot.maxLik2" #> [67246] "Punting" #> [67247] "RatPoison" #> [67248] "RubberBand" #> [67249] "Scent" #> [67250] "Soap" #> [67251] "Spheres" #> [67252] "SSplot" #> [67253] "Stereogram" #> [67254] "Students" #> [67255] "TasteTest" #> [67256] "TireWear" #> [67257] "Traffic" #> [67258] "Trebuchet" #> [67259] "WorkingWomen" #> [67260] "FastRCS-package" #> [67261] "FastRCS" #> [67262] "FRCSnumStarts" #> [67263] "Lemons" #> [67264] "plot.FastRCS" #> [67265] "add_prefix" #> [67266] "add_tags" #> [67267] "build_supervised" #> [67268] "build_vectors" #> [67269] "execute" #> [67270] "fastrtext" #> [67271] "get_dictionary" #> [67272] "get_hamming_loss" #> [67273] "get_labels" #> [67274] "get_nn" #> [67275] "get_parameters" #> [67276] "get_sentence_representation" #> [67277] "get_tokenized_text" #> [67278] "get_word_distance" #> [67279] "get_word_ids" #> [67280] "get_word_vectors" #> [67281] "load_model" #> [67282] "predict.Rcpp_fastrtext" #> [67283] "print_help" #> [67284] "Rcpp_fastrtext-class" #> [67285] "stop_words_sentences" #> [67286] "test_sentences" #> [67287] "train_sentences" #> [67288] "add.header" #> [67289] "FastRWeb" #> [67290] "oinput" #> [67291] "parse.multipart" #> [67292] "requests" #> [67293] "WebPlot" #> [67294] "WebResult" #> [67295] "ffused" #> [67296] "ffused.ada" #> [67297] "fsf" #> [67298] "fsf.ada" #> [67299] "fsfused" #> [67300] "fsfused.ada" #> [67301] "ftf" #> [67302] "ftf.ada" #> [67303] "l0fused_c" #> [67304] "l0gen_c" #> [67305] "l0tf_c" #> [67306] "plotl0" #> [67307] "sl0fused_c" #> [67308] "fastSOM-package" #> [67309] "soi_avg_est" #> [67310] "soi_avg_exact" #> [67311] "soi_from_sot" #> [67312] "sot" #> [67313] "sot_avg_est" #> [67314] "sot_avg_exact" #> [67315] "fasttext" #> [67316] "ft.control" #> [67317] "get_words" #> [67318] "predict.supervised_model" #> [67319] "read.fasttext" #> [67320] "save.fasttext" #> [67321] "fastPOSIXct" #> [67322] "design.1locus" #> [67323] "design.dichotomous" #> [67324] "design.endo2disease" #> [67325] "design.full" #> [67326] "fat2Lpoly" #> [67327] "fat2Lpoly.allSNPs" #> [67328] "fat2Lpoly.withinR" #> [67329] "get.scores.pvalues" #> [67330] "ped.x.all" #> [67331] "read.merlin.files" #> [67332] "compdr" #> [67333] "diffexpnb" #> [67334] "dptTraj" #> [67335] "fateBias" #> [67336] "filterset" #> [67337] "gene2gene" #> [67338] "getFeat" #> [67339] "getPart" #> [67340] "getsom" #> [67341] "impGenes" #> [67342] "intestine" #> [67343] "plotdiffgenesnb" #> [67344] "plotexpression" #> [67345] "plotFateMap" #> [67346] "plotheatmap" #> [67347] "procsom" #> [67348] "reclassify" #> [67349] "FatTailsR-package" #> [67350] "aw2k" #> [67351] "checkcoefk" #> [67352] "checkquantiles" #> [67353] "ckiener1234" #> [67354] "dfData" #> [67355] "dimdim" #> [67356] "elevate" #> [67357] "elevenprobs" #> [67358] "estimkiener11" #> [67359] "exfit0" #> [67360] "exphp" #> [67361] "extractData" #> [67362] "fatreturns" #> [67363] "fitkienerX" #> [67364] "getDSdata" #> [67365] "getnamesk" #> [67366] "kashp" #> [67367] "kiener1" #> [67368] "kiener2" #> [67369] "kiener3" #> [67370] "kiener4" #> [67371] "kiener7" #> [67372] "kmoments" #> [67373] "laplacegaussnorm" #> [67374] "loghp" #> [67375] "logishp" #> [67376] "mData" #> [67377] "pk2pk" #> [67378] "pprobs0" #> [67379] "regkienerLX" #> [67380] "roundcoefk" #> [67381] "tData" #> [67382] "xData" #> [67383] "zData" #> [67384] "fauxpas-package" #> [67385] "Error-Classes" #> [67386] "find_error_class" #> [67387] "http100" #> [67388] "favnums" #> [67389] "favourite_numbers" #> [67390] "generate.log.vols" #> [67391] "get.col.report" #> [67392] "get.row.report" #> [67393] "gutten" #> [67394] "herbdata" #> [67395] "ht.fvs.ni.m" #> [67396] "leuschner" #> [67397] "show.cols.with.na" #> [67398] "sp.sums.2" #> [67399] "SSallometric" #> [67400] "stage" #> [67401] "sweetgum" #> [67402] "vol.fvs.ni.m3" #> [67403] "decompose_metabolites" #> [67404] "ecoli_core" #> [67405] "expanded_to_glpk" #> [67406] "expanded_to_gurobi" #> [67407] "expanded_to_reactiontbl" #> [67408] "expanded_to_ROI" #> [67409] "fbar" #> [67410] "find_fluxes_df" #> [67411] "find_flux_variability_df" #> [67412] "gene_associate" #> [67413] "gene_eval" #> [67414] "get_BiGG" #> [67415] "iJO1366" #> [67416] "nutrient_types" #> [67417] "parse_met_list" #> [67418] "reactiontbl_to_expanded" #> [67419] "reactiontbl_to_gurobi" #> [67420] "recompose_metabolites" #> [67421] "split_on_arrow" #> [67422] "validate_expanded" #> [67423] "fBasics-package" #> [67424] "acfPlot" #> [67425] "akimaInterp" #> [67426] "baseMethods" #> [67427] "BasicStatistics" #> [67428] "characterTable" #> [67429] "colorLocator" #> [67430] "colorPalette" #> [67431] "colorTable" #> [67432] "colVec" #> [67433] "correlationTest" #> [67434] "decor" #> [67435] "distCheck" #> [67436] "DistributionFits" #> [67437] "fBasics-deprecated" #> [67438] "fBasicsData" #> [67439] "fHTEST" #> [67440] "getS4" #> [67441] "gh" #> [67442] "ghFit" #> [67443] "ghMode" #> [67444] "ghMoments" #> [67445] "ghRobMoments" #> [67446] "ghSlider" #> [67447] "ght" #> [67448] "ghtFit" #> [67449] "ghtMode" #> [67450] "ghtMoments" #> [67451] "ghtRobMoments" #> [67452] "gldFit" #> [67453] "gldMode" #> [67454] "gldRobMoments" #> [67455] "gridVector" #> [67456] "Heaviside" #> [67457] "HistogramPlot" #> [67458] "hyp" #> [67459] "hypFit" #> [67460] "hypMode" #> [67461] "hypMoments" #> [67462] "hypRobMoments" #> [67463] "hypSlider" #> [67464] "Ids" #> [67465] "interactivePlot" #> [67466] "krigeInterp" #> [67467] "ks2Test" #> [67468] "lcg" #> [67469] "linearInterp" #> [67470] "listDescription" #> [67471] "listFunctions" #> [67472] "listIndex" #> [67473] "locationTest" #> [67474] "maxdd" #> [67475] "nig" #> [67476] "nigFit" #> [67477] "nigMode" #> [67478] "nigMoments" #> [67479] "nigRobMoments" #> [67480] "nigShapeTriangle" #> [67481] "nigSlider" #> [67482] "NormalityTests" #> [67483] "normRobMoments" #> [67484] "pascal" #> [67485] "pdl" #> [67486] "positiveDefinite" #> [67487] "QuantileQuantilePlots" #> [67488] "ReturnSeriesGUI" #> [67489] "rowStats" #> [67490] "sampleLMoments" #> [67491] "sampleRobMoments" #> [67492] "scaleTest" #> [67493] "ScalingLawPlot" #> [67494] "sgh" #> [67495] "sghFit" #> [67496] "sght" #> [67497] "snig" #> [67498] "snigFit" #> [67499] "ssd" #> [67500] "ssdFit" #> [67501] "StableSlider" #> [67502] "symbolTable" #> [67503] "TimeSeriesPlots" #> [67504] "triang" #> [67505] "tslag" #> [67506] "varianceTest" #> [67507] "fbatc" #> [67508] "fbatcStrategyStep" #> [67509] "fbatge" #> [67510] "fbati" #> [67511] "fbatj" #> [67512] "fbatme" #> [67513] "launchpad" #> [67514] "nuclify" #> [67515] "strataReduce" #> [67516] "dataHuman" #> [67517] "dataPub" #> [67518] "dataSim100" #> [67519] "dataSim200" #> [67520] "dataSim50" #> [67521] "dataSim6" #> [67522] "dataSimHuman" #> [67523] "FBF_GS" #> [67524] "FBF_LS" #> [67525] "FBF_RS" #> [67526] "FBN-package" #> [67527] "FBN.histogramMaxima" #> [67528] "FBN.kmeans" #> [67529] "FBN.valueCenter" #> [67530] "FBNormalization" #> [67531] "FISHprobes" #> [67532] "hmcls" #> [67533] "meanFilter" #> [67534] "medianFilter" #> [67535] "fBonds-package" #> [67536] "TermStructure" #> [67537] "fbad_add_audience" #> [67538] "fbad_create_ad" #> [67539] "fbad_create_adset" #> [67540] "fbad_create_audience" #> [67541] "fbad_create_campaign" #> [67542] "fbad_create_creative" #> [67543] "fbad_create_image" #> [67544] "fbad_create_lookalike_audience" #> [67545] "fbad_delete_audience" #> [67546] "fbad_get_adaccount_details" #> [67547] "fbad_get_search" #> [67548] "fbad_init" #> [67549] "fbad_list_ad" #> [67550] "fbad_list_adset" #> [67551] "fbad_list_campaign" #> [67552] "fbad_reachestimate" #> [67553] "fbad_read_ad" #> [67554] "fbad_read_adset" #> [67555] "fbad_read_audience" #> [67556] "fbad_read_campaign" #> [67557] "fbad_read_creative" #> [67558] "fbad_remove_audience" #> [67559] "fbad_share_audience" #> [67560] "fbad_update_ad" #> [67561] "fbad_update_adset" #> [67562] "fbad_update_campaign" #> [67563] "fbRads" #> [67564] "fb_api_most_recent_version" #> [67565] "fb_api_version" #> [67566] "fb_insights" #> [67567] "fb_reportstats_ad" #> [67568] "fb_stats_ad" #> [67569] "print.FB_Ad_Account" #> [67570] "B00data" #> [67571] "coef.fbRanks" #> [67572] "construct.team.file" #> [67573] "create.fbRanks.dataframes" #> [67574] "create.newdata.dataframe" #> [67575] "fbRanks.utility.functions" #> [67576] "plot.fbRanks" #> [67577] "predict.fbRanks" #> [67578] "print.fbRanks" #> [67579] "rank.teams" #> [67580] "residuals.fbRanks" #> [67581] "resolve.team.names" #> [67582] "scrape.matches" #> [67583] "simulate.fbRanks" #> [67584] "team.and.score.filters" #> [67585] "team.name.select" #> [67586] "boot.paired.roc" #> [67587] "boot.roc" #> [67588] "boot.tpr.at.fpr" #> [67589] "conf.fbroc.paired.roc" #> [67590] "conf.fbroc.roc" #> [67591] "extract.roc" #> [67592] "fbroc" #> [67593] "perf.fbroc.paired.roc" #> [67594] "perf.fbroc.roc" #> [67595] "plot.fbroc.conf" #> [67596] "plot.fbroc.conf.paired" #> [67597] "plot.fbroc.paired.roc" #> [67598] "plot.fbroc.perf" #> [67599] "plot.fbroc.perf.paired" #> [67600] "plot.fbroc.roc" #> [67601] "print.fbroc.perf" #> [67602] "print.fbroc.perf.paired" #> [67603] "print.fbroc.roc" #> [67604] "roc.examples" #> [67605] "fcd" #> [67606] "fcd.cluster" #> [67607] "fcd.criteria" #> [67608] "fcd.trans" #> [67609] "get.cluster" #> [67610] "mis.cluster" #> [67611] "spectral.clustering" #> [67612] "AirbagCertificate" #> [67613] "BonusCertificate" #> [67614] "BonusProCertificate" #> [67615] "CappedBonusCertificate" #> [67616] "CappedReverseBonusCertificate" #> [67617] "CappedWarrant" #> [67618] "DiscountCertificate" #> [67619] "DiscountPlusCertificate" #> [67620] "DoubleBarrierBinaryCall" #> [67621] "EasyExpressCertificate" #> [67622] "GarantieCertificate" #> [67623] "implyVolatility" #> [67624] "LeveragedBonusCertificate" #> [67625] "OutperformanceCertificate" #> [67626] "OutperformancePlusCertificate" #> [67627] "ReturnCertificate" #> [67628] "ReverseBonusCertificate" #> [67629] "ReverseConvertible" #> [67630] "ReverseConvertiblePlusPro" #> [67631] "ReverseDiscountCertificate" #> [67632] "ReverseDiscountPlusCertificate" #> [67633] "ReverseOutperformanceCertificate" #> [67634] "SprintCertificate" #> [67635] "Straddle" #> [67636] "Strangle" #> [67637] "TurboCertificate" #> [67638] "TwinWinCertificate" #> [67639] "Warrant" #> [67640] "FCGR-package" #> [67641] "Alea.A" #> [67642] "cracks.growth" #> [67643] "IB.F" #> [67644] "PLOT.cg" #> [67645] "Australian_Temp" #> [67646] "center_data" #> [67647] "change_FF" #> [67648] "change_fPCA" #> [67649] "Conf_int" #> [67650] "Cov_test" #> [67651] "eval_component" #> [67652] "eval_joint" #> [67653] "fun_AR" #> [67654] "fun_heavy_tailed" #> [67655] "fun_IID" #> [67656] "fun_MA" #> [67657] "insert_change" #> [67658] "LongRun" #> [67659] "LongRunCovMatrix" #> [67660] "opt_bandwidth" #> [67661] "partial_cov" #> [67662] "pick_dim" #> [67663] "Stock" #> [67664] "trace_change" #> [67665] "ARI.F" #> [67666] "cl.memb" #> [67667] "cl.memb.H" #> [67668] "cl.memb.t" #> [67669] "cl.size" #> [67670] "cl.size.H" #> [67671] "Fclust" #> [67672] "Fclust.compare" #> [67673] "Fclust.index" #> [67674] "FKM" #> [67675] "FKM.ent" #> [67676] "FKM.ent.noise" #> [67677] "FKM.gk" #> [67678] "FKM.gk.ent" #> [67679] "FKM.gk.ent.noise" #> [67680] "FKM.gk.noise" #> [67681] "FKM.gkb" #> [67682] "FKM.gkb.ent" #> [67683] "FKM.gkb.ent.noise" #> [67684] "FKM.gkb.noise" #> [67685] "FKM.med" #> [67686] "FKM.med.noise" #> [67687] "FKM.noise" #> [67688] "FKM.pf" #> [67689] "FKM.pf.noise" #> [67690] "houseVotes" #> [67691] "Hraw" #> [67692] "JACCARD.F" #> [67693] "Mc" #> [67694] "MPC" #> [67695] "NBA" #> [67696] "NEFRC" #> [67697] "NEFRC.noise" #> [67698] "PC" #> [67699] "plot.fclust" #> [67700] "print.fclust" #> [67701] "RI.F" #> [67702] "SIL" #> [67703] "SIL.F" #> [67704] "summary.fclust" #> [67705] "synt.data" #> [67706] "synt.data2" #> [67707] "VAT" #> [67708] "VCV" #> [67709] "VCV2" #> [67710] "VIFCR" #> [67711] "fcm" #> [67712] "fcm.infer" #> [67713] "FCMapper-package" #> [67714] "changes.scenario" #> [67715] "check.matrix" #> [67716] "combine.maps" #> [67717] "comp.maps" #> [67718] "comp.scenarios" #> [67719] "concept.indices" #> [67720] "graph.fcm" #> [67721] "matrix.indices" #> [67722] "nochanges.scenario" #> [67723] "fCopulae-package" #> [67724] "ArchimedeanCopulae" #> [67725] "ArchimedeanDependency" #> [67726] "ArchimedeanGenerator" #> [67727] "ArchimedeanModelling" #> [67728] "CopulaClass" #> [67729] "CopulaEnv" #> [67730] "EllipticalCopulae" #> [67731] "EllipticalDependency" #> [67732] "EllipticalGenerator" #> [67733] "EllipticalModelling" #> [67734] "EmpiricalCopulae" #> [67735] "ExtremeValueCopulae" #> [67736] "ExtremeValueDependency" #> [67737] "ExtremeValueGenerator" #> [67738] "ExtremeValueModelling" #> [67739] "fcr-package" #> [67740] "fcr" #> [67741] "plot.fcr" #> [67742] "predict.fcr" #> [67743] "fcros-package" #> [67744] "bott" #> [67745] "calcSRmat" #> [67746] "calcSRmatMod" #> [67747] "cghData" #> [67748] "cghInfo" #> [67749] "chrMerge" #> [67750] "chrPlot" #> [67751] "chrPlot2" #> [67752] "chrSegment" #> [67753] "dataSummary" #> [67754] "fc2Calc" #> [67755] "fcros" #> [67756] "fcros2" #> [67757] "fcrosFCmat" #> [67758] "fcrosMod" #> [67759] "fcrosRead" #> [67760] "fcrosTopN" #> [67761] "fcrosTtest" #> [67762] "fcrosWrite" #> [67763] "fvalTopN" #> [67764] "fvalVolcanoPlot" #> [67765] "histoPlot" #> [67766] "moyStdCalc" #> [67767] "pfco" #> [67768] "pfcoMod" #> [67769] "pvalTopN" #> [67770] "pvalVolcanoPlot" #> [67771] "rankReads" #> [67772] "rmatCalc" #> [67773] "rmatTrim" #> [67774] "scoreThr" #> [67775] "tcnReads" #> [67776] "tprobaCalc" #> [67777] "voomReads" #> [67778] "fcuk-package" #> [67779] "add_fcuk_to_rprofile" #> [67780] "catch_error" #> [67781] "error_analysis" #> [67782] "error_correction_propostion" #> [67783] "get_all_objets_from_r" #> [67784] "init_error_tracker" #> [67785] "remove_error_tracker" #> [67786] "FD-package" #> [67787] "dbFD" #> [67788] "fdisp" #> [67789] "functcomp" #> [67790] "gowdis" #> [67791] "mahaldis" #> [67792] "maxent.test" #> [67793] "simul.dbFD" #> [67794] "tussock" #> [67795] "2018-07-03" #> [67796] "2018-07-05" #> [67797] "13:19:38" #> [67798] "fda-package" #> [67799] "AmpPhaseDecomp" #> [67800] "argvalsy.swap" #> [67801] "arithmetic.basisfd" #> [67802] "arithmetic.fd" #> [67803] "as.array3" #> [67804] "as.fd" #> [67805] "as.POSIXct1970" #> [67806] "axisIntervals" #> [67807] "basisfd.product" #> [67808] "bifd" #> [67809] "bifdPar" #> [67810] "bsplinepen" #> [67811] "bsplineS" #> [67812] "cca.fd" #> [67813] "center.fd" #> [67814] "checkDims3" #> [67815] "checkLogicalInteger" #> [67816] "coef.fd" #> [67817] "cor.fd" #> [67818] "CRAN" #> [67819] "create.basis" #> [67820] "create.bspline.basis" #> [67821] "create.constant.basis" #> [67822] "create.exponential.basis" #> [67823] "create.fourier.basis" #> [67824] "create.monomial.basis" #> [67825] "create.polygonal.basis" #> [67826] "create.power.basis" #> [67827] "CSTR" #> [67828] "cycleplot.fd" #> [67829] "Data2fd" #> [67830] "dateAccessories" #> [67831] "density.fd" #> [67832] "deriv.fd" #> [67833] "df.residual.fRegress" #> [67834] "df2lambda" #> [67835] "dirs" #> [67836] "Eigen" #> [67837] "eigen.pda" #> [67838] "eval.basis" #> [67839] "eval.bifd" #> [67840] "eval.fd" #> [67841] "eval.monfd" #> [67842] "eval.penalty" #> [67843] "eval.posfd" #> [67844] "evaldiag.bifd" #> [67845] "expon" #> [67846] "exponentiate.fd" #> [67847] "exponpen" #> [67848] "fbplot" #> [67849] "fd2list" #> [67850] "fdaMatlabPath" #> [67851] "fdlabels" #> [67852] "fdPar" #> [67853] "file.copy2" #> [67854] "fourier" #> [67855] "fourierpen" #> [67856] "Fperm.fd" #> [67857] "fRegress" #> [67858] "fRegress.CV" #> [67859] "fRegress.stderr" #> [67860] "Fstat.fd" #> [67861] "gait" #> [67862] "geigen" #> [67863] "getbasismatrix" #> [67864] "getbasispenalty" #> [67865] "getbasisrange" #> [67866] "handwrit" #> [67867] "infantGrowth" #> [67868] "inprod" #> [67869] "inprod.bspline" #> [67870] "int2Lfd" #> [67871] "intensity.fd" #> [67872] "is.basis" #> [67873] "is.eqbasis" #> [67874] "is.fd" #> [67875] "is.fdPar" #> [67876] "is.fdSmooth" #> [67877] "is.Lfd" #> [67878] "knots.fd" #> [67879] "lambda2df" #> [67880] "lambda2gcv" #> [67881] "landmark.reg.expData" #> [67882] "landmarkreg" #> [67883] "Lfd" #> [67884] "lines.fd" #> [67885] "linmod" #> [67886] "lip" #> [67887] "lmeWinsor" #> [67888] "lmWinsor" #> [67889] "lmWinsor12" #> [67890] "matplot" #> [67891] "mean.fd" #> [67892] "monfn" #> [67893] "monomial" #> [67894] "monomialpen" #> [67895] "MontrealTemp" #> [67896] "nondurables" #> [67897] "norder" #> [67898] "objAndNames" #> [67899] "odesolv" #> [67900] "onechild" #> [67901] "pca.fd" #> [67902] "pda.fd" #> [67903] "pda.overlay" #> [67904] "phaseplanePlot" #> [67905] "pinch" #> [67906] "plot.basisfd" #> [67907] "plot.cca.fd" #> [67908] "plot.fd" #> [67909] "plot.Lfd" #> [67910] "plot.lmWinsor" #> [67911] "plot.pca.fd" #> [67912] "plot.pda.fd" #> [67913] "plotbeta" #> [67914] "plotfit" #> [67915] "plotreg.fd" #> [67916] "plotscores" #> [67917] "polyg" #> [67918] "polygpen" #> [67919] "powerbasis" #> [67920] "powerpen" #> [67921] "ppBspline" #> [67922] "predict.fRegress" #> [67923] "predict.lmeWinsor" #> [67924] "predict.lmWinsor" #> [67925] "project.basis" #> [67926] "quadset" #> [67927] "readHMD" #> [67928] "ReginaPrecip" #> [67929] "register.fd" #> [67930] "register.fd0" #> [67931] "register.newfd" #> [67932] "residuals.fRegress" #> [67933] "sd.fd" #> [67934] "seabird" #> [67935] "smooth.basis" #> [67936] "smooth.basisPar" #> [67937] "smooth.bibasis" #> [67938] "smooth.fd" #> [67939] "smooth.fdPar" #> [67940] "smooth.monotone" #> [67941] "smooth.morph" #> [67942] "smooth.pos" #> [67943] "StatSciChinese" #> [67944] "sum.fd" #> [67945] "summary.basisfd" #> [67946] "summary.bifd" #> [67947] "summary.fd" #> [67948] "summary.fdPar" #> [67949] "summary.Lfd" #> [67950] "svd2" #> [67951] "symsolve" #> [67952] "TaylorSpline" #> [67953] "tperm.fd" #> [67954] "var.fd" #> [67955] "varmx" #> [67956] "varmx.cca.fd" #> [67957] "varmx.pca.fd" #> [67958] "vec2Lfd" #> [67959] "wtcheck" #> [67960] "zerofind" #> [67961] "fda.usc-package" #> [67962] "aemet" #> [67963] "anova.hetero" #> [67964] "anova.onefactor" #> [67965] "anova.RPm" #> [67966] "classif.DD" #> [67967] "classif.depth" #> [67968] "classif.gkam" #> [67969] "classif.glm" #> [67970] "classif.gsam" #> [67971] "classif.np" #> [67972] "classif.tree" #> [67973] "cond.F" #> [67974] "cond.mode" #> [67975] "cond.quantile" #> [67976] "create.fdata.basis" #> [67977] "CV.S" #> [67978] "dcor.xy" #> [67979] "Depth" #> [67980] "Descriptive" #> [67981] "dev.S" #> [67982] "dfv.test" #> [67983] "dis.cos.cor" #> [67984] "fda.usc.internal" #> [67985] "fdata.bootstrap" #> [67986] "fdata.cen" #> [67987] "fdata.deriv" #> [67988] "fdata.methods" #> [67989] "fdata2fd" #> [67990] "fdata2pc" #> [67991] "fdata2pls" #> [67992] "flm.Ftest" #> [67993] "flm.test" #> [67994] "fregre.basis" #> [67995] "fregre.basis.cv" #> [67996] "fregre.basis.fr" #> [67997] "fregre.bootstrap" #> [67998] "fregre.gkam" #> [67999] "fregre.glm" #> [68000] "fregre.gls" #> [68001] "fregre.gsam" #> [68002] "fregre.gsam.vs" #> [68003] "fregre.igls" #> [68004] "fregre.lm" #> [68005] "fregre.np" #> [68006] "fregre.np.cv" #> [68007] "fregre.pc" #> [68008] "fregre.pc.cv" #> [68009] "fregre.plm" #> [68010] "fregre.pls" #> [68011] "fregre.pls.cv" #> [68012] "fregre.ppc,fregre.ppls" #> [68013] "fregre.ppc.cv" #> [68014] "GCCV.S" #> [68015] "GCV.S" #> [68016] "gridfdata," #> [68017] "rcombfdata" #> [68018] "h.default" #> [68019] "influence.quan" #> [68020] "influnce.fdata" #> [68021] "inprod.fdata" #> [68022] "int.simpson" #> [68023] "Kernel" #> [68024] "Kernel.asymmetric" #> [68025] "Kernel.integrate" #> [68026] "kmeans.fd" #> [68027] "LMDC.select" #> [68028] "MCO" #> [68029] "metric.dist" #> [68030] "metric.hausdorff" #> [68031] "metric.kl" #> [68032] "metric.lp" #> [68033] "min.basis" #> [68034] "min.np" #> [68035] "na.omit.fdata" #> [68036] "norm.fdata" #> [68037] "order.fdata" #> [68038] "Outliers.fdata" #> [68039] "P.penalty" #> [68040] "PCvM.statistic" #> [68041] "poblenou" #> [68042] "predict.classif" #> [68043] "predict.classif.DD" #> [68044] "predict.fregre.fd" #> [68045] "predict.fregre.GAM" #> [68046] "predict.fregre.gls" #> [68047] "predict.functional.response" #> [68048] "r.ou" #> [68049] "rdir.pc" #> [68050] "rp.flm.statistic" #> [68051] "rp.flm.test" #> [68052] "rproc2fdata" #> [68053] "rwild" #> [68054] "S.basis" #> [68055] "S.np" #> [68056] "semimetric.basis" #> [68057] "semimetric.NPFDA" #> [68058] "subset.fdata" #> [68059] "summary.classif" #> [68060] "summary.fdata.comp" #> [68061] "summary.fregre.fd" #> [68062] "summary.fregre.gkam" #> [68063] "Var.y" #> [68064] "BacteriaPI" #> [68065] "CreateModeOfVarPlotLQ2D" #> [68066] "dens2lqd" #> [68067] "dens2qd" #> [68068] "dens2quantile" #> [68069] "DeregulariseByAlpha" #> [68070] "FPCAdens" #> [68071] "GetFVE" #> [68072] "getWFmean" #> [68073] "lqd2dens" #> [68074] "lqd2quantile" #> [68075] "MakeDENsample" #> [68076] "MakeLQDsample" #> [68077] "qd2dens" #> [68078] "RegulariseByAlpha" #> [68079] "Top50BabyNames" #> [68080] "fdakma-package" #> [68081] "kma" #> [68082] "kma.compare" #> [68083] "kma.data" #> [68084] "kma.show.results" #> [68085] "kma.similarity" #> [68086] "fdaMixed-package" #> [68087] "dataTrans" #> [68088] "fdaLm" #> [68089] "fanova.tests" #> [68090] "fmanova.ptbfr" #> [68091] "fmanova.trp" #> [68092] "plot.fanovatests" #> [68093] "plot.fmanovatrp" #> [68094] "plotFANOVA" #> [68095] "print.fanovatests" #> [68096] "print.fmanovaptbfr" #> [68097] "print.fmanovatrp" #> [68098] "summary.fanovatests" #> [68099] "summary.fmanovaptbfr" #> [68100] "summary.fmanovatrp" #> [68101] "Xiongtao" #> [68102] "Pantelis" #> [68103] "Z." #> [68104] "Hadjipantelis" #> [68105] "Kynghee" #> [68106] "Hao" #> [68107] "Shu-Chin" #> [68108] "Lin" #> [68109] "Hans-Georg" #> [68110] "Jane-Ling" #> [68111] "BwNN" #> [68112] "CheckData" #> [68113] "CheckOptions" #> [68114] "ConvertSupport" #> [68115] "CreateBasis" #> [68116] "CreateBWPlot" #> [68117] "CreateCovPlot" #> [68118] "CreateDesignPlot" #> [68119] "CreateDiagnosticsPlot" #> [68120] "CreateFuncBoxPlot" #> [68121] "CreateModeOfVarPlot" #> [68122] "CreateOutliersPlot" #> [68123] "CreatePathPlot" #> [68124] "CreateScreePlot" #> [68125] "CreateStringingPlot" #> [68126] "cumtrapzRcpp" #> [68127] "FAM" #> [68128] "FCCor" #> [68129] "FClust" #> [68130] "FCReg" #> [68131] "fdapace" #> [68132] "fitted.FPCA" #> [68133] "fitted.FPCAder" #> [68134] "FOptDes" #> [68135] "FPCA" #> [68136] "FPCAder" #> [68137] "FPCReg" #> [68138] "FSVD" #> [68139] "FVPA" #> [68140] "GetCrCorYX" #> [68141] "GetCrCorYZ" #> [68142] "GetCrCovYX" #> [68143] "GetCrCovYZ" #> [68144] "GetNormalisedSample" #> [68145] "kCFC" #> [68146] "Lwls1D" #> [68147] "Lwls2D" #> [68148] "Lwls2DDeriv" #> [68149] "MakeBWtoZscore02y" #> [68150] "MakeFPCAInputs" #> [68151] "MakeGPFunctionalData" #> [68152] "MakeHCtoZscore02y" #> [68153] "MakeLNtoZscore02y" #> [68154] "MakeSparseGP" #> [68155] "medfly25" #> [68156] "MultiFAM" #> [68157] "NormCurvToArea" #> [68158] "predict.FPCA" #> [68159] "print.FPCA" #> [68160] "print.FSVD" #> [68161] "print.WFDA" #> [68162] "SBFitting" #> [68163] "SelectK" #> [68164] "Sparsify" #> [68165] "str.FPCA" #> [68166] "Stringing" #> [68167] "trapzRcpp" #> [68168] "WFDA" #> [68169] "create.FEM.basis" #> [68170] "create.MESH.2D" #> [68171] "eval.FEM" #> [68172] "FEM" #> [68173] "image.FEM" #> [68174] "mesh.2D.rectangular" #> [68175] "mesh.2D.simple" #> [68176] "MeuseBorder" #> [68177] "MeuseData" #> [68178] "plot.FEM" #> [68179] "plot.MESH2D" #> [68180] "refine.MESH.2D" #> [68181] "R_elementProperties" #> [68182] "R_eval.FEM" #> [68183] "R_eval.FEM.basis" #> [68184] "R_mass" #> [68185] "R_smooth.FEM.basis" #> [68186] "R_stiff" #> [68187] "smooth.FEM.basis" #> [68188] "smooth.FEM.PDE.basis" #> [68189] "smooth.FEM.PDE.sv.basis" #> [68190] "align_fPCA" #> [68191] "AmplitudeBoxplot" #> [68192] "calc_shape_dist" #> [68193] "curve_geodesic" #> [68194] "curve_karcher_cov" #> [68195] "curve_karcher_mean" #> [68196] "curve_pair_align" #> [68197] "curve_principal_directions" #> [68198] "curve_srvf_align" #> [68199] "curve_to_q" #> [68200] "elastic.distance" #> [68201] "elastic.logistic" #> [68202] "elastic.mlogistic" #> [68203] "elastic.prediction" #> [68204] "elastic.regression" #> [68205] "fdasrvf" #> [68206] "function_group_warp_bayes" #> [68207] "function_mean_bayes" #> [68208] "f_to_srvf" #> [68209] "gauss_model" #> [68210] "growth_vel" #> [68211] "horizFPCA" #> [68212] "im" #> [68213] "invertGamma" #> [68214] "kmeans_align" #> [68215] "multiple_align_functions" #> [68216] "optimum.reparam" #> [68217] "outlier.detection" #> [68218] "pair_align_functions" #> [68219] "pair_align_functions_bayes" #> [68220] "pair_align_functions_expomap" #> [68221] "pair_align_image" #> [68222] "PhaseBoxplot" #> [68223] "q_to_curve" #> [68224] "reparam_curve" #> [68225] "reparam_image" #> [68226] "resamplecurve" #> [68227] "rgam" #> [68228] "sample_shapes" #> [68229] "simu_data" #> [68230] "simu_warp" #> [68231] "simu_warp_median" #> [68232] "smooth.data" #> [68233] "SqrtMean" #> [68234] "SqrtMedian" #> [68235] "srsf_to_f" #> [68236] "time_warping" #> [68237] "toy_warp" #> [68238] "vertFPCA" #> [68239] "warp_f_gamma" #> [68240] "warp_q_gamma" #> [68241] "fdatest-package" #> [68242] "ITP1bspline" #> [68243] "ITP1fourier" #> [68244] "ITP2bspline" #> [68245] "ITP2fourier" #> [68246] "ITP2pafourier" #> [68247] "ITPaovbspline" #> [68248] "ITPimage" #> [68249] "ITPlmbspline" #> [68250] "NASAtemp" #> [68251] "plot.ITP1" #> [68252] "plot.ITP2" #> [68253] "plot.ITPaov" #> [68254] "plot.ITPlm" #> [68255] "summary.ITPaov" #> [68256] "summary.ITPlm" #> [68257] "FDboost-package" #> [68258] "anisotropic_Kronecker" #> [68259] "applyFolds" #> [68260] "bbsc" #> [68261] "bhistx" #> [68262] "bsignal" #> [68263] "coef.FDboost" #> [68264] "cvrisk.FDboostLSS" #> [68265] "emotion" #> [68266] "extract.blg" #> [68267] "FDboost" #> [68268] "FDboostLSS" #> [68269] "fitted.FDboost" #> [68270] "fuelSubset" #> [68271] "funMRD" #> [68272] "funMSE" #> [68273] "funplot" #> [68274] "funRsquared" #> [68275] "getTime" #> [68276] "getTime.hmatrix" #> [68277] "hmatrix" #> [68278] "integrationWeights" #> [68279] "is.hmatrix" #> [68280] "mstop.validateFDboost" #> [68281] "o_control" #> [68282] "plot.bootstrapCI" #> [68283] "plot.FDboost" #> [68284] "predict.FDboost" #> [68285] "residuals.FDboost" #> [68286] "reweightData" #> [68287] "stabsel.FDboost" #> [68288] "subset_hmatrix" #> [68289] "summary.FDboost" #> [68290] "truncateTime" #> [68291] "update.FDboost" #> [68292] "validateFDboost" #> [68293] "[.hmatrix" #> [68294] "%Xc%" #> [68295] "fdcov-package" #> [68296] "classifier-com" #> [68297] "cluster.com" #> [68298] "ksample.com" #> [68299] "ksample.gauss" #> [68300] "ksample.perm" #> [68301] "ksample.vstab" #> [68302] "perm.plot" #> [68303] "FDGcopulas-package" #> [68304] "corFDG" #> [68305] "FDGcopula" #> [68306] "FDGcopula-class" #> [68307] "fitFDG" #> [68308] "fitFDG-class" #> [68309] "ltdcFDG" #> [68310] "rFDG" #> [68311] "rhoFDG" #> [68312] "tauFDG" #> [68313] "utdcFDG" #> [68314] "altf" #> [68315] "altf2" #> [68316] "altf3" #> [68317] "altf4" #> [68318] "archtest" #> [68319] "coef.dma" #> [68320] "crudeoil" #> [68321] "descstat" #> [68322] "dmtest" #> [68323] "fDMA" #> [68324] "fitted.dma" #> [68325] "gNormalize" #> [68326] "grid.DMA" #> [68327] "grid.roll.reg" #> [68328] "grid.tvp" #> [68329] "hit.ratio" #> [68330] "hmdmtest" #> [68331] "mdmtest" #> [68332] "onevar" #> [68333] "plot.altf" #> [68334] "plot.altf2" #> [68335] "plot.altf3" #> [68336] "plot.altf4" #> [68337] "plot.dma" #> [68338] "plot.grid.dma" #> [68339] "plot.grid.roll.reg" #> [68340] "plot.grid.tvp" #> [68341] "plot.reg" #> [68342] "plot.tvp" #> [68343] "predict.dma" #> [68344] "print.altf" #> [68345] "print.altf2" #> [68346] "print.altf3" #> [68347] "print.altf4" #> [68348] "print.dma" #> [68349] "print.grid.dma" #> [68350] "print.grid.roll.reg" #> [68351] "print.grid.tvp" #> [68352] "print.tvp" #> [68353] "rec.reg" #> [68354] "reduce.size" #> [68355] "residuals.dma" #> [68356] "roll.reg" #> [68357] "rvi" #> [68358] "stest" #> [68359] "summary.altf" #> [68360] "summary.altf2" #> [68361] "summary.altf3" #> [68362] "summary.altf4" #> [68363] "summary.dma" #> [68364] "summary.grid.dma" #> [68365] "summary.grid.roll.reg" #> [68366] "summary.grid.tvp" #> [68367] "summary.reg" #> [68368] "summary.tvp" #> [68369] "trends" #> [68370] "tvp" #> [68371] "check.integer" #> [68372] "check_ages" #> [68373] "check_clones_different_parcel" #> [68374] "check_dead_state" #> [68375] "check_existing_ages" #> [68376] "check_existing_place" #> [68377] "check_existing_plots" #> [68378] "check_measurements_state" #> [68379] "check_measurement_ages" #> [68380] "check_parcel_different_spacing" #> [68381] "check_size_age_parcel" #> [68382] "check_undefined_spacing" #> [68383] "check_variables" #> [68384] "check_zero_measurement" #> [68385] "find_missing_age" #> [68386] "find_missing_place" #> [68387] "find_missing_variable" #> [68388] "generate_diameter_classes" #> [68389] "generate_initial_diameter_class" #> [68390] "generate_new_color" #> [68391] "generate_number_hectare" #> [68392] "getColors" #> [68393] "get_ages" #> [68394] "get_max" #> [68395] "get_min" #> [68396] "get_place" #> [68397] "mount_query" #> [68398] "sort_columns_crescent" #> [68399] "fdrci-package" #> [68400] "FDRplot" #> [68401] "fdrTbl" #> [68402] "fdr_od" #> [68403] "GeneralizedEstimatorsGrouped" #> [68404] "GeneralizedFDREstimators" #> [68405] "listerdata" #> [68406] "FDRreg-package" #> [68407] "FDRreg" #> [68408] "plotFDR" #> [68409] "FDRsampsize-package" #> [68410] "afdr" #> [68411] "alpha.fdr" #> [68412] "alpha.power" #> [68413] "average.power" #> [68414] "fdr.power" #> [68415] "fdr.sampsize" #> [68416] "n.fdr" #> [68417] "pi.star" #> [68418] "power.cox" #> [68419] "power.hart" #> [68420] "power.li" #> [68421] "power.onesampt" #> [68422] "power.oneway" #> [68423] "power.ranksum" #> [68424] "power.signtest" #> [68425] "power.tcorr" #> [68426] "power.twosampt" #> [68427] "FDRSeg-package" #> [68428] "computeFdp" #> [68429] "dfdrseg" #> [68430] "evalStepFun" #> [68431] "fdrseg" #> [68432] "simulQuantile" #> [68433] "smuce" #> [68434] "teethfun" #> [68435] "v_measure" #> [68436] "censored.fit" #> [68437] "dcor0" #> [68438] "fdrtool" #> [68439] "gcmlcm" #> [68440] "grenader" #> [68441] "hc.score" #> [68442] "monoreg" #> [68443] "pval.estimate.eta0" #> [68444] "fds-package" #> [68445] "Ausmortality" #> [68446] "Biscuit" #> [68447] "Cancerrate" #> [68448] "ECBYieldcurve" #> [68449] "Electricityconsumption" #> [68450] "Electricitydemand" #> [68451] "FedYieldcurve" #> [68452] "hmdcountry" #> [68453] "hmdstatistic" #> [68454] "Octane" #> [68455] "Pigweight" #> [68456] "read.hmd" #> [68457] "Satellite" #> [68458] "SAtemp" #> [68459] "Spanishmigration" #> [68460] "Yieldcurve" #> [68461] "fdth-package" #> [68462] "fdt" #> [68463] "fdt_cat" #> [68464] "latex.fdt" #> [68465] "make.fdt" #> [68466] "mean.fdt" #> [68467] "median.fdt" #> [68468] "mfv" #> [68469] "plot.fdt" #> [68470] "print.fdt" #> [68471] "quantile.fdt" #> [68472] "summary.fdt" #> [68473] "summary.latex.fdt" #> [68474] "FeaLect-package" #> [68475] "compute.balanced" #> [68476] "compute.logistic.score" #> [68477] "doctor.validate" #> [68478] "FeaLect" #> [68479] "ignore.redundant" #> [68480] "input.check.FeaLect" #> [68481] "mcl_sll" #> [68482] "random.subset" #> [68483] "train.doctor" #> [68484] "feather" #> [68485] "feather_metadata" #> [68486] "read_feather" #> [68487] "feature-package" #> [68488] "featureSignif" #> [68489] "featureSignifGUI" #> [68490] "plot.fs" #> [68491] "SiZer,SiCon" #> [68492] "addFeatures" #> [68493] "dat0" #> [68494] "doAllFactors" #> [68495] "expr" #> [68496] "fileConn" #> [68497] "filename" #> [68498] "findFeatures" #> [68499] "futuresdata" #> [68500] "generateResidualCutoffCode" #> [68501] "generateTrees" #> [68502] "getVarAv" #> [68503] "mainfaclevels" #> [68504] "maxFactorLevels" #> [68505] "mpgdata" #> [68506] "parseSplits" #> [68507] "pathterms" #> [68508] "printResiduals" #> [68509] "runname" #> [68510] "saveTree" #> [68511] "splitlist" #> [68512] "treeGenerationMinBucket" #> [68513] "treesAll" #> [68514] "treeSummaryMinBucket" #> [68515] "treeSummaryResidualMagnitudeThreshold" #> [68516] "treeSummaryResidualThreshold" #> [68517] "CSCMatrix-class" #> [68518] "hash.mapping" #> [68519] "hash.size" #> [68520] "hashed.model.matrix" #> [68521] "intToRaw" #> [68522] "ipinyou" #> [68523] "simulate.split" #> [68524] "test.tag" #> [68525] "fget" #> [68526] "holiday_lst" #> [68527] "infer_gender" #> [68528] "infer_holiday" #> [68529] "par_sapply" #> [68530] "febr" #> [68531] "febr2spdf" #> [68532] "febr2xlsx" #> [68533] "goto" #> [68534] "layer" #> [68535] "observation" #> [68536] "fechner-package" #> [68537] "check.regular" #> [68538] "fechner" #> [68539] "morse" #> [68540] "noRegMin" #> [68541] "plot.fechner" #> [68542] "print.fechner" #> [68543] "print.summary.fechner" #> [68544] "regMin" #> [68545] "summary.fechner" #> [68546] "wish" #> [68547] "daymet_tiles" #> [68548] "get_daymet" #> [68549] "get_ghcn_daily" #> [68550] "get_itrdb" #> [68551] "get_ned" #> [68552] "get_nhd" #> [68553] "get_nlcd" #> [68554] "get_ssurgo" #> [68555] "nlcd_canopy_pam" #> [68556] "nlcd_impervious_pam" #> [68557] "nlcd_landcover_pam" #> [68558] "nlcd_tiles" #> [68559] "pal_nlcd" #> [68560] "federalregister-package" #> [68561] "fr_agencies" #> [68562] "fr_get" #> [68563] "fr_search" #> [68564] "pi_current" #> [68565] "pi_get" #> [68566] "pi_search" #> [68567] "cfr_part" #> [68568] "cfr_text" #> [68569] "cfr_urls" #> [68570] "fedregs" #> [68571] "fe_agencies" #> [68572] "fe_base_url" #> [68573] "fe_projects" #> [68574] "fe_projects_multiple" #> [68575] "fe_projects_search" #> [68576] "FeedbackTS-package" #> [68577] "after.minus.before" #> [68578] "feedback.stats" #> [68579] "feedback.test" #> [68580] "kdd" #> [68581] "KDD-class" #> [68582] "kdd.from.raw.data" #> [68583] "kdd.yearly.average" #> [68584] "KDD.yearly.average-class" #> [68585] "krige" #> [68586] "krige.test" #> [68587] "KT.output-class" #> [68588] "map.statistic" #> [68589] "rain.feedback.stats" #> [68590] "rain.site.6008" #> [68591] "feed.extract" #> [68592] "parse.rdf" #> [68593] "bsfeistest" #> [68594] "feis" #> [68595] "feistest" #> [68596] "mwp" #> [68597] "summary.feis" #> [68598] "6." #> [68599] "Thuan" #> [68600] "Nguyen," #> [68601] "Jie" #> [68602] "Peng," #> [68603] "Jiming" #> [68604] "(2014)," #> [68605] "Fence" #> [68606] "Backcross" #> [68607] "Computation" #> [68608] "Simulation," #> [68609] "84(3)," #> [68610] "<DOI:10.1080/00949655.2012.721885>" #> [68611] "7." #> [68612] "fence" #> [68613] "Advances" #> [68614] "Statistics," #> [68615] "Hindawi" #> [68616] "Publishing" #> [68617] "Corp.," #> [68618] "8." #> [68619] "Nguyen" #> [68620] "(2015)," #> [68621] "Methods," #> [68622] "Scientific," #> [68623] "BSD_2_clause" #> [68624] "lme4," #> [68625] "ggplot2," #> [68626] "compiler," #> [68627] "sae," #> [68628] "fields," #> [68629] "snowfall," #> [68630] "2017-07-01" #> [68631] "08:02:18" #> [68632] "adaptivefence" #> [68633] "adaptivefence.fh" #> [68634] "fence.lmer" #> [68635] "fence.NF" #> [68636] "fence.sae" #> [68637] "IF.lm" #> [68638] "IF.lmer" #> [68639] "invisiblefence" #> [68640] "nonadaptivefence" #> [68641] "plot.NF" #> [68642] "RF" #> [68643] "summary.NF" #> [68644] "X.lmer" #> [68645] "FENmlm-package" #> [68646] "AIC.femlm" #> [68647] "BIC.femlm" #> [68648] "coef.femlm" #> [68649] "confint.femlm" #> [68650] "femlm" #> [68651] "fitted.femlm" #> [68652] "formula.femlm" #> [68653] "getFE" #> [68654] "logLik.femlm" #> [68655] "model.matrix.femlm" #> [68656] "nobs.femlm" #> [68657] "obs2remove" #> [68658] "plot.femlm.allClusters" #> [68659] "predict.femlm" #> [68660] "print.femlm" #> [68661] "print.femlm.obs2remove" #> [68662] "res2table" #> [68663] "res2tex" #> [68664] "resid.femlm" #> [68665] "summary.femlm" #> [68666] "summary.femlm.allClusters" #> [68667] "trade" #> [68668] "update.femlm" #> [68669] "vcov.femlm" #> [68670] "clean_summary" #> [68671] "coef_plot" #> [68672] "coef_posterior_density" #> [68673] "compare_predictions" #> [68674] "compare_predictions_plot" #> [68675] "compare_predictions_test" #> [68676] "ergm.fit" #> [68677] "fergm" #> [68678] "fergm.fit" #> [68679] "fergm_beta_traceplot" #> [68680] "mesa" #> [68681] "DF1" #> [68682] "fermicatsR" #> [68683] "FGL0" #> [68684] "FGL1" #> [68685] "FGL2" #> [68686] "FGL3" #> [68687] "FHL1" #> [68688] "FHL2" #> [68689] "FIG1" #> [68690] "LAC3_HI" #> [68691] "LAC3_LO" #> [68692] "pulsars" #> [68693] "Fetch" #> [68694] "fetchR" #> [68695] "kml,Fetch-method" #> [68696] "plot,Fetch,missing-method" #> [68697] "proj4string,Fetch-method" #> [68698] "spTransform,Fetch,CRS-method" #> [68699] "summary,Fetch-method" #> [68700] "AsianOptions" #> [68701] "BarrierOptions" #> [68702] "BinaryOptions" #> [68703] "CurrencyTranslatedOptions" #> [68704] "LookbackOptions" #> [68705] "MultipleAssetsOptions" #> [68706] "MultipleExercisesOptions" #> [68707] "calcBMProbability" #> [68708] "calcGBMProbability" #> [68709] "Brownian" #> [68710] "Minimum" #> [68711] "Express" #> [68712] "Certificates" #> [68713] "Redemption" #> [68714] "Probabilities" #> [68715] "ExpressCertificate.Classic" #> [68716] "GeometricBrownianMotion" #> [68717] "getRedemptionTime" #> [68718] "MonteCarlo.ExpressCertificate.Classic" #> [68719] "payoffExpress" #> [68720] "print.express.certificate" #> [68721] "simPricesAndMinimumFromGBM" #> [68722] "simPricesAndMinimumFromTruncatedGBM" #> [68723] "SimulateExpressCertificate" #> [68724] "fExtremes-package" #> [68725] "DataPreprocessing" #> [68726] "ExtremeIndex" #> [68727] "ExtremesData" #> [68728] "GevDistribution" #> [68729] "GevMdaEstimation" #> [68730] "GevModelling" #> [68731] "GevRisk" #> [68732] "GpdDistribution" #> [68733] "GpdModelling" #> [68734] "gpdRisk" #> [68735] "TimeSeriesData" #> [68736] "ValueAtRisk" #> [68737] "sessions." #> [68738] "shared" #> [68739] "(using" #> [68740] "different" #> [68741] "en/de-coding" #> [68742] "schemes)" #> [68743] "processes" #> [68744] "exploit" #> [68745] "parallelism." #> [68746] "wide" #> [68747] "choice" #> [68748] "finalizer" #> [68749] "allows" #> [68750] "'permanent'" #> [68751] "well" #> [68752] "creating/removing" #> [68753] "'temporary'" #> [68754] "completely" #> [68755] "transparent" #> [68756] "user." #> [68757] "OS/Filesystem" #> [68758] "combinations," #> [68759] "creating" #> [68760] "notable" #> [68761] "delay" #> [68762] "thanks" #> [68763] "sparse" #> [68764] "Several" #> [68765] "optimization" #> [68766] "techniques" #> [68767] "Hybrid" #> [68768] "Preprocessing" #> [68769] "Virtualization" #> [68770] "implemented" #> [68771] "achieve" #> [68772] "even" #> [68773] "large" #> [68774] "datasets," #> [68775] "virtual" #> [68776] "touching" #> [68777] "disk." #> [68778] "Further," #> [68779] "disk" #> [68780] "I/O," #> [68781] "'logicals'" #> [68782] "non-standard" #> [68783] "types" #> [68784] "stored" #> [68785] "native" #> [68786] "flat" #> [68787] "i.e." #> [68788] "logicals" #> [68789] "bits" #> [68790] "represent" #> [68791] "Beyond" #> [68792] "basic" #> [68793] "functions," #> [68794] "compatibility" #> [68795] "facilitate" #> [68796] "writing" #> [68797] "processing" #> [68798] "(e.g." #> [68799] "as.ff," #> [68800] "ffapply)." #> [68801] "interfaces" #> [68802] "closely" #> [68803] "functionality" #> [68804] "'bit':" #> [68805] "chunked" #> [68806] "looping," #> [68807] "fast" #> [68808] "bit" #> [68809] "coercions" #> [68810] "subscript" #> [68811] "'bitwhich'," #> [68812] "'boolean'," #> [68813] "range" #> [68814] "index," #> [68815] "hi" #> [68816] "index)." #> [68817] "interactively" #> [68818] "selections" #> [68819] "Further" #> [68820] "high-performance" #> [68821] "enhancements" #> [68822] "made" #> [68823] "upon" #> [68824] "GPL-2" #> [68825] "2018-05-15" #> [68826] "21:19:05" #> [68827] "add" #> [68828] "array2vector" #> [68829] "arrayIndex2vectorIndex" #> [68830] "as.ff" #> [68831] "as.ff.bit" #> [68832] "as.ffdf" #> [68833] "as.hi" #> [68834] "as.integer.hi" #> [68835] "as.vmode" #> [68836] "bigsample" #> [68837] "CFUN" #> [68838] "chunk.bit" #> [68839] "chunk.ffdf" #> [68840] "clone.ffdf" #> [68841] "close.ff" #> [68842] "dim.ff" #> [68843] "dimnames.ffdf" #> [68844] "dimnames.ff_array" #> [68845] "dimorderCompatible" #> [68846] "dummy.dimnames" #> [68847] "Extract.ff" #> [68848] "Extract.ffdf" #> [68849] "ffapply" #> [68850] "ffconform" #> [68851] "ffdf" #> [68852] "ffdfindexget" #> [68853] "ffdfsort" #> [68854] "ffdrop" #> [68855] "ffindexget" #> [68856] "ffindexorder" #> [68857] "ffinfo" #> [68858] "ffload" #> [68859] "fforder" #> [68860] "ffreturn" #> [68861] "ffsave" #> [68862] "ffsort" #> [68863] "ffsuitable" #> [68864] "ffxtensions" #> [68865] "file.resize" #> [68866] "fixdiag" #> [68867] "geterror.ff" #> [68868] "getpagesize" #> [68869] "getset.ff" #> [68870] "hiparse" #> [68871] "is.ff" #> [68872] "is.ffdf" #> [68873] "is.open" #> [68874] "is.readonly" #> [68875] "length.ff" #> [68876] "length.ffdf" #> [68877] "length.hi" #> [68878] "levels.ff" #> [68879] "LimWarn" #> [68880] "matcomb" #> [68881] "matprint" #> [68882] "maxffmode" #> [68883] "maxlength" #> [68884] "mismatch" #> [68885] "na.count" #> [68886] "names.ff" #> [68887] "nrowAssign" #> [68888] "open.ff" #> [68889] "pagesize" #> [68890] "physical.ff" #> [68891] "physical.ffdf" #> [68892] "print.ff" #> [68893] "ram2ffcode" #> [68894] "ramattribs" #> [68895] "ramorder.default" #> [68896] "ramsort.default" #> [68897] "read.table.ffdf" #> [68898] "readwrite.ff" #> [68899] "regtest.fforder" #> [68900] "repnam" #> [68901] "sortLevels" #> [68902] "splitPathFile" #> [68903] "symmIndex2vectorIndex" #> [68904] "unclass_-" #> [68905] "undim" #> [68906] "unsort" #> [68907] "update.ff" #> [68908] "vecprint" #> [68909] "vector.vmode" #> [68910] "vector2array" #> [68911] "vectorIndex2arrayIndex" #> [68912] "vmode" #> [68913] "vmode.ffdf" #> [68914] "vt" #> [68915] "vw" #> [68916] "write.table.ffdf" #> [68917] "ffbase-package" #> [68918] "+.ff_vector" #> [68919] ">.ff_vector" #> [68920] "abs.ff_vector" #> [68921] "addfforder" #> [68922] "all.ff" #> [68923] "any.ff" #> [68924] "as.character.ff" #> [68925] "as.Date.ff_vector" #> [68926] "as.ffdf.ffdf" #> [68927] "as.ram.ffdf" #> [68928] "bigglm.ffdf" #> [68929] "binned_sum" #> [68930] "binned_sumsq" #> [68931] "binned_tabulate" #> [68932] "byMean" #> [68933] "bySum" #> [68934] "c.ff" #> [68935] "chunkify" #> [68936] "condMean" #> [68937] "condSum" #> [68938] "cumsum.ff" #> [68939] "cut.ff" #> [68940] "diff.ff" #> [68941] "droplevels.ff" #> [68942] "droplevels.ffdf" #> [68943] "duplicated.ff" #> [68944] "expand.ffgrid" #> [68945] "ffappend" #> [68946] "ffdfappend" #> [68947] "ffdfdply" #> [68948] "ffdfrbind.fill" #> [68949] "ffdfsave" #> [68950] "ffdfwith" #> [68951] "ffifelse" #> [68952] "ffmatch" #> [68953] "ffrandom" #> [68954] "ffrep.int" #> [68955] "ffseq" #> [68956] "ffseq_len" #> [68957] "ffwhich" #> [68958] "format.ff_vector" #> [68959] "grouprunningcumsum" #> [68960] "hist.ff" #> [68961] "ikey" #> [68962] "is.na.ff" #> [68963] "laf_to_ffdf" #> [68964] "load.ffdf" #> [68965] "mean.ff" #> [68966] "merge.ffdf" #> [68967] "min.ff" #> [68968] "move.ffdf" #> [68969] "pack.ffdf" #> [68970] "quantile.ff" #> [68971] "rle_ff" #> [68972] "save.ffdf" #> [68973] "set_ffbase_logging" #> [68974] "subset.ff" #> [68975] "sum.ff" #> [68976] "tabulate.ff" #> [68977] "transform.ffdf" #> [68978] "unique.ff" #> [68979] "unpack.ffdf" #> [68980] "with.ffdf" #> [68981] "within.ffdf" #> [68982] "[.ff" #> [68983] "[.ffdf" #> [68984] "computeAlpha" #> [68985] "computeAlphaLimitedSampling" #> [68986] "computeAposterioriError" #> [68987] "computeAposterioriErrorRiskGroups" #> [68988] "computeOptimalSampleSize" #> [68989] "computeOptimalSampleSizeRiskGroups" #> [68990] "computePValue" #> [68991] "computePValueRiskGroups" #> [68992] "FFD_GUI" #> [68993] "indSampling" #> [68994] "IndSampling-class" #> [68995] "indSamplingSummary" #> [68996] "IndSamplingSummary-class" #> [68997] "ltdSampling" #> [68998] "LtdSampling-class" #> [68999] "ltdSamplingSummary" #> [69000] "LtdSamplingSummary-class" #> [69001] "sheepData" #> [69002] "SurveyData-class" #> [69003] "FField-package" #> [69004] "FFieldPtRep" #> [69005] "FFieldPtRepDemo" #> [69006] "dressing" #> [69007] "ffAnova" #> [69008] "ffmanova" #> [69009] "fixModelMatrix" #> [69010] "manova5050" #> [69011] "matlabColon" #> [69012] "multiPvalues" #> [69013] "multiStatistics" #> [69014] "predict.ffmanova" #> [69015] "rotationtests" #> [69016] "stdize" #> [69017] "unitests" #> [69018] "ffmetadata" #> [69019] "search_metadata" #> [69020] "select_metadata" #> [69021] "computeAFFMean" #> [69022] "computeFFFMean" #> [69023] "demo_ffstream" #> [69024] "detectAFFMean" #> [69025] "detectCUSUMMean" #> [69026] "detectEWMAMean" #> [69027] "detectFFFMean" #> [69028] "ffstream" #> [69029] "ffstream_vignette" #> [69030] "initAFFMean" #> [69031] "initAFFMeanCD" #> [69032] "initCUSUMMeanCD" #> [69033] "initEWMAMeanCD" #> [69034] "initFFFMean" #> [69035] "initFFFMeanCD" #> [69036] "Add_Stats" #> [69037] "apply.tree" #> [69038] "breastcancer" #> [69039] "classtable" #> [69040] "comp.pred" #> [69041] "contraceptive" #> [69042] "creditapproval" #> [69043] "cuerank" #> [69044] "factclean" #> [69045] "fan.algorithm" #> [69046] "FFForest" #> [69047] "FFTrees" #> [69048] "FFTrees.guide" #> [69049] "forestfires" #> [69050] "grow.FFTrees" #> [69051] "heart.cost" #> [69052] "heart.fff" #> [69053] "heart.test" #> [69054] "heart.train" #> [69055] "heartdisease" #> [69056] "heuristic.algorithm" #> [69057] "inwords" #> [69058] "iris.v" #> [69059] "plot.FFForest" #> [69060] "plot.FFTrees" #> [69061] "predict.FFForest" #> [69062] "predict.FFTrees" #> [69063] "print.FFForest" #> [69064] "print.FFTrees" #> [69065] "showcues" #> [69066] "summary.FFTrees" #> [69067] "threshold_factor_grid" #> [69068] "threshold_numeric_grid" #> [69069] "updateHistory" #> [69070] "wordstoFFT" #> [69071] "FFT" #> [69072] "planFFT" #> [69073] "fftw" #> [69074] "fftw2d" #> [69075] "mvfftw" #> [69076] "cumulativemarg" #> [69077] "dirac1" #> [69078] "dirac2" #> [69079] "diracS1" #> [69080] "diracS2" #> [69081] "fcopulamodel" #> [69082] "FE1vector" #> [69083] "FE2" #> [69084] "fitCBB" #> [69085] "fitlambdas" #> [69086] "ftest" #> [69087] "ivphiBB1" #> [69088] "ivphiBB2" #> [69089] "ivphiBB3" #> [69090] "ivphiBB6" #> [69091] "ivphiBB7" #> [69092] "ivpsiGumbel" #> [69093] "ivpsiKS" #> [69094] "KGalambos" #> [69095] "OptimCBB" #> [69096] "pCBB1" #> [69097] "pCBB2" #> [69098] "pCBB3" #> [69099] "pCBB4" #> [69100] "pCBB5" #> [69101] "pCBB6" #> [69102] "pCBB7" #> [69103] "pCMax" #> [69104] "pCMin" #> [69105] "pcopula1" #> [69106] "pcopula2" #> [69107] "pempirical" #> [69108] "phiBB1" #> [69109] "phiBB2" #> [69110] "phiBB3" #> [69111] "phiBB6" #> [69112] "phiBB7" #> [69113] "psiGumbel" #> [69114] "psiKS" #> [69115] "SOB2" #> [69116] "FGalgorithm-package" #> [69117] "FGalgorithm" #> [69118] "fGarch-package" #> [69119] "absMoments" #> [69120] "fGARCH-class" #> [69121] "fGARCHSPEC-class" #> [69122] "formula-methods" #> [69123] "garchFit" #> [69124] "garchFitControl" #> [69125] "garchSim" #> [69126] "garchSpec" #> [69127] "ged" #> [69128] "gedFit" #> [69129] "gedSlider" #> [69130] "sged" #> [69131] "sgedFit" #> [69132] "sgedSlider" #> [69133] "snorm" #> [69134] "snormFit" #> [69135] "snormSlider" #> [69136] "sstd" #> [69137] "sstdFit" #> [69138] "sstdSlider" #> [69139] "std" #> [69140] "stdFit" #> [69141] "stdSlider" #> [69142] "volatility-methods" #> [69143] "add.col" #> [69144] "atualizaCampoBase" #> [69145] "avaliaAjuste" #> [69146] "avaliaEstimativas" #> [69147] "avaliaVolumeAgeBased" #> [69148] "avaliaVolumeAvancado" #> [69149] "calculaA" #> [69150] "calculaPerc" #> [69151] "calculaVolumeDefault" #> [69152] "ce" #> [69153] "classificaClasseDAP" #> [69154] "classificarDAP" #> [69155] "contemParametros" #> [69156] "converteCampoParaCharacter" #> [69157] "criaDadosPareados" #> [69158] "criaModeloExclusivo" #> [69159] "criaModeloGenerico" #> [69160] "defineClasses" #> [69161] "defineClasses2" #> [69162] "estatisticas" #> [69163] "estatisticasBIAS" #> [69164] "estatisticasBiasPERCENTUAL" #> [69165] "estatisticasCE" #> [69166] "estatisticasCORR" #> [69167] "estatisticasCorrPERCENTUAL" #> [69168] "estatisticasCV" #> [69169] "estatisticasCvPERCENTUAL" #> [69170] "estatisticasMAE" #> [69171] "estatisticasR2" #> [69172] "estatisticasResiduoPERCENTUAL" #> [69173] "estatisticasResiduos" #> [69174] "estatisticasRMSE" #> [69175] "estatisticasRmsePERCENTUAL" #> [69176] "estatisticasRRMSE" #> [69177] "evalAgeBased" #> [69178] "fator_bias" #> [69179] "geraModelo" #> [69180] "getAnoMedicao" #> [69181] "getBaseOfAjust" #> [69182] "getClasses" #> [69183] "getColumnsOfAjust" #> [69184] "getColumnsOfBase" #> [69185] "getFormulaExclusivaOfAjust" #> [69186] "getggplot2GraphicObservadoXEstimado" #> [69187] "getGraphicHistogram" #> [69188] "getGraphicObservadoXEstimado" #> [69189] "getGraphicResiduoAbs" #> [69190] "getGraphicResiduoPerc" #> [69191] "getParametrosOfModel" #> [69192] "ifrm" #> [69193] "isfinitedataframe" #> [69194] "listToDataFrame" #> [69195] "mae" #> [69196] "mspr" #> [69197] "predizer" #> [69198] "projectBaseOriented" #> [69199] "R21a" #> [69200] "R29a" #> [69201] "residuoPerc" #> [69202] "retornaValor" #> [69203] "roundAge" #> [69204] "rrmse" #> [69205] "salvaModelo" #> [69206] "separaDados" #> [69207] "syx" #> [69208] "syxPerc" #> [69209] "verificaTipoColuna" #> [69210] "whichmedian" #> [69211] "gof.test" #> [69212] "fgpt-package" #> [69213] "fgeasy" #> [69214] "fgperm" #> [69215] "fgstat" #> [69216] "fyshuffle" #> [69217] "Gpulex" #> [69218] "Pmajor" #> [69219] "FGSG-package" #> [69220] "gflasso" #> [69221] "goscar" #> [69222] "ncFGS" #> [69223] "ncTF" #> [69224] "ncTFGS" #> [69225] "ncTL" #> [69226] "ncTLF" #> [69227] "gui" #> [69228] "guiFrame" #> [69229] "guiGetValue" #> [69230] "FHDI-package" #> [69231] "FHDI_CellMake" #> [69232] "FHDI_CellProb" #> [69233] "FHDI_Driver" #> [69234] "countries_nb_to_en" #> [69235] "norway_locations_current" #> [69236] "norway_locations_long_current" #> [69237] "norway_locations_long_original" #> [69238] "norway_locations_original" #> [69239] "norway_map_counties" #> [69240] "norway_map_municips" #> [69241] "norway_municip_merging" #> [69242] "norway_population_current" #> [69243] "norway_population_original" #> [69244] "nor_char" #> [69245] "FHtest-package" #> [69246] "duser" #> [69247] "FHtesticp" #> [69248] "FHtestics" #> [69249] "FHtestrcc" #> [69250] "FHtestrcp" #> [69251] "illust3" #> [69252] "sf" #> [69253] "volume" #> [69254] "arrMat" #> [69255] "badData" #> [69256] "basisFunctions" #> [69257] "boldContrast" #> [69258] "colMad" #> [69259] "colMedian" #> [69260] "colsd" #> [69261] "convolve1d" #> [69262] "datatypes" #> [69263] "dilate" #> [69264] "erode" #> [69265] "fftN" #> [69266] "fiach" #> [69267] "gaussKernel" #> [69268] "gmm" #> [69269] "hampel" #> [69270] "highBasis" #> [69271] "highPass" #> [69272] "kaiserWin" #> [69273] "kmeansMask" #> [69274] "lowBasis" #> [69275] "matArr" #> [69276] "naSpline" #> [69277] "plot.gmm" #> [69278] "pseudo" #> [69279] "quantMask" #> [69280] "rawPeriodogram" #> [69281] "readNii" #> [69282] "rowMad" #> [69283] "rowMedian" #> [69284] "rowsd" #> [69285] "selectR" #> [69286] "sepConvolve3d" #> [69287] "sinc" #> [69288] "spmHrf" #> [69289] "spmOrth" #> [69290] "t2Grey" #> [69291] "t2sGrey" #> [69292] "viewR" #> [69293] "zeroNa" #> [69294] "fiberLD-package" #> [69295] "cell.length" #> [69296] "dx.fibers" #> [69297] "dx.fibers.micro" #> [69298] "dx.mixture" #> [69299] "fled" #> [69300] "microscopy" #> [69301] "plot.fled" #> [69302] "print.fled" #> [69303] "summary.fled" #> [69304] "fic-package" #> [69305] "all_inds.default" #> [69306] "birthwt" #> [69307] "expand_inds" #> [69308] "fic.coxph" #> [69309] "fic.default" #> [69310] "fic.flexsurvreg" #> [69311] "fic.glm" #> [69312] "fic.lm" #> [69313] "fic.msm" #> [69314] "fic.survreg" #> [69315] "fic_core" #> [69316] "fit_submodels" #> [69317] "focus_fns" #> [69318] "get_H0" #> [69319] "ggplot_fic" #> [69320] "newdata_to_X" #> [69321] "plot.fic" #> [69322] "summary.fic" #> [69323] "fICA-package" #> [69324] "adapt_fICA" #> [69325] "compute_alphas" #> [69326] "fICA" #> [69327] "nonlinearities" #> [69328] "reloaded_fICA" #> [69329] "ccLabel" #> [69330] "checkOverlap" #> [69331] "classModel" #> [69332] "derivePlots" #> [69333] "ecDistance" #> [69334] "extractFields" #> [69335] "fieldData" #> [69336] "fieldRS" #> [69337] "geCheck" #> [69338] "labelCheck" #> [69339] "mape" #> [69340] "pixFilter" #> [69341] "poly2sample" #> [69342] "predictive.model1" #> [69343] "predictive.model2" #> [69344] "rankPlots" #> [69345] "raster2sample" #> [69346] "referenceProfiles" #> [69347] "relative.freq" #> [69348] "samples1" #> [69349] "spCentroid" #> [69350] "2019-04-23" #> [69351] "12:50:03" #> [69352] "add.image" #> [69353] "arrow.plot" #> [69354] "as.surface" #> [69355] "BD" #> [69356] "bplot.xy" #> [69357] "Chicago" #> [69358] "CO2" #> [69359] "Colorado" #> [69360] "Monthly" #> [69361] "Meteorological" #> [69362] "colorbar.plot" #> [69363] "compactToMat" #> [69364] "CovarianceUpper" #> [69365] "cover.design" #> [69366] "drape.plot" #> [69367] "Exponential," #> [69368] "Matern," #> [69369] "Radial" #> [69370] "Basis" #> [69371] "fields" #> [69372] "scripts" #> [69373] "fields-stuff" #> [69374] "fields.grid" #> [69375] "fields.hints" #> [69376] "flame" #> [69377] "gcv.Krig" #> [69378] "list" #> [69379] "image.cov" #> [69380] "image.plot" #> [69381] "image.smooth" #> [69382] "image2lz" #> [69383] "interp.surface" #> [69384] "Krig" #> [69385] "Krig.Amatrix" #> [69386] "Krig.null.function" #> [69387] "Krig.replicates" #> [69388] "minitri" #> [69389] "mKrig" #> [69390] "mKrig.MLE" #> [69391] "mKrigMLE" #> [69392] "MLESpatialProcess" #> [69393] "NorthAmericanRainfall" #> [69394] "plot.Krig" #> [69395] "plot.surface" #> [69396] "poly.image" #> [69397] "predict.Krig" #> [69398] "predictSurface" #> [69399] "print.Krig" #> [69400] "pushpin" #> [69401] "qsreg" #> [69402] "QTps" #> [69403] "quilt.plot" #> [69404] "rat.diet" #> [69405] "RCMexample" #> [69406] "rdist" #> [69407] "rdist.earth" #> [69408] "registeringCode" #> [69409] "REML.test" #> [69410] "ribbon.plot" #> [69411] "RMprecip" #> [69412] "set.panel" #> [69413] "sim.rf" #> [69414] "sim.spatialProcess" #> [69415] "smooth.2d" #> [69416] "spam2lz" #> [69417] "spatialProcess" #> [69418] "splint" #> [69419] "sreg" #> [69420] "stats.bin" #> [69421] "summary.Krig" #> [69422] "summary.ncdf" #> [69423] "supportsArg" #> [69424] "surface.Krig" #> [69425] "Engines:" #> [69426] "tim.colors" #> [69427] "Tps" #> [69428] "transformx" #> [69429] "US.dat" #> [69430] "vgram" #> [69431] "vgram.matrix" #> [69432] "Wendland" #> [69433] "WorldBankCO2" #> [69434] "xline" #> [69435] "yline" #> [69436] "fieldsim" #> [69437] "manifold-class" #> [69438] "process-method" #> [69439] "quadvar" #> [69440] "setAtlas" #> [69441] "setManifold" #> [69442] "setProcess" #> [69443] "fiery-package" #> [69444] "delay_doc" #> [69445] "event_doc" #> [69446] "Fire" #> [69447] "loggers" #> [69448] "plugin_doc" #> [69449] "random_port" #> [69450] "createQ" #> [69451] "createS" #> [69452] "dbInit" #> [69453] "dbLoad" #> [69454] "dumpObjects" #> [69455] "filehash-class" #> [69456] "filehashFormats" #> [69457] "filehashOption" #> [69458] "stackqueue" #> [69459] "filehashSQLite-class" #> [69460] "filematrix-package" #> [69461] "filematrix-class" #> [69462] "fm.create" #> [69463] "as.character.filename" #> [69464] "as.filename" #> [69465] "is.filename" #> [69466] "make_path" #> [69467] "set_fdate" #> [69468] "set_fext" #> [69469] "set_fpath" #> [69470] "set_ftime" #> [69471] "trim_ext" #> [69472] "fileplyr-package" #> [69473] "ddfply" #> [69474] "fileply" #> [69475] "to_tibble" #> [69476] "lf" #> [69477] "before_last_dot" #> [69478] "can_be_numeric" #> [69479] "create_dir" #> [69480] "currency" #> [69481] "extend_char_vec" #> [69482] "extract_non_numerics" #> [69483] "extract_numbers" #> [69484] "filesstrings" #> [69485] "filesstrings-defunct" #> [69486] "give_ext" #> [69487] "group_close" #> [69488] "locate_braces" #> [69489] "move_files" #> [69490] "nice_file_nums" #> [69491] "nice_nums" #> [69492] "nth_number_after_mth" #> [69493] "nth_number_before_mth" #> [69494] "put_in_pos" #> [69495] "remove_dir" #> [69496] "remove_filename_spaces" #> [69497] "remove_quoted" #> [69498] "rename_with_nums" #> [69499] "singleize" #> [69500] "str_after_nth" #> [69501] "str_elem" #> [69502] "str_nth_instance_indices" #> [69503] "str_paste_elems" #> [69504] "str_split_by_nums" #> [69505] "str_split_camel_case" #> [69506] "str_to_vec" #> [69507] "trim_anything" #> [69508] "unitize_dirs" #> [69509] "cbind_bigmatrix" #> [69510] "demo.filest" #> [69511] "filest" #> [69512] "rbind_bigmatrix" #> [69513] "filling-package" #> [69514] "aux.rndmissing" #> [69515] "fill.HardImpute" #> [69516] "fill.KNNimpute" #> [69517] "fill.nuclear" #> [69518] "fill.OptSpace" #> [69519] "fill.simple" #> [69520] "fill.SoftImpute" #> [69521] "fill.SVDimpute" #> [69522] "fill.SVT" #> [69523] "fill.USVT" #> [69524] "lena128" #> [69525] "lena256" #> [69526] "lena64" #> [69527] "fImport-package" #> [69528] "class-fWEBDATA" #> [69529] "import-fred" #> [69530] "provider-Listings" #> [69531] "read-lines" #> [69532] "read-links" #> [69533] "read-lynx" #> [69534] "read-w3m" #> [69535] "utils-download" #> [69536] "utils-split" #> [69537] "finalfit-package" #> [69538] "boot_compare" #> [69539] "boot_predict" #> [69540] "coefficient_plot" #> [69541] "colname2label" #> [69542] "colon_s" #> [69543] "coxphmulti" #> [69544] "coxphuni" #> [69545] "dependent_label" #> [69546] "extract_variable_label" #> [69547] "ff_formula" #> [69548] "ff_glimpse" #> [69549] "ff_interaction" #> [69550] "ff_label" #> [69551] "ff_merge" #> [69552] "ff_metrics" #> [69553] "ff_newdata" #> [69554] "ff_plot" #> [69555] "ff_relabel" #> [69556] "ff_remove_ref" #> [69557] "finalfit" #> [69558] "fit2df" #> [69559] "format_n_percent" #> [69560] "glmmixed" #> [69561] "glmmulti" #> [69562] "glmmulti_boot" #> [69563] "glmuni" #> [69564] "hr_plot" #> [69565] "lmmixed" #> [69566] "lmmulti" #> [69567] "lmuni" #> [69568] "metrics_hoslem" #> [69569] "missing_compare" #> [69570] "missing_glimpse" #> [69571] "missing_pairs" #> [69572] "missing_pattern" #> [69573] "missing_plot" #> [69574] "missing_predictorMatrix" #> [69575] "or_plot" #> [69576] "p_tidy" #> [69577] "round_tidy" #> [69578] "summary_factorlist" #> [69579] "surv_plot" #> [69580] "annu.fv" #> [69581] "annu.pv" #> [69582] "annu.pv.df" #> [69583] "betaf" #> [69584] "bond.price" #> [69585] "corm" #> [69586] "get.mode" #> [69587] "get.price.google" #> [69588] "get.price.yahoo" #> [69589] "kur" #> [69590] "ploth" #> [69591] "ploths" #> [69592] "plotsm" #> [69593] "plotts" #> [69594] "rr" #> [69595] "sk" #> [69596] "FinancialInstrument-package" #> [69597] ".get_rate" #> [69598] ".to_daily" #> [69599] "add.defined.by" #> [69600] "add.identifier" #> [69601] "buildHierarchy" #> [69602] "buildRatio" #> [69603] "buildSpread" #> [69604] "build_series_symbols" #> [69605] "build_spread_symbols" #> [69606] "C2M" #> [69607] "CompareInstrumentFiles" #> [69608] "exchange_rate" #> [69609] "expires" #> [69610] "find.instrument" #> [69611] "FindCommonInstrumentAttributes" #> [69612] "fn_SpreadBuilder" #> [69613] "formatSpreadPrice" #> [69614] "format_id" #> [69615] "future_series" #> [69616] "getInstrument" #> [69617] "getSymbols.FI" #> [69618] "instrument.auto" #> [69619] "instrument.table" #> [69620] "instrument_attr" #> [69621] "is.currency" #> [69622] "is.currency.name" #> [69623] "is.instrument" #> [69624] "is.instrument.name" #> [69625] "load.instruments" #> [69626] "ls_by_currency" #> [69627] "ls_by_expiry" #> [69628] "ls_expiries" #> [69629] "ls_instruments" #> [69630] "ls_instruments_by" #> [69631] "ls_strikes" #> [69632] "ls_underlyings" #> [69633] "make_spread_id" #> [69634] "month_cycle2numeric" #> [69635] "next.future_id" #> [69636] "Notionalize" #> [69637] "option_series.yahoo" #> [69638] "parse_id" #> [69639] "parse_suffix" #> [69640] "redenominate" #> [69641] "root_contracts" #> [69642] "saveInstruments" #> [69643] "saveSymbols.days" #> [69644] "setSymbolLookup.FI" #> [69645] "sort_ids" #> [69646] "synthetic" #> [69647] "to_secBATV" #> [69648] "update_instruments.instrument" #> [69649] "update_instruments.iShares" #> [69650] "update_instruments.masterDATA" #> [69651] "update_instruments.morningstar" #> [69652] "update_instruments.yahoo" #> [69653] "volep" #> [69654] "amort.period" #> [69655] "amort.table" #> [69656] "annuity.arith" #> [69657] "annuity.geo" #> [69658] "annuity.level" #> [69659] "bear.call" #> [69660] "bear.call.bls" #> [69661] "bls.order1" #> [69662] "bull.call" #> [69663] "bull.call.bls" #> [69664] "butterfly.spread" #> [69665] "butterfly.spread.bls" #> [69666] "cf.analysis" #> [69667] "collar" #> [69668] "collar.bls" #> [69669] "covered.call" #> [69670] "covered.put" #> [69671] "forward.prepaid" #> [69672] "IRR" #> [69673] "option.call" #> [69674] "option.put" #> [69675] "perpetuity.arith" #> [69676] "perpetuity.geo" #> [69677] "perpetuity.level" #> [69678] "protective.put" #> [69679] "rate.conv" #> [69680] "straddle" #> [69681] "straddle.bls" #> [69682] "strangle" #> [69683] "strangle.bls" #> [69684] "swap.commodity" #> [69685] "swap.rate" #> [69686] "TVM" #> [69687] "yield.dollar" #> [69688] "yield.time" #> [69689] "FinAsym-package" #> [69690] "classify_quotes" #> [69691] "pin_likelihood" #> [69692] "bdy" #> [69693] "bdy2mmy" #> [69694] "candlestickChart" #> [69695] "cash.ratio" #> [69696] "coefficient.variation" #> [69697] "cogs" #> [69698] "current.ratio" #> [69699] "ddb" #> [69700] "debt.ratio" #> [69701] "diluted.EPS" #> [69702] "discount.rate" #> [69703] "ear.continuous" #> [69704] "ear2bey" #> [69705] "ear2hpr" #> [69706] "EIR" #> [69707] "EPS" #> [69708] "financial.leverage" #> [69709] "fv.annuity" #> [69710] "fv.simple" #> [69711] "fv.uneven" #> [69712] "geometric.mean" #> [69713] "get.ohlc.google" #> [69714] "get.ohlc.yahoo" #> [69715] "get.ohlcs.google" #> [69716] "get.ohlcs.yahoo" #> [69717] "gpm" #> [69718] "hpr" #> [69719] "hpr2bey" #> [69720] "hpr2ear" #> [69721] "hpr2mmy" #> [69722] "irr" #> [69723] "irr2" #> [69724] "iss" #> [69725] "lineChart" #> [69726] "lineChartMult" #> [69727] "lt.d2e" #> [69728] "mmy2hpr" #> [69729] "n.period" #> [69730] "npm" #> [69731] "pmt" #> [69732] "pv.annuity" #> [69733] "pv.perpetuity" #> [69734] "pv.simple" #> [69735] "pv.uneven" #> [69736] "quick.ratio" #> [69737] "r.continuous" #> [69738] "r.norminal" #> [69739] "r.perpetuity" #> [69740] "sampling.error" #> [69741] "SFRatio" #> [69742] "Sharpe.ratio" #> [69743] "slde" #> [69744] "total.d2e" #> [69745] "twrr" #> [69746] "volumeChart" #> [69747] "wpr" #> [69748] "finch-package" #> [69749] "as.location" #> [69750] "dwca_cache" #> [69751] "dwca_read" #> [69752] "dwca_validate" #> [69753] "finch-defunct" #> [69754] "simple_read" #> [69755] "banding.cv" #> [69756] "FinCovRegularization" #> [69757] "FundamentalFactor.Cov" #> [69758] "GMVP" #> [69759] "Ind.Cov" #> [69760] "m.excess.c10sp9003" #> [69761] "MacroFactor.Cov" #> [69762] "O.norm2" #> [69763] "RiskParity" #> [69764] "StatFactor.Cov" #> [69765] "tapering.cv" #> [69766] "threshold.cv" #> [69767] "FindAllRoots-package" #> [69768] "allroots" #> [69769] "dichotomy" #> [69770] "Carlson" #> [69771] "CausalANOVA" #> [69772] "ConditionalEffect" #> [69773] "cv.CausalANOVA" #> [69774] "FindIt" #> [69775] "GerberGreen" #> [69776] "plot.PredictFindIt" #> [69777] "predict.FindIt" #> [69778] "test.CausalANOVA" #> [69779] "can_find_python_cmd" #> [69780] "find_python_cmd" #> [69781] "is_python_sufficient" #> [69782] "findPDF" #> [69783] "findRmd" #> [69784] "findRscript" #> [69785] "findtxt" #> [69786] "reminder" #> [69787] "findviews" #> [69788] "findviews_core" #> [69789] "findviews_to_compare" #> [69790] "findviews_to_compare_core" #> [69791] "findviews_to_predict" #> [69792] "findviews_to_predict_core" #> [69793] "FinePop-package" #> [69794] "clip.genepop" #> [69795] "DJ" #> [69796] "EBDJ" #> [69797] "EBFST" #> [69798] "EBGstH" #> [69799] "FstBoot" #> [69800] "FstEnv" #> [69801] "GstH" #> [69802] "GstN" #> [69803] "GstNC" #> [69804] "herring" #> [69805] "jsmackerel" #> [69806] "read.frequency" #> [69807] "thetaWC.pair" #> [69808] "bit.importance" #> [69809] "bit.spectrum" #> [69810] "cdk.lf," #> [69811] "moe.lf," #> [69812] "bci.lf" #> [69813] "count-methods" #> [69814] "distance-methods" #> [69815] "euc.vector" #> [69816] "feature-class" #> [69817] "feature-methods" #> [69818] "featvec-class" #> [69819] "fingerprint-class" #> [69820] "fp.factor.matrix" #> [69821] "fp.read," #> [69822] "fp.read.to.matrix" #> [69823] "fp.sim.matrix" #> [69824] "fp.to.matrix" #> [69825] "fplogical" #> [69826] "random.fingerprint" #> [69827] "fingerPro-package" #> [69828] "boxPlot" #> [69829] "catchment" #> [69830] "DFATest" #> [69831] "ggbiplot" #> [69832] "inputSample" #> [69833] "inputSource" #> [69834] "KWTest" #> [69835] "LDAPlot" #> [69836] "PCAPlot" #> [69837] "plotResults" #> [69838] "rangeTest" #> [69839] "unmix" #> [69840] "unmix_c" #> [69841] "writeResults" #> [69842] "area_profiles" #> [69843] "compare_areas" #> [69844] "compare_indicators" #> [69845] "create_datatable" #> [69846] "create_test_data" #> [69847] "fingertipscharts" #> [69848] "round2" #> [69849] "scale_fill_phe" #> [69850] "spine_data_check" #> [69851] "spine_preprocess" #> [69852] "spine_rescaler" #> [69853] "theme_phe" #> [69854] "add_timestamp" #> [69855] "area_types" #> [69856] "category_types" #> [69857] "deprivation_decile" #> [69858] "fingertipsR" #> [69859] "fingertips_data" #> [69860] "fingertips_redred" #> [69861] "fingertips_stats" #> [69862] "get_fingertips_api" #> [69863] "indicators" #> [69864] "indicators_unique" #> [69865] "indicator_areatypes" #> [69866] "indicator_metadata" #> [69867] "indicator_order" #> [69868] "nearest_neighbours" #> [69869] "select_indicators" #> [69870] "finiteruinprob-package" #> [69871] "rriskproc" #> [69872] "ruinprob.finite.dsim" #> [69873] "ruinprob.finite.imps" #> [69874] "ruinprob.finite.sdp" #> [69875] "AnnualReports" #> [69876] "CompanyInfo" #> [69877] "GetBalanceSheet" #> [69878] "GetCashFlow" #> [69879] "GetIncome" #> [69880] "siccodes" #> [69881] "statecodes" #> [69882] "FinTS-package" #> [69883] "Acf" #> [69884] "apca" #> [69885] "ArchTest" #> [69886] "ARIMA" #> [69887] "as.yearmon2" #> [69888] "AutocorTest" #> [69889] "ch01data" #> [69890] "ch02data" #> [69891] "ch03data" #> [69892] "ch04data" #> [69893] "ch05data" #> [69894] "ch06data" #> [69895] "ch07data" #> [69896] "ch08data" #> [69897] "ch09data" #> [69898] "ch10data" #> [69899] "ch11data" #> [69900] "ch12data" #> [69901] "compoundInterest" #> [69902] "findConjugates" #> [69903] "FinTS.stats" #> [69904] "package.dir" #> [69905] "plot.loadings" #> [69906] "plotArmaTrueacf" #> [69907] "read.yearmon" #> [69908] "runscript" #> [69909] "TsayFiles" #> [69910] "url2data" #> [69911] "FiRE-package" #> [69912] "FiRE" #> [69913] "sample_label" #> [69914] "canFuel" #> [69915] "cfis" #> [69916] "coForest" #> [69917] "ffm" #> [69918] "fireChart" #> [69919] "fireIndex" #> [69920] "fireIndexKBDI" #> [69921] "fuelModels" #> [69922] "fuelMoisture" #> [69923] "rothermel" #> [69924] "rrRAWS" #> [69925] "waf" #> [69926] "adult_growths" #> [69927] "adult_morphologies" #> [69928] "juvenile_growths" #> [69929] "juvenile_morphologies" #> [69930] "FisherEM-package" #> [69931] "fem" #> [69932] "fem.ari" #> [69933] "plot.fem" #> [69934] "print.fem" #> [69935] "sfem" #> [69936] "fisheyeR-package" #> [69937] "addNoise" #> [69938] "centrarSalida" #> [69939] "circulin" #> [69940] "circulo" #> [69941] "fishIin" #> [69942] "HeavyWavoidCluttering" #> [69943] "IncVadjustMinus" #> [69944] "mPOIAnd-class" #> [69945] "mPOIOr-class" #> [69946] "multiPOI-class" #> [69947] "plotPOI" #> [69948] "POI-class" #> [69949] "POICalc" #> [69950] "POICalc-methods" #> [69951] "POIcalculate<-" #> [69952] "POIcalculate<–methods" #> [69953] "POIcolors<-" #> [69954] "POIcolors<–methods" #> [69955] "POIcoords<-" #> [69956] "POIcoords<–methods" #> [69957] "POICreate" #> [69958] "POIGraph-class" #> [69959] "POIPlot" #> [69960] "POIPlot-methods" #> [69961] "puntosMedios" #> [69962] "query2Cols" #> [69963] "query2Cols-methods" #> [69964] "toCartesian" #> [69965] "toHiperbolico" #> [69966] "FisHiCal-package" #> [69967] "calibHiC" #> [69968] "findMatchingIndices" #> [69969] "getInfoLevelForChr" #> [69970] "hic" #> [69971] "lsmacof" #> [69972] "plotInc" #> [69973] "prepareCalib" #> [69974] "searchInc" #> [69975] "spatialInc" #> [69976] "summaryInc" #> [69977] "updateCalib" #> [69978] "fishkirkkojarvi2015" #> [69979] "fishnames" #> [69980] "agesurv" #> [69981] "agesurvcl" #> [69982] "alk" #> [69983] "alkD" #> [69984] "alkdata" #> [69985] "alkprop" #> [69986] "alkss" #> [69987] "astrocalc4r" #> [69988] "bheq" #> [69989] "bhnoneq" #> [69990] "bonito" #> [69991] "bt.log" #> [69992] "catch.select" #> [69993] "catchmsy" #> [69994] "catchsurvey" #> [69995] "clus.lf" #> [69996] "clus.mean" #> [69997] "clus.rho" #> [69998] "clus.rho.g" #> [69999] "clus.str.lf" #> [70000] "clus.t.test" #> [70001] "clus.vb.fit" #> [70002] "codcluslen" #> [70003] "codstrcluslen" #> [70004] "combinevar" #> [70005] "compare2" #> [70006] "convmort" #> [70007] "cowcod" #> [70008] "cpuekapp" #> [70009] "darter" #> [70010] "dbsra" #> [70011] "deltadist" #> [70012] "deplet" #> [70013] "dlproj" #> [70014] "epr" #> [70015] "fm_checkdesign" #> [70016] "fm_model_avg" #> [70017] "fm_telemetry" #> [70018] "fpc" #> [70019] "Gerking" #> [70020] "goosefish" #> [70021] "grotag" #> [70022] "grotagplus" #> [70023] "growhamp" #> [70024] "growthlrt" #> [70025] "growthmultifit" #> [70026] "growthResid" #> [70027] "growthTraject" #> [70028] "growtrans" #> [70029] "haddock" #> [70030] "Hightower" #> [70031] "Hoenig" #> [70032] "irm_cr" #> [70033] "irm_h" #> [70034] "Jensen" #> [70035] "kappenman" #> [70036] "Kimura" #> [70037] "lingcod" #> [70038] "M.empirical" #> [70039] "maki" #> [70040] "mature" #> [70041] "menhaden" #> [70042] "mort.al" #> [70043] "mrN.single" #> [70044] "nshrimp" #> [70045] "opt_slot" #> [70046] "opt_trophy" #> [70047] "P.donacina" #> [70048] "pgen" #> [70049] "pinfish" #> [70050] "plot.grotagplus" #> [70051] "powertrend" #> [70052] "print.grotagplus" #> [70053] "pwpop" #> [70054] "remp" #> [70055] "rig" #> [70056] "rockbass" #> [70057] "sblen" #> [70058] "sbotos" #> [70059] "sbpr" #> [70060] "schnabel" #> [70061] "Shepherd" #> [70062] "sole" #> [70063] "sr" #> [70064] "striper" #> [70065] "surveyfit" #> [70066] "surveyref" #> [70067] "tag_model_avg" #> [70068] "tanaka" #> [70069] "trout" #> [70070] "vbfr" #> [70071] "wolffish" #> [70072] "yellowtail" #> [70073] "ypr" #> [70074] "fishMod-package" #> [70075] "deltaLN" #> [70076] "dPoisGam" #> [70077] "dTweedie" #> [70078] "simReg" #> [70079] "tglm" #> [70080] "TigerFlathead" #> [70081] "fishmove-package" #> [70082] "datafishmove" #> [70083] "fishmove" #> [70084] "fishmove.estimate" #> [70085] "fishmove.query" #> [70086] "pdk" #> [70087] "speciesfishmove" #> [70088] "AMR.clean" #> [70089] "AMR.raw" #> [70090] "AMR.slope" #> [70091] "calculate.MR" #> [70092] "convert.respirometry" #> [70093] "convert.rMR" #> [70094] "correct.meas" #> [70095] "export.MR" #> [70096] "extract.slope" #> [70097] "FishResp" #> [70098] "import.meas" #> [70099] "import.test" #> [70100] "input.info" #> [70101] "presens.aquaresp" #> [70102] "pyroscience.aquaresp" #> [70103] "QC.activity" #> [70104] "QC.meas" #> [70105] "QC.slope" #> [70106] "rm.data" #> [70107] "SMR.clean" #> [70108] "SMR.raw" #> [70109] "SMR.slope" #> [70110] "fishtree_alignment" #> [70111] "fishtree_complete_phylogeny" #> [70112] "fishtree_phylogeny" #> [70113] "fishtree_rogues" #> [70114] "fishtree_taxonomy" #> [70115] "fishtree_tip_rates" #> [70116] "convert.attribute" #> [70117] "convert.expression" #> [70118] "convert.weather" #> [70119] "convert.weight" #> [70120] "FIT" #> [70121] "fit.models" #> [70122] "load.attribute" #> [70123] "load.expression" #> [70124] "load.weather" #> [70125] "load.weight" #> [70126] "make.recipe" #> [70127] "make.trivial.weights" #> [70128] "optim" #> [70129] "prediction.errors" #> [70130] "weather.entries" #> [70131] "designMD" #> [70132] "fmclass.register" #> [70133] "indexPlot.lmfm" #> [70134] "kernDenPlot.lmfm" #> [70135] "overlaidKernDenPlot.lmfm" #> [70136] "overlaidQQPlot.lmfm" #> [70137] "plot.glmfm" #> [70138] "plot.lmfm" #> [70139] "qqPlot.lmfm" #> [70140] "scatterPlot.lmfm" #> [70141] "simpleRegPlot.lmfm" #> [70142] "summary.glmfm" #> [70143] "summary.lmfm" #> [70144] "fit4NM" #> [70145] "FitAR-package" #> [70146] "AcfPlot" #> [70147] "AR1Est" #> [70148] "ARSdf" #> [70149] "ARToMA" #> [70150] "BackcastResidualsAR" #> [70151] "BICqLL" #> [70152] "Boot.FitAR" #> [70153] "Boot.ts" #> [70154] "BoxCox.Arima" #> [70155] "BoxCox.FitAR" #> [70156] "BoxCox.numeric" #> [70157] "BoxCox.ts" #> [70158] "bxcx" #> [70159] "Caffeine" #> [70160] "ChampernowneD" #> [70161] "coef.FitAR" #> [70162] "Commodities" #> [70163] "cts" #> [70164] "DetAR" #> [70165] "FastLoglikelihoodAR" #> [70166] "FitAR" #> [70167] "FitARp" #> [70168] "FitARz" #> [70169] "fitted.FitAR" #> [70170] "FromSymmetricStorageUpper" #> [70171] "FXRates" #> [70172] "Get1G" #> [70173] "GetARMeanMLE" #> [70174] "GetFitAR" #> [70175] "GetFitARpLS" #> [70176] "GetFitARpMLE" #> [70177] "GetFitARz" #> [70178] "GetLeapsAR" #> [70179] "getRho" #> [70180] "getT" #> [70181] "glog" #> [70182] "InformationMatrixAR" #> [70183] "InformationMatrixARp" #> [70184] "InformationMatrixARz" #> [70185] "InvertibleQ" #> [70186] "Jacobian" #> [70187] "JacobianK" #> [70188] "LBQPlot" #> [70189] "LjungBoxTest" #> [70190] "LoglikelihoodAR" #> [70191] "Ninemile" #> [70192] "PacfDL" #> [70193] "PacfPlot" #> [70194] "plot.FitAR" #> [70195] "plot.Selectmodel" #> [70196] "PlotARSdf" #> [70197] "predict.FitAR" #> [70198] "print.FitAR" #> [70199] "RacfPlot" #> [70200] "Readts" #> [70201] "residuals.FitAR" #> [70202] "sdfplot" #> [70203] "sdfplot.ar" #> [70204] "sdfplot.Arima" #> [70205] "sdfplot.FitAR" #> [70206] "sdfplot.numeric" #> [70207] "sdfplot.ts" #> [70208] "SelectModel" #> [70209] "SeriesA" #> [70210] "SeriesB" #> [70211] "SeriesB2" #> [70212] "SiddiquiMatrix" #> [70213] "SimulateGaussianAR" #> [70214] "summary.FitAR" #> [70215] "TacvfAR" #> [70216] "TacvfMA" #> [70217] "TimeSeriesPlot" #> [70218] "UnitRootTest" #> [70219] "USTobacco" #> [70220] "VarianceRacfAR" #> [70221] "VarianceRacfARp" #> [70222] "VarianceRacfARz" #> [70223] "Willamette" #> [70224] "FitARMA-package" #> [70225] "coef.FitARMA" #> [70226] "FitARMA" #> [70227] "fitted.FitARMA" #> [70228] "GetFitARMA" #> [70229] "ImpulseCoefficientsARMA" #> [70230] "InformationMatrixARMA" #> [70231] "print.FitARMA" #> [70232] "residuals.FitARMA" #> [70233] "SimulateGaussianARMA" #> [70234] "summary.FitARMA" #> [70235] "TacvfARMA" #> [70236] "tccfAR" #> [70237] "get_activity_data" #> [70238] "get_daily_data" #> [70239] "get_intraday_data" #> [70240] "get_premium_export" #> [70241] "get_sleep_data" #> [70242] "get_weight_data" #> [70243] "fitdc" #> [70244] "read_fit" #> [70245] "fitdistrplus-package" #> [70246] "bootdist" #> [70247] "bootdistcens" #> [70248] "CIcdfplot" #> [70249] "dataFAQ" #> [70250] "descdist" #> [70251] "detectbound" #> [70252] "endosulfan" #> [70253] "fitdistcens" #> [70254] "fluazinam" #> [70255] "gofstat" #> [70256] "graphcomp" #> [70257] "graphcompcens" #> [70258] "groundbeef" #> [70259] "logLikplot" #> [70260] "logLiksurface" #> [70261] "mgedist" #> [70262] "mledist" #> [70263] "mmedist" #> [70264] "plotdist" #> [70265] "plotdistcens" #> [70266] "prefit" #> [70267] "qmedist" #> [70268] "smokedfish" #> [70269] "toxocara" #> [70270] "fitDRC-package" #> [70271] "aberr.l.bfgs.b" #> [70272] "aberr.nelder.mead" #> [70273] "calc.k" #> [70274] "CDFinv" #> [70275] "dist.trans.create" #> [70276] "drclass" #> [70277] "Fl" #> [70278] "Fl.drclass" #> [70279] "FlInv" #> [70280] "FlInv.drclass" #> [70281] "Fu.drclass" #> [70282] "FuInv" #> [70283] "FuInv.drclass" #> [70284] "MEAN" #> [70285] "MEDIAN" #> [70286] "mergePar" #> [70287] "metric.ci" #> [70288] "metric.mode" #> [70289] "metric.shape" #> [70290] "metric.width" #> [70291] "MODE" #> [70292] "process.elidat" #> [70293] "RANGE" #> [70294] "TRANS.BACKW.transformation" #> [70295] "TRANS.DERIV.transformation" #> [70296] "TRANS.FORW.transformation" #> [70297] "trans.from.interval.to.interval" #> [70298] "trans.from.interval.to.R" #> [70299] "trans.from.R.to.interval" #> [70300] "trans.from.R.to.Rplus" #> [70301] "trans.from.Rplus.to.R" #> [70302] "TRANS.RANGE.X.transformation" #> [70303] "TRANS.RANGE.Y.transformation" #> [70304] "Alcohol_data" #> [70305] "BODextract" #> [70306] "Chromosome_data" #> [70307] "Course_data" #> [70308] "dAddBin" #> [70309] "dBETA" #> [70310] "dBetaBin" #> [70311] "dBetaCorrBin" #> [70312] "dCOMPBin" #> [70313] "dCorrBin" #> [70314] "dGBeta1" #> [70315] "dGHGBB" #> [70316] "dGHGBeta" #> [70317] "dKUM" #> [70318] "dKumBin" #> [70319] "dMcGBB" #> [70320] "dMultiBin" #> [70321] "dTRI" #> [70322] "dTriBin" #> [70323] "dUNI" #> [70324] "dUniBin" #> [70325] "EstMGFBetaBin" #> [70326] "EstMLEAddBin" #> [70327] "EstMLEBetaBin" #> [70328] "EstMLEBetaCorrBin" #> [70329] "EstMLECOMPBin" #> [70330] "EstMLECorrBin" #> [70331] "EstMLEGHGBB" #> [70332] "EstMLEKumBin" #> [70333] "EstMLEMcGBB" #> [70334] "EstMLEMultiBin" #> [70335] "EstMLETriBin" #> [70336] "Exam_data" #> [70337] "fitAddBin" #> [70338] "fitBetaBin" #> [70339] "fitBetaCorrBin" #> [70340] "fitBin" #> [70341] "fitCOMPBin" #> [70342] "fitCorrBin" #> [70343] "fitGHGBB" #> [70344] "fitKumBin" #> [70345] "fitMcGBB" #> [70346] "fitMultiBin" #> [70347] "fitTriBin" #> [70348] "Male_Children" #> [70349] "mazBETA" #> [70350] "mazGBeta1" #> [70351] "mazGHGBeta" #> [70352] "mazKUM" #> [70353] "mazTRI" #> [70354] "mazUNI" #> [70355] "NegLLAddBin" #> [70356] "NegLLBetaBin" #> [70357] "NegLLBetaCorrBin" #> [70358] "NegLLCOMPBin" #> [70359] "NegLLCorrBin" #> [70360] "NegLLGHGBB" #> [70361] "NegLLKumBin" #> [70362] "NegLLMcGBB" #> [70363] "NegLLMultiBin" #> [70364] "NegLLTriBin" #> [70365] "pAddBin" #> [70366] "pBETA" #> [70367] "pBetaBin" #> [70368] "pBetaCorrBin" #> [70369] "pCOMPBin" #> [70370] "pCorrBin" #> [70371] "pGBeta1" #> [70372] "pGHGBB" #> [70373] "pGHGBeta" #> [70374] "pKUM" #> [70375] "pKumBin" #> [70376] "Plant_DiseaseData" #> [70377] "pMcGBB" #> [70378] "pMultiBin" #> [70379] "pTRI" #> [70380] "pTriBin" #> [70381] "pUNI" #> [70382] "pUniBin" #> [70383] "Terror_data_ARG" #> [70384] "Terror_data_USA" #> [70385] "fitcond" #> [70386] "fsigmoidal" #> [70387] "fweibull" #> [70388] "getPx" #> [70389] "plot.plcfit" #> [70390] "stemvul" #> [70391] "CodomMarker" #> [70392] "convertStartmeans" #> [70393] "fitOneMarker" #> [70394] "fitPoly" #> [70395] "fitPoly_data" #> [70396] "saveMarkerModels" #> [70397] "FITSio-package" #> [70398] "axVec" #> [70399] "closeHdr" #> [70400] "makeFITSimHdr" #> [70401] "modifyHeader" #> [70402] "parseHdr" #> [70403] "readFITS" #> [70404] "readFITSarray" #> [70405] "readFITSbintable" #> [70406] "readFITSheader" #> [70407] "readFITStable" #> [70408] "readFrameFromFITS" #> [70409] "writeFITSim" #> [70410] "ecdf2" #> [70411] "fitter" #> [70412] "printReport" #> [70413] "pvalue2stars" #> [70414] "supported.packages" #> [70415] "fitTetra-package" #> [70416] "diplo.potato.SNP" #> [70417] "fitTetra" #> [70418] "tetra.potato.SNP" #> [70419] "build_dist" #> [70420] "calc_moments" #> [70421] "fit_dist_addin" #> [70422] "fit_empirical" #> [70423] "fit_univariate" #> [70424] "fit_univariate_man" #> [70425] "gen_dist_fun" #> [70426] "GOFTests" #> [70427] "gof_tests" #> [70428] "is.distfun" #> [70429] "plot_pp" #> [70430] "Olivia" #> [70431] "Barrows" #> [70432] "Jojo" #> [70433] "Jayla" #> [70434] "Nakayama" #> [70435] "2018-02-11" #> [70436] "17:34:04" #> [70437] "ahca_polls" #> [70438] "airline_safety" #> [70439] "antiquities_act" #> [70440] "bachelorette" #> [70441] "bad_drivers" #> [70442] "bechdel" #> [70443] "biopics" #> [70444] "bob_ross" #> [70445] "candy_rankings" #> [70446] "cand_events_20150114" #> [70447] "cand_events_20150130" #> [70448] "cand_state_20150114" #> [70449] "cand_state_20150130" #> [70450] "chess_transfers" #> [70451] "classic_rock_raw_data" #> [70452] "classic_rock_song_list" #> [70453] "college_all_ages" #> [70454] "college_grad_students" #> [70455] "college_recent_grads" #> [70456] "comic_characters" #> [70457] "comma_survey" #> [70458] "congress_age" #> [70459] "cousin_marriage" #> [70460] "daily_show_guests" #> [70461] "democratic_bench" #> [70462] "drinks" #> [70463] "drug_use" #> [70464] "elo_blatter" #> [70465] "endorsements" #> [70466] "fandango" #> [70467] "fifa_audience" #> [70468] "fivethirtyeight" #> [70469] "flying" #> [70470] "food_world_cup" #> [70471] "generic_polllist" #> [70472] "generic_topline" #> [70473] "google_trends" #> [70474] "goose" #> [70475] "hate_crimes" #> [70476] "hiphop_cand_lyrics" #> [70477] "hist_ncaa_bball_casts" #> [70478] "hist_senate_preds" #> [70479] "librarians" #> [70480] "love_actually_adj" #> [70481] "love_actually_appearance" #> [70482] "mad_men" #> [70483] "male_flight_attend" #> [70484] "mayweather_mcgregor_tweets" #> [70485] "mediacloud_hurricanes" #> [70486] "mediacloud_online_news" #> [70487] "mediacloud_states" #> [70488] "mediacloud_trump" #> [70489] "mlb_as_play_talent" #> [70490] "mlb_as_team_talent" #> [70491] "mlb_elo" #> [70492] "murder_2015_final" #> [70493] "murder_2016_prelim" #> [70494] "nba_carmelo" #> [70495] "nba_draft_2015" #> [70496] "nba_tattoos" #> [70497] "nfltix_div_avgprice" #> [70498] "nfltix_usa_avg" #> [70499] "nflwr_aging_curve" #> [70500] "nflwr_hist" #> [70501] "nfl_elo" #> [70502] "nfl_fandom_google" #> [70503] "nfl_fandom_surveymonkey" #> [70504] "nfl_fav_team" #> [70505] "nfl_suspensions" #> [70506] "nutrition_pvalues" #> [70507] "police_deaths" #> [70508] "police_killings" #> [70509] "police_locals" #> [70510] "pres_2016_trail" #> [70511] "pres_commencement" #> [70512] "pulitzer" #> [70513] "riddler_castles" #> [70514] "riddler_castles2" #> [70515] "riddler_pick_lowest" #> [70516] "sandy_311" #> [70517] "san_andreas" #> [70518] "senate_polls" #> [70519] "senators" #> [70520] "spi_global_rankings" #> [70521] "spi_matches" #> [70522] "steak_survey" #> [70523] "tarantino" #> [70524] "tennis_events_time" #> [70525] "tennis_players_time" #> [70526] "tennis_serve_time" #> [70527] "tenth_circuit" #> [70528] "trumpworld_issues" #> [70529] "trumpworld_polls" #> [70530] "trump_approval_poll" #> [70531] "trump_approval_trend" #> [70532] "trump_news" #> [70533] "trump_twitter" #> [70534] "tv_hurricanes" #> [70535] "tv_hurricanes_by_network" #> [70536] "tv_states" #> [70537] "twitter_presidents" #> [70538] "undefeated" #> [70539] "unisex_names" #> [70540] "US_births_1994_2003" #> [70541] "US_births_2000_2014" #> [70542] "weather_check" #> [70543] "ChangePerIterate" #> [70544] "ConvergenceFig" #> [70545] "EpsilonExtrapolation" #> [70546] "EpsilonExtrapolationVectorOfInverses" #> [70547] "FixedPoint" #> [70548] "FixedPointNewInput" #> [70549] "PolynomialExtrapolation" #> [70550] "PutTogetherIteratesWithoutJumps" #> [70551] "dLiland" #> [70552] "facL" #> [70553] "Liland" #> [70554] "Liland.test" #> [70555] "NA2NaN" #> [70556] "rrLiland" #> [70557] "simLiland" #> [70558] "validate.Rr" #> [70559] "fixerapi" #> [70560] "fixer_account_type" #> [70561] "fixer_api_key" #> [70562] "fixer_convert" #> [70563] "fixer_fluctuation" #> [70564] "fixer_historical" #> [70565] "fixer_latest" #> [70566] "fixer_symbols" #> [70567] "fixer_time_series" #> [70568] "bisection.FDR" #> [70569] "bisection.FWER" #> [70570] "FixSeqMTP" #> [70571] "FSFDR.arbidept.cv" #> [70572] "FSFDR.arbidept.p.adjust" #> [70573] "FSFDR.indept.cv" #> [70574] "FSFDR.indept.p.adjust" #> [70575] "FSFWER.arbidept.cv" #> [70576] "FSFWER.arbidept.p.adjust" #> [70577] "FSmdFWER.arbidept.cv" #> [70578] "FSmdFWER.arbidept.p.adjust" #> [70579] "FSmdFWER.indept.cv" #> [70580] "FSmdFWER.indept.p.adjust" #> [70581] "optim.accept.adjp" #> [70582] "optim.arbidept.adjp" #> [70583] "optim.both.adjp" #> [70584] "optim.indept.adjp" #> [70585] "optim.reject.adjp" #> [70586] "fizzbuzz" #> [70587] "fkf" #> [70588] "plot.fkf" #> [70589] "BBOBImport" #> [70590] "BBOBImportPage" #> [70591] "calculateFeatureSet" #> [70592] "computeGridCenters" #> [70593] "convertInitDesignToGrid" #> [70594] "createInitialSample" #> [70595] "featureList" #> [70596] "FeatureObject" #> [70597] "featureObject_sidebar" #> [70598] "FeatureSetCalculation" #> [70599] "FeatureSetCalculationComponent" #> [70600] "FeatureSetVisualization" #> [70601] "FeatureSetVisualizationComponent" #> [70602] "findLinearNeighbours" #> [70603] "findNearestPrototype" #> [70604] "functionInput" #> [70605] "listAvailableFeatureSets" #> [70606] "measureTime" #> [70607] "plotBarrierTree2D" #> [70608] "plotBarrierTree3D" #> [70609] "plotCellMapping" #> [70610] "plotFeatureImportance" #> [70611] "plotInformationContent" #> [70612] "runFlaccoGUI" #> [70613] "SmoofImport" #> [70614] "SmoofImportPage" #> [70615] "flag_divide" #> [70616] "flag_frequency" #> [70617] "flag_hierarchy" #> [70618] "flag_weighted" #> [70619] "propagate_flag" #> [70620] "flam-package" #> [70621] "flam" #> [70622] "flamCV" #> [70623] "flamDOF" #> [70624] "plot.flam" #> [70625] "plot.flamCV" #> [70626] "predict.flam" #> [70627] "summary.flam" #> [70628] "summary.flamCV" #> [70629] "AVG_EFFECT" #> [70630] "CATE" #> [70631] "CATE_plot" #> [70632] "Data_Generation" #> [70633] "FLAME_bit" #> [70634] "FLAME_PostgreSQL" #> [70635] "FLAME_SQLite" #> [70636] "MATCH" #> [70637] "summary_plot" #> [70638] "flare-package" #> [70639] "coef.slim" #> [70640] "eyedata" #> [70641] "flare-internal" #> [70642] "plot.select" #> [70643] "plot.slim" #> [70644] "plot.sugm" #> [70645] "print.roc" #> [70646] "print.select" #> [70647] "print.slim" #> [70648] "print.sugm" #> [70649] "slim" #> [70650] "sugm" #> [70651] "sugm.generator" #> [70652] "sugm.plot" #> [70653] "sugm.roc" #> [70654] "sugm.select" #> [70655] "flars-package" #> [70656] "data_generation" #> [70657] "fccaGen" #> [70658] "fccaXX" #> [70659] "fccaXXcv" #> [70660] "flars" #> [70661] "flars_TrainTest" #> [70662] "predict.flars" #> [70663] "RealDa" #> [70664] "flashClust" #> [70665] "flatten_ct" #> [70666] "goodness_of_fit" #> [70667] "lung_cancer" #> [70668] "print.ct_goodness_of_fit" #> [70669] "flatxml" #> [70670] "fxml_findPath" #> [70671] "fxml_findPathBottom" #> [70672] "fxml_findPathFull" #> [70673] "fxml_findPathRoot" #> [70674] "fxml_getAttribute" #> [70675] "fxml_getAttributesAll" #> [70676] "fxml_getChildren" #> [70677] "fxml_getDepthLevel" #> [70678] "fxml_getElement" #> [70679] "fxml_getElementInfo" #> [70680] "fxml_getParent" #> [70681] "fxml_getSiblings" #> [70682] "fxml_getUniqueElements" #> [70683] "fxml_getValue" #> [70684] "fxml_hasAttributes" #> [70685] "fxml_hasChildren" #> [70686] "fxml_hasParent" #> [70687] "fxml_hasSiblings" #> [70688] "fxml_hasValue" #> [70689] "fxml_importXMLFlat" #> [70690] "fxml_numAttributes" #> [70691] "fxml_numChildren" #> [70692] "fxml_numSiblings" #> [70693] "fxml_toDataFrame" #> [70694] "barplot-methods" #> [70695] "bootFlexclust" #> [70696] "bundestag" #> [70697] "bwplot-methods" #> [70698] "clusterSim" #> [70699] "dentitio" #> [70700] "dist2" #> [70701] "flexclustControl-class" #> [70702] "flxColors" #> [70703] "histogram-methods" #> [70704] "image-methods" #> [70705] "kcca" #> [70706] "kcca2df" #> [70707] "Nclus" #> [70708] "pairs-methods" #> [70709] "priceFeature" #> [70710] "projAxes" #> [70711] "propBarchart" #> [70712] "qtclust" #> [70713] "randIndex" #> [70714] "randomTour" #> [70715] "shadow" #> [70716] "shadowStars" #> [70717] "slsaplot" #> [70718] "slswFlexclust" #> [70719] "stepFlexclust" #> [70720] "stripes" #> [70721] "vacmot" #> [70722] "volunteers" #> [70723] "flexCWM-package" #> [70724] "cwm" #> [70725] "ExCWM" #> [70726] "plot.cwm" #> [70727] "flexdashboard" #> [70728] "flex_dashboard" #> [70729] "gauge" #> [70730] "gauge-shiny" #> [70731] "valueBox" #> [70732] "valueBox-shiny" #> [70733] "FD.aicbic" #> [70734] "FD.amalgamation" #> [70735] "FD.barycenters" #> [70736] "FD.clusterdistances" #> [70737] "FD.density" #> [70738] "FD.estimation" #> [70739] "FD.generate" #> [70740] "FD.marginalplot" #> [70741] "FD.moments" #> [70742] "FD.normalization" #> [70743] "FD.rightplot" #> [70744] "FD.stddev" #> [70745] "FD.subcomposition" #> [70746] "FD.ternaryplot" #> [70747] "FD.theorcontours" #> [70748] "oliveoil" #> [70749] "plot.FDfitted" #> [70750] "print.FDfitted" #> [70751] "summary.FDfitted" #> [70752] "deviance.flexgam" #> [70753] "flexgam" #> [70754] "flexgam_outputs" #> [70755] "match_control" #> [70756] "plot.flexgam" #> [70757] "predict.flexgam" #> [70758] "response.flexgam" #> [70759] "b2greek" #> [70760] "fmp" #> [70761] "get_surrogates" #> [70762] "greek2b" #> [70763] "iif_fmp" #> [70764] "inv_poly" #> [70765] "irf_fmp" #> [70766] "linking" #> [70767] "rimse" #> [70768] "sim_bmat" #> [70769] "th_est_ml" #> [70770] "transform_b" #> [70771] "betablocker" #> [70772] "bioChemists" #> [70773] "BregFix" #> [70774] "candy" #> [70775] "dmft" #> [70776] "EIC" #> [70777] "ExLinear" #> [70778] "ExNclus" #> [70779] "ExNPreg" #> [70780] "fabricfault" #> [70781] "flexmix" #> [70782] "flexmix-class" #> [70783] "FLXcomponent-class" #> [70784] "FLXcontrol-class" #> [70785] "FLXdist" #> [70786] "FLXdist-class" #> [70787] "FLXfit" #> [70788] "FLXM-class" #> [70789] "FLXMCdist1" #> [70790] "FLXMCfactanal" #> [70791] "FLXMCmvbinary" #> [70792] "FLXMCmvcombi" #> [70793] "FLXMCmvnorm" #> [70794] "FLXMCmvpois" #> [70795] "FLXMRcondlogit" #> [70796] "FLXMRglm" #> [70797] "FLXMRglmfix" #> [70798] "FLXMRglmnet" #> [70799] "FLXMRlmer" #> [70800] "FLXMRlmmc" #> [70801] "FLXMRmgcv" #> [70802] "FLXMRmultinom" #> [70803] "FLXMRrobglm" #> [70804] "FLXMRziglm" #> [70805] "FLXnested-class" #> [70806] "FLXP" #> [70807] "FLXP-class" #> [70808] "ICL" #> [70809] "KLdiv" #> [70810] "Lapply-methods" #> [70811] "Mehta" #> [70812] "NregFix" #> [70813] "patent" #> [70814] "plotEll" #> [70815] "refit-methods" #> [70816] "rflexmix" #> [70817] "stepFlexmix" #> [70818] "tribolium" #> [70819] "trypanosome" #> [70820] "whiskey" #> [70821] "FlexParamCurve-package" #> [70822] "change.pnparameters" #> [70823] "extraF" #> [70824] "extraF.nls" #> [70825] "get.mod" #> [70826] "logist.data" #> [70827] "modpar" #> [70828] "penguin.data" #> [70829] "pn.mod.compare" #> [70830] "pn.modselect.step" #> [70831] "posneg.data" #> [70832] "posnegRichards.calls" #> [70833] "posnegRichards.eqn" #> [70834] "SSposnegRichards" #> [70835] "tern.data" #> [70836] "flexPM" #> [70837] "predict.flexPM" #> [70838] "flexrsurv-package" #> [70839] "flexrsurv" #> [70840] "-internal.Rd" #> [70841] "NLL" #> [70842] "NLLbeta" #> [70843] "NPH" #> [70844] "NPHNLL" #> [70845] "predict.flexrsurv" #> [70846] "print.flexrsurv" #> [70847] "summary.flexrsurv" #> [70848] "flexscan" #> [70849] "flexsurv-package" #> [70850] "bc" #> [70851] "bos" #> [70852] "coef.flexsurvreg" #> [70853] "flexsurvreg" #> [70854] "flexsurvspline" #> [70855] "GenF" #> [70856] "GenF.orig" #> [70857] "GenGamma" #> [70858] "GenGamma.orig" #> [70859] "lines.flexsurvreg" #> [70860] "Llogis" #> [70861] "mean_exp" #> [70862] "model.frame.flexsurvreg" #> [70863] "msfit.flexsurvreg" #> [70864] "normboot.flexsurvreg" #> [70865] "pars.fmsm" #> [70866] "plot.flexsurvreg" #> [70867] "pmatrix.fs" #> [70868] "pmatrix.simfs" #> [70869] "qgeneric" #> [70870] "rmst_generic" #> [70871] "sim.fmsm" #> [70872] "summary.flexsurvreg" #> [70873] "Survspline" #> [70874] "totlos.fs" #> [70875] "totlos.simfs" #> [70876] "unroll.function" #> [70877] "WeibullPH" #> [70878] "flexsurvcure" #> [70879] "mixsurv" #> [70880] "nmixsurv" #> [70881] "flextable-package" #> [70882] "add_header_footer" #> [70883] "as_chunk" #> [70884] "as_flextable" #> [70885] "as_grouped_data" #> [70886] "as_image" #> [70887] "as_paragraph" #> [70888] "autofit" #> [70889] "body_add_flextable" #> [70890] "bold" #> [70891] "border_inner" #> [70892] "border_inner_h" #> [70893] "border_inner_v" #> [70894] "border_outer" #> [70895] "border_remove" #> [70896] "colformat_char" #> [70897] "colformat_int" #> [70898] "colformat_lgl" #> [70899] "colformat_num" #> [70900] "color" #> [70901] "delete_part" #> [70902] "dim.flextable" #> [70903] "dim_pretty" #> [70904] "empty_blanks" #> [70905] "fix_border_issues" #> [70906] "flextable" #> [70907] "font" #> [70908] "footers_flextable_at_bkm" #> [70909] "format.flextable" #> [70910] "headers_flextable_at_bkm" #> [70911] "height" #> [70912] "hline" #> [70913] "hline_bottom" #> [70914] "hline_top" #> [70915] "htmltools_value" #> [70916] "hyperlink_text" #> [70917] "italic" #> [70918] "knit_print.flextable" #> [70919] "linerange" #> [70920] "merge_at" #> [70921] "merge_h" #> [70922] "merge_h_range" #> [70923] "merge_none" #> [70924] "merge_v" #> [70925] "minibar" #> [70926] "ph_with_flextable" #> [70927] "print.flextable" #> [70928] "proc_freq" #> [70929] "save_as_html" #> [70930] "set_formatter" #> [70931] "set_header_footer_df" #> [70932] "set_header_labels" #> [70933] "theme_alafoli" #> [70934] "theme_booktabs" #> [70935] "theme_box" #> [70936] "theme_tron" #> [70937] "theme_tron_legacy" #> [70938] "theme_vader" #> [70939] "theme_vanilla" #> [70940] "theme_zebra" #> [70941] "valign" #> [70942] "vline" #> [70943] "vline_left" #> [70944] "vline_right" #> [70945] "void" #> [70946] "xtable_to_flextable" #> [70947] "FlickrAPI" #> [70948] "getExif" #> [70949] "getHotTags" #> [70950] "getPhotoInfo" #> [70951] "getPhotos" #> [70952] "flifo" #> [70953] "is.empty.stack" #> [70954] "is.stack" #> [70955] "max_length" #> [70956] "print.stack" #> [70957] "BAStag2TAGS" #> [70958] "find.stationary.location" #> [70959] "find.times.distribution" #> [70960] "GeoLight2TAGS" #> [70961] "get.tags.data" #> [70962] "get_ZI_distances" #> [70963] "make.calibration" #> [70964] "make.grid" #> [70965] "make.prerun.object" #> [70966] "map.FLightR.ggmap" #> [70967] "plot_likelihood" #> [70968] "plot_lon_lat" #> [70969] "plot_slopes_by_location" #> [70970] "plot_util_distr" #> [70971] "run.particle.filter" #> [70972] "stationary.migration.summary" #> [70973] "twGeos2TAGS" #> [70974] "flip-package" #> [70975] "cFlip" #> [70976] "flip.adjust" #> [70977] "flip.object-class" #> [70978] "flipMix" #> [70979] "getFlip" #> [70980] "permutationSpace" #> [70981] "extract_case_study_data" #> [70982] "flippant" #> [70983] "parse_felix_32_output" #> [70984] "parse_felix_gx_output" #> [70985] "parse_fluorimeter_output" #> [70986] "parse_manual_output" #> [70987] "scramblase_assay_input_template" #> [70988] "flipscores" #> [70989] "flipscoreshd" #> [70990] "FLLat" #> [70991] "FLLat.BIC" #> [70992] "FLLat.FDR" #> [70993] "FLLat.PVE" #> [70994] "plot.FLLat" #> [70995] "predict.FLLat" #> [70996] "simaCGH" #> [70997] "Wei-Chen" #> [70998] "Chen" #> [70999] "Dmitriy" #> [71000] "Selivanov" #> [71001] "(improvements" #> [71002] "external" #> [71003] "ORNL" #> [71004] "2019-02-26" #> [71005] "float-package" #> [71006] "arithmetic" #> [71007] "bracket" #> [71008] "chol" #> [71009] "chol2inv" #> [71010] "colsums" #> [71011] "converters" #> [71012] "crossprod" #> [71013] "diag" #> [71014] "dims" #> [71015] "eigen" #> [71016] "extremes" #> [71017] "float32" #> [71018] "float32-class" #> [71019] "isSymmetric" #> [71020] "log" #> [71021] "Machine_float" #> [71022] "mathis" #> [71023] "miscmath" #> [71024] "NaNf" #> [71025] "NA_float_" #> [71026] "print-float32" #> [71027] "qr" #> [71028] "rcond" #> [71029] "round" #> [71030] "solve" #> [71031] "specialmath" #> [71032] "svd" #> [71033] "sweep" #> [71034] "trig" #> [71035] "xpose" #> [71036] "check_flob" #> [71037] "flob" #> [71038] "flob_ext" #> [71039] "flob_obj" #> [71040] "is_flob" #> [71041] "unflob" #> [71042] "flock-package" #> [71043] "is.locked" #> [71044] "unlock" #> [71045] "confInt_sTL" #> [71046] "confInt_TL" #> [71047] "confInt_W" #> [71048] "dGEVxGEV" #> [71049] "qBM" #> [71050] "RegioGEV" #> [71051] "RegioGEVSeas" #> [71052] "RegioHill" #> [71053] "RegioWeissman" #> [71054] "RegioWeissmanSeas" #> [71055] "seas2ann" #> [71056] "TailAnova" #> [71057] "xiAnova" #> [71058] "FM.animate" #> [71059] "FM.init" #> [71060] "FM.readDEM" #> [71061] "FM.readDraininlets" #> [71062] "FM.readInflow" #> [71063] "FM.readLandcover" #> [71064] "FM.readPrecip" #> [71065] "FM.readSoil" #> [71066] "FM.rerun" #> [71067] "FM.start" #> [71068] "df2phytaxa" #> [71069] "fixCase" #> [71070] "flora" #> [71071] "get.synonyms" #> [71072] "get.taxa" #> [71073] "get_domains" #> [71074] "get_lifeform" #> [71075] "get_vegtype" #> [71076] "lower.taxa" #> [71077] "remove.authors" #> [71078] "standardize.names" #> [71079] "suggest.names" #> [71080] "vernacular" #> [71081] "web.flora" #> [71082] "flowDiv" #> [71083] "flower-package" #> [71084] "fCV" #> [71085] "RIind" #> [71086] "RIpop" #> [71087] "SI" #> [71088] "SI2" #> [71089] "SI2_onepop" #> [71090] "SI3" #> [71091] "SI4" #> [71092] "ffplot" #> [71093] "Flow" #> [71094] "Forecasting" #> [71095] "flowfield" #> [71096] "GCV" #> [71097] "gpr" #> [71098] "psr" #> [71099] "smoothp" #> [71100] "flow-class" #> [71101] "flowopts" #> [71102] "get_wds" #> [71103] "job" #> [71104] "kill" #> [71105] "plot_flow" #> [71106] "rerun" #> [71107] "submit_flow" #> [71108] "submit_job" #> [71109] "submit_run" #> [71110] "test_queue" #> [71111] "to_flow" #> [71112] "to_flowdef" #> [71113] "to_flowdet" #> [71114] "to_flowmat" #> [71115] "verbose" #> [71116] "whisker_render" #> [71117] "write_flow_details" #> [71118] "adm_range" #> [71119] "adm_range_plot" #> [71120] "daily_cost" #> [71121] "daily_cost_plot" #> [71122] "flowdata" #> [71123] "impact_reg" #> [71124] "impact_reg_multi_plot" #> [71125] "impact_reg_plot" #> [71126] "summary_flow" #> [71127] "compmat" #> [71128] "domflows" #> [71129] "firstflows" #> [71130] "firstflowsg" #> [71131] "flows" #> [71132] "GE" #> [71133] "nav" #> [71134] "plotDomFlows" #> [71135] "plotMapDomFlows" #> [71136] "prepflows" #> [71137] "statmat" #> [71138] "UA" #> [71139] "axis_doy.internal" #> [71140] "bf.seas" #> [71141] "bf.stats" #> [71142] "bf_boughton" #> [71143] "bf_eckhardt" #> [71144] "bf_oneparam" #> [71145] "cania.sub.ts" #> [71146] "caniapiscau" #> [71147] "caniapiscau.res" #> [71148] "create.ts" #> [71149] "dr.events" #> [71150] "dr.pds" #> [71151] "dr.seas" #> [71152] "FDC" #> [71153] "FlowScreen" #> [71154] "get.station.internal" #> [71155] "get.titles.internal" #> [71156] "hyear.internal" #> [71157] "MAMn" #> [71158] "metrics.all" #> [71159] "mqt" #> [71160] "NA.runs" #> [71161] "NA.sum" #> [71162] "pk.bf.stats" #> [71163] "pk.cov" #> [71164] "pk.max" #> [71165] "pk.max.doy" #> [71166] "pks" #> [71167] "pks.dur" #> [71168] "Qn" #> [71169] "read.flows" #> [71170] "regime" #> [71171] "screen.cpts" #> [71172] "screen.frames" #> [71173] "screen.frames.internal" #> [71174] "screen.metric" #> [71175] "screen.series" #> [71176] "screen.summary" #> [71177] "screen.summary.internal" #> [71178] "station.info" #> [71179] "YMD.internal" #> [71180] "accIs" #> [71181] "dataset001" #> [71182] "denormDatal" #> [71183] "fuzzyLatticec" #> [71184] "normData" #> [71185] "sepFlag" #> [71186] "set_bounds" #> [71187] "spatdt" #> [71188] "testD" #> [71189] "testNow" #> [71190] "trainNow" #> [71191] "flsa" #> [71192] "is.connListObj" #> [71193] "auxGAPbb" #> [71194] "auxGAPbbDp" #> [71195] "auxGAPga" #> [71196] "auxKnapsack01bb" #> [71197] "auxKnapsack01dp" #> [71198] "FLSSS" #> [71199] "FLSSSmultiset" #> [71200] "GAP" #> [71201] "mFLSSSpar" #> [71202] "mFLSSSparImposeBounds" #> [71203] "mFLSSSparImposeBoundsIntegerized" #> [71204] "mFLSSSparIntegerized" #> [71205] "mmKnapsack" #> [71206] "mmKnapsackIntegerized" #> [71207] "estimate.LT" #> [71208] "estimate.offset" #> [71209] "extract.well" #> [71210] "fluoSurv" #> [71211] "galleria" #> [71212] "read.kinetic" #> [71213] "when.threshold" #> [71214] "Flury-package" #> [71215] "angels" #> [71216] "basketball" #> [71217] "challenger" #> [71218] "computers" #> [71219] "dead.beetles" #> [71220] "dogwood" #> [71221] "electrode" #> [71222] "f.swiss.heads" #> [71223] "f.twins" #> [71224] "f.voles" #> [71225] "flea.beetles" #> [71226] "ghq" #> [71227] "irisf" #> [71228] "m.twins" #> [71229] "microtus" #> [71230] "midge" #> [71231] "mumps" #> [71232] "pipits" #> [71233] "pipits2" #> [71234] "robustus" #> [71235] "sibling.heads" #> [71236] "snailsf" #> [71237] "steve" #> [71238] "strider" #> [71239] "swiss.heads" #> [71240] "treesf" #> [71241] "vasoc" #> [71242] "wine.sugar" #> [71243] "wines" #> [71244] "define.bands" #> [71245] "fluspect" #> [71246] "write.leafopt" #> [71247] "flux-package" #> [71248] "amc" #> [71249] "append.df" #> [71250] "budget.ie" #> [71251] "budget.reco" #> [71252] "checkm" #> [71253] "flux" #> [71254] "flux.calib" #> [71255] "fluxx" #> [71256] "gflux" #> [71257] "gpp" #> [71258] "lips" #> [71259] "modjust" #> [71260] "plot.fluss" #> [71261] "plot.gpp" #> [71262] "plot.reco" #> [71263] "reco" #> [71264] "reco.bulk" #> [71265] "round.POSIXlt" #> [71266] "tbl8" #> [71267] "tt.nee" #> [71268] "tt.pre" #> [71269] "fluxweb-package" #> [71270] "fluxing" #> [71271] "groups.level" #> [71272] "make.stability" #> [71273] "simple.case" #> [71274] "species.level" #> [71275] "stability.value" #> [71276] "export_file" #> [71277] "export_folder" #> [71278] "export_raster" #> [71279] "export_rda" #> [71280] "export_rds" #> [71281] "export_shp" #> [71282] "export_table" #> [71283] "file_exists" #> [71284] "flyio_auth" #> [71285] "flyio_get_bucket" #> [71286] "flyio_get_datasource" #> [71287] "flyio_get_dir" #> [71288] "flyio_list_dir" #> [71289] "flyio_remove_dir" #> [71290] "flyio_set_bucket" #> [71291] "flyio_set_datasource" #> [71292] "flyio_set_dir" #> [71293] "import_file" #> [71294] "import_raster" #> [71295] "import_rda" #> [71296] "import_rds" #> [71297] "import_shp" #> [71298] "import_stack" #> [71299] "import_table" #> [71300] "list_bucket" #> [71301] "fma-package" #> [71302] "advert" #> [71303] "advsales" #> [71304] "beer" #> [71305] "bicoal" #> [71306] "books" #> [71307] "boston" #> [71308] "bricksq" #> [71309] "canadian" #> [71310] "capital" #> [71311] "condmilk" #> [71312] "copper" #> [71313] "copper1" #> [71314] "copper2" #> [71315] "copper3" #> [71316] "cowtemp" #> [71317] "cpimel" #> [71318] "dexter" #> [71319] "dj" #> [71320] "dole" #> [71321] "dowjones" #> [71322] "econsumption" #> [71323] "eknives" #> [71324] "elco" #> [71325] "elec" #> [71326] "expenditure" #> [71327] "fancy" #> [71328] "french" #> [71329] "hsales" #> [71330] "hsales2" #> [71331] "huron" #> [71332] "ibm" #> [71333] "ibmclose" #> [71334] "internet" #> [71335] "invent15" #> [71336] "jcars" #> [71337] "kkong" #> [71338] "labour" #> [71339] "lynx" #> [71340] "mink" #> [71341] "mortal" #> [71342] "motel" #> [71343] "motion" #> [71344] "nail" #> [71345] "oilprice" #> [71346] "paris" #> [71347] "pcv" #> [71348] "petrol" #> [71349] "plastics" #> [71350] "productC" #> [71351] "pulpprice" #> [71352] "qelec" #> [71353] "qsales" #> [71354] "schizo" #> [71355] "shampoo" #> [71356] "shipex" #> [71357] "telephone" #> [71358] "texasgas" #> [71359] "ukdeaths" #> [71360] "usdeaths" #> [71361] "uselec" #> [71362] "ustreas" #> [71363] "wagesuk" #> [71364] "wn" #> [71365] "wnoise" #> [71366] "fmafit" #> [71367] "rfma" #> [71368] "as_DiscountFactor" #> [71369] "as_InterestRate" #> [71370] "as_tibble.ZeroCurve" #> [71371] "build_zero_curve" #> [71372] "CashFlow" #> [71373] "CashIndex" #> [71374] "Currency" #> [71375] "CurrencyConstructors" #> [71376] "CurrencyPair" #> [71377] "CurrencyPairConstructors" #> [71378] "CurrencyPairMethods" #> [71379] "DiscountFactor" #> [71380] "DiscountFactor-operators" #> [71381] "fmbasics" #> [71382] "IborIndex" #> [71383] "iborindices" #> [71384] "indexcheckers" #> [71385] "indexshifters" #> [71386] "InterestRate" #> [71387] "InterestRate-operators" #> [71388] "interpolate.ZeroCurve" #> [71389] "interpolate_dfs" #> [71390] "interpolate_zeros" #> [71391] "Interpolation" #> [71392] "is.CashFlow" #> [71393] "is.Currency" #> [71394] "is.CurrencyPair" #> [71395] "is.DiscountFactor" #> [71396] "is.InterestRate" #> [71397] "is.Interpolation" #> [71398] "is.MultiCurrencyMoney" #> [71399] "is.SingleCurrencyMoney" #> [71400] "is.ZeroCurve" #> [71401] "iso.CurrencyPair" #> [71402] "is_valid_compounding" #> [71403] "MultiCurrencyMoney" #> [71404] "oniaindices" #> [71405] "SingleCurrencyMoney" #> [71406] "ZeroCurve" #> [71407] "FMC" #> [71408] "gen.level" #> [71409] "minimal.factorial" #> [71410] "adjust" #> [71411] "Calendar" #> [71412] "eom" #> [71413] "fmdates" #> [71414] "generate_schedule" #> [71415] "is_eom" #> [71416] "is_good" #> [71417] "is_valid_bdc" #> [71418] "is_valid_day_basis" #> [71419] "JointCalendar" #> [71420] "locale" #> [71421] "tz" #> [71422] "year_frac" #> [71423] "FME-package" #> [71424] "collin" #> [71425] "cross2long" #> [71426] "gaussianWeights" #> [71427] "Grid" #> [71428] "Latinhyper" #> [71429] "modCost" #> [71430] "modCRL" #> [71431] "modFit" #> [71432] "modMCMC" #> [71433] "Norm" #> [71434] "obsplot" #> [71435] "pseudoOptim" #> [71436] "sensFun" #> [71437] "sensRange" #> [71438] "Unif" #> [71439] "calcCvxHullFaces" #> [71440] "compilationInfo" #> [71441] "correctIntegral" #> [71442] "fmlcd" #> [71443] "fmlcdEM" #> [71444] "paramFitGammaOne" #> [71445] "paramFitKernelDensity" #> [71446] "eap" #> [71447] "erf" #> [71448] "FMP" #> [71449] "FMPMonotonicityCheck" #> [71450] "FUP" #> [71451] "gen4PMData" #> [71452] "genFMPData" #> [71453] "irf" #> [71454] "restScore" #> [71455] "svdNorm" #> [71456] "Convert" #> [71457] "Between" #> [71458] "oro.nifti" #> [71459] "cutroi" #> [71460] "extract.data" #> [71461] "fmri.design" #> [71462] "fmri.designG" #> [71463] "fmri.detrend" #> [71464] "fmri.gui" #> [71465] "fmri.lm" #> [71466] "fmri.lmePar" #> [71467] "fmri.metaPar" #> [71468] "fmri.pvalue" #> [71469] "fmri.smooth" #> [71470] "fmri.stimulus" #> [71471] "fmriica" #> [71472] "hvred" #> [71473] "ngca" #> [71474] "plot.fmridata" #> [71475] "print.fmridata" #> [71476] "read.AFNI" #> [71477] "read.ANALYZE" #> [71478] "read.DICOM" #> [71479] "read.NIFTI" #> [71480] "summary.fmridata" #> [71481] "write.AFNI" #> [71482] "write.ANALYZE" #> [71483] "write.NIFTI" #> [71484] "fmriqa-package" #> [71485] "run_fmriqa" #> [71486] "fmrs-package" #> [71487] "coefficients" #> [71488] "fmrs.gendata" #> [71489] "fmrs.mle" #> [71490] "fmrs.tunsel" #> [71491] "fmrs.varsel" #> [71492] "fmrsfit-class" #> [71493] "fmrstunpar-class" #> [71494] "mixProp" #> [71495] "ncov" #> [71496] "nobs" #> [71497] "weights" #> [71498] "CaretakerRatio" #> [71499] "Denny" #> [71500] "geary.test" #> [71501] "GompertzMakeham" #> [71502] "gstem" #> [71503] "Hadwiger" #> [71504] "IndexOfDissimilarity" #> [71505] "JASM" #> [71506] "Jfert" #> [71507] "Jlife" #> [71508] "Jpop" #> [71509] "Jpopl" #> [71510] "Jvital" #> [71511] "Jvital2013byPref" #> [71512] "Kappa.test" #> [71513] "mhchart" #> [71514] "NagelkerkeR2" #> [71515] "pairwise.fisher.test" #> [71516] "PrefYLL2015" #> [71517] "radarchart" #> [71518] "ratedifference" #> [71519] "riskdifference" #> [71520] "S60MPJ" #> [71521] "Siler" #> [71522] "SIQR" #> [71523] "spearman.ci.sas" #> [71524] "truemedian" #> [71525] "WhipplesIndex" #> [71526] "Caretaker" #> [71527] "ratio." #> [71528] "Defined" #> [71529] "aged" #> [71530] "who" #> [71531] "caretaking" #> [71532] "CaretakerRatio(PM," #> [71533] "age-specific" #> [71534] "CR" #> [71535] "Minato" #> [71536] "Nakazawa" #> [71537] "<minato-nakazawa@umin.net>" #> [71538] "Preston" #> [71539] "SH," #> [71540] "Heuveline" #> [71541] "P," #> [71542] "Guillot" #> [71543] "(2001)" #> [71544] "Demography:" #> [71545] "Measuring" #> [71546] "Modeling" #> [71547] "Processes." #> [71548] "Publishing," #> [71549] "Newell" #> [71550] "(1988)" #> [71551] "Demography." #> [71552] "Guilford" #> [71553] "Press," #> [71554] "New" #> [71555] "Rowland" #> [71556] "DT" #> [71557] "Demographic" #> [71558] "concepts." #> [71559] "Oxford" #> [71560] "Univ." #> [71561] "Japan" #> [71562] "2015." #> [71563] "81.72" #> [71564] "much" #> [71565] "higher" #> [71566] "46" #> [71567] "observed" #> [71568] "CaretakerRatio(PM=Jpop$M2015," #> [71569] "Coale" #> [71570] "McNeil’s" #> [71571] "nupitiality" #> [71572] "Implementing" #> [71573] "(1972)" #> [71574] "actual" #> [71575] "CM(scale=0.8," #> [71576] "a0=18," #> [71577] "fitCM(initialpar=c(0.8," #> [71578] "18," #> [71579] "2)," #> [71580] "ages=10:60," #> [71581] "mode=1," #> [71582] "Method=\"Nelder-Mead\"," #> [71583] "Coale-McNeil" #> [71584] "model," #> [71585] "total" #> [71586] "tiality." #> [71587] "Almost" #> [71588] "1-(probability" #> [71589] "never" #> [71590] "marring" #> [71591] "a0" #> [71592] "beginning" #> [71593] "marriage." #> [71594] "means" #> [71595] "1%" #> [71596] "having" #> [71597] "ever" #> [71598] "how" #> [71599] "after" #> [71600] "initialpar" #> [71601] "estimated." #> [71602] "given," #> [71603] "c(0.8," #> [71604] "2)" #> [71605] "Actual" #> [71606] "mode" #> [71607] "otherwise" #> [71608] "proportion" #> [71609] "married" #> [71610] "It" #> [71611] "60." #> [71612] "10:60." #> [71613] "lengths" #> [71614] "fitting," #> [71615] "marriage," #> [71616] "wise" #> [71617] "married." #> [71618] "Default" #> [71619] "optim()" #> [71620] "function." #> [71621] "CM()" #> [71622] "60" #> [71623] "list," #> [71624] "composed" #> [71625] "(the" #> [71626] "meric" #> [71627] "happening" #> [71628] "age)," #> [71629] "mu" #> [71630] "(mean" #> [71631] "among" #> [71632] "(standard" #> [71633] "deviation" #> [71634] "marriage)." #> [71635] "fitCM()" #> [71636] "C," #> [71637] "k," #> [71638] "those" #> [71639] "AJ," #> [71640] "McNeil" #> [71641] "cohort." #> [71642] "Journal" #> [71643] "American" #> [71644] "Association," #> [71645] "67(340):" #> [71646] "Japanese" #> [71647] "2010" #> [71648] "females" #> [71649] "15" #> [71650] "Ages" #> [71651] "EverMarriedFemales" #> [71652] "c(0.003081039," #> [71653] "0.003203058," #> [71654] "0.014261608," #> [71655] "0.028378604," #> [71656] "0.048903318," #> [71657] "0.07596101," #> [71658] "0.153365573," #> [71659] "0.2090648," #> [71660] "0.273819118," #> [71661] "0.342672073," #> [71662] "0.479789489," #> [71663] "0.536291775," #> [71664] "0.589919881," #> [71665] "0.631937609," #> [71666] "0.691411757," #> [71667] "0.71775138," #> [71668] "0.740807817," #> [71669] "0.760155848," #> [71670] "0.788445244," #> [71671] "0.799522713," #> [71672] "0.81108241," #> [71673] "0.821591503," #> [71674] "0.840776283," #> [71675] "0.846773585," #> [71676] "0.85921777," #> [71677] "0.867991763," #> [71678] "0.886388747," #> [71679] "0.894302114," #> [71680] "0.902385961," #> [71681] "0.909329207," #> [71682] "0.920327092," #> [71683] "0.925013244," #> [71684] "0.929551158," #> [71685] "0.933150578," #> [71686] "0.938421122," #> [71687] "0.940089719," #> [71688] "ages=Ages," #> [71689] "plot(Ages," #> [71690] "main=\"Proportion" #> [71691] "age\\n" #> [71692] "CM(res[1]," #> [71693] "res[2]," #> [71694] "lines(Ages," #> [71695] "fitted$G[6:51]," #> [71696] "NoteForm" #> [71697] "\"C=%3.1f," #> [71698] "a0=%3.1f," #> [71699] "k=%3.1f\\n" #> [71700] "mu=%3.1f," #> [71701] "text(40," #> [71702] "0.2," #> [71703] "sprintf(NoteForm," #> [71704] "res[1]," #> [71705] "res[3]," #> [71706] "fitted$mu," #> [71707] "Cronbach’s" #> [71708] "coefficient" #> [71709] "data.frame" #> [71710] "Bland" #> [71711] "JM," #> [71712] "Altman" #> [71713] "DG" #> [71714] "(1997)" #> [71715] "notes:" #> [71716] "alpha." #> [71717] "BMJ," #> [71718] "314:" #> [71719] "QUEST" #> [71720] "Q1=c(1," #> [71721] "5," #> [71722] "Q2=c(2," #> [71723] "Q3=c(2," #> [71724] "Trussell’s" #> [71725] "marital" #> [71726] "CT(M=1," #> [71727] "fitCT(initialpar=c(1.0," #> [71728] "1.0)," #> [71729] "(peak" #> [71730] "height)" #> [71731] "downward" #> [71732] "discordance" #> [71733] "natural" #> [71734] "c(1.0," #> [71735] "1.0)" #> [71736] "ASMFR" #> [71737] "12" #> [71738] "49" #> [71739] "age)" #> [71740] "obtain" #> [71741] "best-fit" #> [71742] "CT’s" #> [71743] "CT()" #> [71744] "49." #> [71745] "fitCT()" #> [71746] "m," #> [71747] "Trussell" #> [71748] "TJ" #> [71749] "(1978)" #> [71750] "Technical" #> [71751] "Finding" #> [71752] "Two" #> [71753] "That" #> [71754] "Specify" #> [71755] "Schedule" #> [71756] "Marital" #> [71757] "Fertility." #> [71758] "Population" #> [71759] "Index," #> [71760] "44(2):" #> [71761] "c(0," #> [71762] "0," #> [71763] "Jfert$ASMFR2000[1:35])" #> [71764] "Jfert's" #> [71765] "rearranged" #> [71766] "FLAG" #> [71767] "while" #> [71768] "(FLAG>0)" #> [71769] "fitCT(res[1:2]," #> [71770] "Denny’s" #> [71771] "lx" #> [71772] "Denny(a," #> [71773] "b," #> [71774] "c," #> [71775] "fitDenny(initialpar=rep(0.1," #> [71776] "3)," #> [71777] "mode=3," #> [71778] "(vector" #> [71779] "OK)" #> [71780] "years." #> [71781] "less" #> [71782] "105," #> [71783] "Denny()" #> [71784] "become" #> [71785] "rep(0.1," #> [71786] "qx" #> [71787] "model." #> [71788] "elder" #> [71789] "105" #> [71790] "years" #> [71791] "ignored" #> [71792] "Which" #> [71793] "calculate" #> [71794] "RMSE:" #> [71795] "qx," #> [71796] "lx." #> [71797] "t." #> [71798] "fitDenny()" #> [71799] "a," #> [71800] "birth." #> [71801] "Mathematical" #> [71802] "Modelling," #> [71803] "26:" #> [71804] "fitDenny(res[1:3]," #> [71805] "Geary’s" #> [71806] "normality." #> [71807] "Null" #> [71808] "obeys" #> [71809] "statistic" #> [71810] "p.value" #> [71811] "null-hypothesis" #> [71812] "Gompertz-Makeham’s" #> [71813] "u(x)" #> [71814] "force" #> [71815] "into" #> [71816] "GompertzMakeham(A," #> [71817] "B," #> [71818] "fitGM(initialpar=c(0.01," #> [71819] "0.0003," #> [71820] "0.07)," #> [71821] "Gompertz-Makeham" #> [71822] "c(0.01," #> [71823] "0.07)" #> [71824] "RMSE," #> [71825] "minimized" #> [71826] "function:" #> [71827] "dx," #> [71828] "GompertzMakeham()" #> [71829] "t," #> [71830] "internally" #> [71831] "qx." #> [71832] "fitGM()" #> [71833] "A," #> [71834] "fitGM(res[1:3]," #> [71835] "Draw" #> [71836] "leaf" #> [71837] "graphic" #> [71838] "Capture" #> [71839] "stem()" #> [71840] "devices." #> [71841] "However," #> [71842] "setting" #> [71843] "gstem(X," #> [71844] "Parameter" #> [71845] "graph." #> [71846] "rnorm(100," #> [71847] "10," #> [71848] "stem(x," #> [71849] "gstem(x," #> [71850] "Hadwiger’s" #> [71851] "Hadwiger(a=3.4," #> [71852] "b=2.5," #> [71853] "fitHad(initialpar=c(3.4," #> [71854] "2.5," #> [71855] "22.2)," #> [71856] "ASFR(x)" #> [71857] "b^2*(c/x+x/c-2))" #> [71858] "c(3.4," #> [71859] "22.2)" #> [71860] "ASFR" #> [71861] "54" #> [71862] "Hadwiger()" #> [71863] "54." #> [71864] "fitHad()" #> [71865] "Chandola" #> [71866] "T," #> [71867] "Coleman" #> [71868] "DA," #> [71869] "Horns" #> [71870] "RW" #> [71871] "(1999)" #> [71872] "Recent" #> [71873] "European" #> [71874] "patterns:" #> [71875] "curves" #> [71876] "’distorted’" #> [71877] "distributions." #> [71878] "Studies," #> [71879] "53(3):" #> [71880] "fitHad(res[1:3]," #> [71881] "IndexOfDissimilarity(X," #> [71882] "(or" #> [71883] "percentage)" #> [71884] "target" #> [71885] "dissimilarity," #> [71886] "half" #> [71887] "absolute" #> [71888] "differences" #> [71889] "age," #> [71890] "automatically" #> [71891] "treated" #> [71892] "Dissimilarities" #> [71893] "1960-1980" #> [71894] "(0.132)" #> [71895] "1980-2000" #> [71896] "IndexOfDissimilarity(Jpopl$M1980+Jpopl$F1980," #> [71897] "gives" #> [71898] "sex" #> [71899] "age-class" #> [71900] "(by" #> [71901] "five)" #> [71902] "Showa" #> [71903] "(S60" #> [71904] "Heisei" #> [71905] "(H02" #> [71906] "1990)," #> [71907] "(H07" #> [71908] "1995)," #> [71909] "(H12" #> [71910] "2000)," #> [71911] "17" #> [71912] "(H17" #> [71913] "22" #> [71914] "(H22" #> [71915] "2010)" #> [71916] "27" #> [71917] "(H27" #> [71918] "2015)," #> [71919] "corresponding" #> [71920] "frame" #> [71921] "18" #> [71922] "30" #> [71923] "[," #> [71924] "1]" #> [71925] "AGECLASS" #> [71926] "w/18" #> [71927] "levels" #> [71928] "(years" #> [71929] "2]" #> [71930] "S60MODEL" #> [71931] "3]" #> [71932] "S60M" #> [71933] "males’" #> [71934] "4]" #> [71935] "H02M" #> [71936] "5]" #> [71937] "H07M" #> [71938] "6]" #> [71939] "H12M" #> [71940] "7]" #> [71941] "H17M" #> [71942] "8]" #> [71943] "H22M" #> [71944] "H27M" #> [71945] "9]" #> [71946] "S60F" #> [71947] "females’" #> [71948] "[,10]" #> [71949] "H02F" #> [71950] "[,11]" #> [71951] "H07F" #> [71952] "[,12]" #> [71953] "H12F" #> [71954] "[,13]" #> [71955] "H17F" #> [71956] "[,14]" #> [71957] "H22F" #> [71958] "H27F" #> [71959] "[,15]" #> [71960] "S60MP" #> [71961] "[,16]" #> [71962] "H02MP" #> [71963] "[,17]" #> [71964] "H07MP" #> [71965] "[,18]" #> [71966] "H12MP" #> [71967] "[,19]" #> [71968] "H17MP" #> [71969] "[,20]" #> [71970] "H22MP" #> [71971] "H27MP" #> [71972] "[,21]" #> [71973] "S60FP" #> [71974] "[,22]" #> [71975] "H02FP" #> [71976] "[,23]" #> [71977] "H07FP" #> [71978] "[,24]" #> [71979] "H12FP" #> [71980] "[,25]" #> [71981] "H17FP" #> [71982] "[,26]" #> [71983] "H22FP" #> [71984] "H27FP" #> [71985] "national" #> [71986] "official" #> [71987] "vital" #> [71988] "statitistics" #> [71989] "1985" #> [71990] "2015," #> [71991] "AGECLASS:" #> [71992] "Labels" #> [71993] "classes." #> [71994] "[0-4]" #> [71995] "S60MODEL:" #> [71996] "S60M-H27M:" #> [71997] "males" #> [71998] "S60F-H27F:" #> [71999] "S60MP-H27MP:" #> [72000] "S60FP-H27FP:" #> [72001] "http://www.stat.go.jp/english/data/nenkan/66nenkan/index.htm" #> [72002] "www.e-stat.go.jp/SG1/estat/List.do?bid=000001025191&amp;cycode=0" #> [72003] "releaseCount=2" #> [72004] "Ministry" #> [72005] "Health," #> [72006] "Labor" #> [72007] "Welfare" #> [72008] "Japan:" #> [72009] "Vital" #> [72010] "Age-specific" #> [72011] "15-54" #> [72012] "wowmen" #> [72013] "Japan," #> [72014] "1950" #> [72015] "five" #> [72016] "40" #> [72017] "29" #> [72018] "ASFR1950" #> [72019] "women" #> [72020] "ASFR1955" #> [72021] "ASFR1960" #> [72022] "ASFR1965" #> [72023] "ASFR1970" #> [72024] "ASFR1975" #> [72025] "ASFR1980" #> [72026] "ASFR1985" #> [72027] "ASFR1990" #> [72028] "ASFR1995" #> [72029] "ASFR2000" #> [72030] "ASFR2005" #> [72031] "ASFR2010" #> [72032] "ASFR2015" #> [72033] "ASMFR1950" #> [72034] "ASMFR1955" #> [72035] "ASMFR1960" #> [72036] "ASMFR1965" #> [72037] "ASMFR1970" #> [72038] "ASMFR1975" #> [72039] "ASMFR1980" #> [72040] "ASMFR1985" #> [72041] "ASMFR1990" #> [72042] "ASMFR1995" #> [72043] "ASMFR2000" #> [72044] "[,27]" #> [72045] "ASMFR2005" #> [72046] "[,28]" #> [72047] "ASMFR2010" #> [72048] "[,29]" #> [72049] "ASMFR2015" #> [72050] "calculations" #> [72051] "live" #> [72052] "divided" #> [72053] "54)," #> [72054] "legitimate" #> [72055] "(15-54)." #> [72056] "publication" #> [72057] "Age:" #> [72058] "women," #> [72059] "ASFR1950-ASFR2015:" #> [72060] "ASMFR1950-ASMFR2015:" #> [72061] "1950-2015," #> [72062] "http://www.stat.go.jp/english/data/chouki/02.htm" #> [72063] "go.jp/SG1/estat/List.do?bid=000001025191&amp;cycode=0" #> [72064] "Statistics." #> [72065] "Communications," #> [72066] "Bureau:" #> [72067] "Completed" #> [72068] "completed" #> [72069] "\"1891-1898\"" #> [72070] "\"2015\"," #> [72071] "mostly" #> [72072] "117" #> [72073] "(NAs" #> [72074] "filled" #> [72075] "survivors)" #> [72076] "43" #> [72077] "qx1895M" #> [72078] "men" #> [72079] "qx1895F" #> [72080] "qx1901M" #> [72081] "qx1901F" #> [72082] "qx1911M" #> [72083] "qx1911F" #> [72084] "qx1923M" #> [72085] "qx1923F" #> [72086] "qx1928M" #> [72087] "qx1928F" #> [72088] "qx1935M" #> [72089] "qx1935F" #> [72090] "qx1947M" #> [72091] "qx1947F" #> [72092] "qx1951M" #> [72093] "qx1951F" #> [72094] "qx1955M" #> [72095] "qx1955F" #> [72096] "qx1960M" #> [72097] "qx1960F" #> [72098] "qx1965M" #> [72099] "qx1965F" #> [72100] "qx1970M" #> [72101] "qx1970F" #> [72102] "qx1975M" #> [72103] "qx1975F" #> [72104] "qx1980M" #> [72105] "qx1980F" #> [72106] "[,30]" #> [72107] "qx1985M" #> [72108] "[,31]" #> [72109] "qx1985F" #> [72110] "[,32]" #> [72111] "qx1990M" #> [72112] "[,33]" #> [72113] "qx1990F" #> [72114] "[,34]" #> [72115] "qx1995M" #> [72116] "[,35]" #> [72117] "qx1995F" #> [72118] "[,36]" #> [72119] "qx2000M" #> [72120] "[,37]" #> [72121] "qx2000F" #> [72122] "[,38]" #> [72123] "qx2005M" #> [72124] "[,39]" #> [72125] "qx2005F" #> [72126] "[,40]" #> [72127] "qx2010M" #> [72128] "[,41]" #> [72129] "qx2010F" #> [72130] "[,42]" #> [72131] "qx2015M" #> [72132] "[,43]" #> [72133] "qx2015F" #> [72134] "columns" #> [72135] "cited" #> [72136] "1st" #> [72137] "21st" #> [72138] "(7th" #> [72139] "made," #> [72140] "qx1895M-qx2015M:" #> [72141] "22nd" #> [72142] "qx1895F-qx2015F:" #> [72143] "jp/data/chouki/zuhyou/02-35.xls" #> [72144] "hw/life/20th/index.html" #> [72145] "21th/index.html" #> [72146] "lifetables." #> [72147] "Historical" #> [72148] "86" #> [72149] "57" #> [72150] "w/86" #> [72151] "old," #> [72152] "M1888" #> [72153] "F1888" #> [72154] "M1893" #> [72155] "F1893" #> [72156] "M1898" #> [72157] "F1898" #> [72158] "M1903" #> [72159] "F1903" #> [72160] "M1908" #> [72161] "F1908" #> [72162] "M1913" #> [72163] "F1913" #> [72164] "M1918" #> [72165] "F1918" #> [72166] "M1920" #> [72167] "F1920" #> [72168] "M1925" #> [72169] "F1925" #> [72170] "M1930" #> [72171] "F1930" #> [72172] "M1935" #> [72173] "F1935" #> [72174] "M1940" #> [72175] "F1940" #> [72176] "M1947" #> [72177] "F1947" #> [72178] "M1950" #> [72179] "F1950" #> [72180] "M1955" #> [72181] "F1955" #> [72182] "M1960" #> [72183] "F1960" #> [72184] "M1965" #> [72185] "F1965" #> [72186] "M1970" #> [72187] "F1970" #> [72188] "M1975" #> [72189] "F1975" #> [72190] "M1980" #> [72191] "F1980" #> [72192] "M1985" #> [72193] "F1985" #> [72194] "[,44]" #> [72195] "M1990" #> [72196] "[,45]" #> [72197] "F1990" #> [72198] "[,46]" #> [72199] "M1995" #> [72200] "[,47]" #> [72201] "F1995" #> [72202] "[,48]" #> [72203] "M2000" #> [72204] "[,49]" #> [72205] "F2000" #> [72206] "[,50]" #> [72207] "M2005" #> [72208] "[,51]" #> [72209] "F2005" #> [72210] "[,52]" #> [72211] "M2010" #> [72212] "[,53]" #> [72213] "F2010" #> [72214] "[,54]" #> [72215] "M2015" #> [72216] "[,55]" #> [72217] "F2015" #> [72218] "[,56]" #> [72219] "M2015J" #> [72220] "[,57]" #> [72221] "F2015J" #> [72222] "Ages," #> [72223] "M1888-M2015:" #> [72224] "F1888-F2015:" #> [72225] "M2015J," #> [72226] "F2015J:" #> [72227] "2015" #> [72228] "females," #> [72229] "http://www.stat.go.jp/english/data/kokusei/index.htm" #> [72230] "go.jp/english/data/chouki/02.htm" #> [72231] "Bureau," #> [72232] "Communications:" #> [72233] "Census," #> [72234] "(unshrunken" #> [72235] "111" #> [72236] "63" #> [72237] "w/111" #> [72238] "M2000J" #> [72239] "F2000J" #> [72240] "M2005J" #> [72241] "F2005J" #> [72242] "[,58]" #> [72243] "M2010J" #> [72244] "[,59]" #> [72245] "F2010J" #> [72246] "[,60]" #> [72247] "[,61]" #> [72248] "[,62]" #> [72249] "[,63]" #> [72250] "M2000J-M2015J:" #> [72251] "F2000J-F2015J:" #> [72252] "Longitudinal" #> [72253] "several" #> [72254] "longitudinal" #> [72255] "Japan." #> [72256] "Included" #> [72257] "crude" #> [72258] "rates," #> [72259] "infant" #> [72260] "115" #> [72261] "YEAR" #> [72262] "CBR" #> [72263] "Crude" #> [72264] "IMR" #> [72265] "Infant" #> [72266] "NMR" #> [72267] "Neonatal" #> [72268] "Natural" #> [72269] "increase" #> [72270] "SBRPB" #> [72271] "Stillbirth" #> [72272] "SARPB" #> [72273] "Spontaneous" #> [72274] "ACRPB" #> [72275] "Artificial" #> [72276] "contraception" #> [72277] "PNMPB" #> [72278] "Perinatal" #> [72279] "mortalities" #> [72280] "per" #> [72281] "MR" #> [72282] "Marriage" #> [72283] "Divorce" #> [72284] "TFR" #> [72285] "ASMRM" #> [72286] "Age-standardized" #> [72287] "ASMRF" #> [72288] "PNMPLB" #> [72289] "MMR" #> [72290] "Maternal" #> [72291] "100000" #> [72292] "1899" #> [72293] "2016," #> [72294] "except" #> [72295] "YEAR:" #> [72296] "Calender" #> [72297] "CBR:" #> [72298] "rate." #> [72299] "mid-year" #> [72300] "CDR:" #> [72301] "IMR:" #> [72302] "1000" #> [72303] "NMR:" #> [72304] "weeks" #> [72305] "NIR:" #> [72306] "SBRPB:" #> [72307] "stillbirths" #> [72308] "SARPB:" #> [72309] "spontaneous" #> [72310] "abortions" #> [72311] "ACRPB:" #> [72312] "(=" #> [72313] "induced" #> [72314] "abortion)" #> [72315] "tions" #> [72316] "PNMPB:" #> [72317] "[(Number" #> [72318] "gestational" #> [72319] "weeks)" #> [72320] "(Number" #> [72321] "early" #> [72322] "neonatal" #> [72323] "week" #> [72324] "birth)]" #> [72325] "births." #> [72326] "definition" #> [72327] "established" #> [72328] "1995," #> [72329] "includes" #> [72330] "MR:" #> [72331] "marriages" #> [72332] "DR:" #> [72333] "divorces" #> [72334] "TFR:" #> [72335] "women’s" #> [72336] "ASMRM:" #> [72337] "males," #> [72338] "1000," #> [72339] "ASMRF:" #> [72340] "PNMPLB:" #> [72341] "(Note:" #> [72342] "denominator" #> [72343] "stillbirths!)." #> [72344] "stood" #> [72345] "until" #> [72346] "1994," #> [72347] "MMR:" #> [72348] "(actually" #> [72349] "ratio)" #> [72350] "maternal" #> [72351] "postpartum" #> [72352] "periods" #> [72353] "42" #> [72354] "[90" #> [72355] "1978]" #> [72356] "delivery" #> [72357] "due" #> [72358] "reproduction-related" #> [72359] "causes)" #> [72360] "stillbirths)*" #> [72361] "go.jp/toukei/saikin/hw/jinkou/geppo/nengai10/toukei02.html" #> [72362] "ipss.go.jp/p-info/e/psj2012/PSJ2012-05.xls" #> [72363] "amp;releaseCount=1" #> [72364] "000022220050" #> [72365] "dl/00_all.pdf" #> [72366] "fileId=000007182419&amp;releaseCount=1" #> [72367] "saikin/hw/jinkou/kakutei14/dl/00_all.pdf" #> [72368] "http://www.mhlw.go.jp/toukei/saikin/hw/jinkou/kakutei15/" #> [72369] "dl/03_h1.pdf" #> [72370] "National" #> [72371] "Institude" #> [72372] "Security" #> [72373] "Research:" #> [72374] "5-28" #> [72375] "sectional" #> [72376] "2013" #> [72377] "47" #> [72378] "34" #> [72379] "PNAME" #> [72380] "w/47" #> [72381] "roma-ji)" #> [72382] "JCODE" #> [72383] "Prefecture" #> [72384] "Geographical" #> [72385] "Authority" #> [72386] "SBRA22W" #> [72387] "ENMR" #> [72388] "Early" #> [72389] "CSM.ALL" #> [72390] "Cause-specific" #> [72391] "CSM.CANCER" #> [72392] "CSM.HD" #> [72393] "CSM.PNEUM" #> [72394] "CSM.CEVD" #> [72395] "cerebrovascular" #> [72396] "CSM.SEN" #> [72397] "CSM.ACC" #> [72398] "CSM.SUI" #> [72399] "CSM.KF" #> [72400] "CSM.COPD" #> [72401] "obstructive" #> [72402] "pulmonary" #> [72403] "CSM.AA" #> [72404] "aneuysm" #> [72405] "CSM.LIVD" #> [72406] "CSM.DIAB" #> [72407] "CSM.SEP" #> [72408] "CSM.MNP" #> [72409] "CSM.DEM" #> [72410] "CSM.TB" #> [72411] "CSM.TA" #> [72412] "Official" #> [72413] "PNAME:" #> [72414] "JCODE:" #> [72415] "SBRA22W:" #> [72416] "ENMR:" #> [72417] "CSM.ALL:" #> [72418] "causes." #> [72419] "Similar" #> [72420] "CDR," #> [72421] "CSM.CANCER:" #> [72422] "cancer." #> [72423] "caused" #> [72424] "CSM.HD:" #> [72425] "hypertention" #> [72426] "lation" #> [72427] "CSM.PNEUM:" #> [72428] "pneumonia" #> [72429] "CSM.CEVD:" #> [72430] "CSM.SEN:" #> [72431] "senescence" #> [72432] "CSM.ACC:" #> [72433] "accidents" #> [72434] "CSM.SUI:" #> [72435] "CSM.KF:" #> [72436] "CSM.COPD:" #> [72437] "CSM.AA:" #> [72438] "aorta" #> [72439] "CSM.LIVD:" #> [72440] "CSM.DIAB:" #> [72441] "CSM.SEP:" #> [72442] "CSM.MNP:" #> [72443] "neoplasms" #> [72444] "CSM.DEM:" #> [72445] "dementia" #> [72446] "CSM.TB:" #> [72447] "tuberculosis" #> [72448] "CSM.TA:" #> [72449] "Cohen’s" #> [72450] "kappa" #> [72451] "followed" #> [72452] "random," #> [72453] "equals" #> [72454] "Kappa.test(x," #> [72455] "y=NULL," #> [72456] "rows" #> [72457] "rater" #> [72458] "measure)" #> [72459] "indicate" #> [72460] "combination." #> [72461] "second" #> [72462] "measurement)." #> [72463] "As" #> [72464] "default," #> [72465] "conf.level" #> [72466] "Calculated" #> [72467] "point" #> [72468] "upper/lower" #> [72469] "Judgement" #> [72470] "judgement" #> [72471] "estimated" #> [72472] "agreement," #> [72473] "JR," #> [72474] "Koch" #> [72475] "GG" #> [72476] "(1977)" #> [72477] "Biometrics," #> [72478] "33:" #> [72479] "159-174:" #> [72480] "\"No" #> [72481] "agreement\"," #> [72482] "0-0.2," #> [72483] "\"Slignt" #> [72484] "0.2-0.4," #> [72485] "\"Fair" #> [72486] "0.4-0.6," #> [72487] "\"Moderate" #> [72488] "0.6-0.8," #> [72489] "\"Substantial" #> [72490] "\"Almost" #> [72491] "perfect" #> [72492] "measurement" #> [72493] "observer" #> [72494] "categorical" #> [72495] "rics," #> [72496] "Kappa.test(matrix(c(20," #> [72497] "15)," #> [72498] "Kappa.test(c(1," #> [72499] "1)," #> [72500] "c(2," #> [72501] "Lifetable" #> [72502] "mutual" #> [72503] "lifetable(mx," #> [72504] "ns=NULL," #> [72505] "class=5," #> [72506] "lifetable2(mx," #> [72507] "ax=0.5," #> [72508] "lifetable3(lx," #> [72509] "qxtomx(qx," #> [72510] "n=1," #> [72511] "mxtoqx(mx," #> [72512] "hlifetable(mx," #> [72513] "n=5," #> [72514] "pix=0," #> [72515] "Nx=NULL," #> [72516] "getax(lx," #> [72517] "Tx," #> [72518] "mx" #> [72519] "mx," #> [72520] "meaning" #> [72521] "(class)-specific" #> [72522] "duration" #> [72523] "NULL:" #> [72524] "(class)." #> [72525] "age-classes" #> [72526] "being" #> [72527] "Age-class" #> [72528] "lifetable()" #> [72529] "How" #> [72530] "ax" #> [72531] "correction" #> [72532] "11:" #> [72533] "0.5" #> [72534] "open-ended" #> [72535] "[where" #> [72536] "reciprocal" #> [72537] "mx]," #> [72538] "12," #> [72539] "0.1" #> [72540] "0.4" #> [72541] "1-4," #> [72542] "13," #> [72543] "15:" #> [72544] "0.3" #> [72545] "16:" #> [72546] "SH" #> [72547] "(2001)," #> [72548] "pp.48" #> [72549] "17:" #> [72550] "Females" #> [72551] "3.3." #> [72552] "simply" #> [72553] "calculating" #> [72554] "n*mx/(1+n*(1-ax)*mx)" #> [72555] "pp.47," #> [72556] "n*mx/(1+(n-ax)*mx)." #> [72557] "difference" #> [72558] "formulation" #> [72559] "ax." #> [72560] "function," #> [72561] "(1988)," #> [72562] "pp.71)" #> [72563] "qx=1," #> [72564] "Greville’s" #> [72565] "method." #> [72566] "ax," #> [72567] "fraction" #> [72568] "lived." #> [72569] "(scalar)" #> [72570] "vector." #> [72571] "only" #> [72572] "lifetable2()" #> [72573] "lifetable3()," #> [72574] "dying" #> [72575] "x+1" #> [72576] "lifetable()," #> [72577] "mmax" #> [72578] "cannot" #> [72579] "calculated" #> [72580] "situation," #> [72581] "lx," #> [72582] "people" #> [72583] "alive" #> [72584] "dx" #> [72585] "x+class)" #> [72586] "newborns." #> [72587] "Differentials" #> [72588] "pix" #> [72589] "age-(class-)specific" #> [72590] "unhealthy" #> [72591] "Nx" #> [72592] "xth" #> [72593] "age-class," #> [72594] "level" #> [72595] "intervals." #> [72596] "person-years" #> [72597] "lived" #> [72598] "above" #> [72599] "Lifetable’s" #> [72600] "Duration" #> [72601] "interval." #> [72602] "it’s" #> [72603] "Lx" #> [72604] "Lx," #> [72605] "ex," #> [72606] "Sullivan" #> [72607] "DF" #> [72608] "(1971)" #> [72609] "morbidity." #> [72610] "HSMHA" #> [72611] "Health" #> [72612] "Reports," #> [72613] "86:" #> [72614] "lifetable(c(0.0087," #> [72615] "0.00015," #> [72616] "0.00019," #> [72617] "0.00098," #> [72618] "0.0013," #> [72619] "0.0011," #> [72620] "0.0014," #> [72621] "0.0029," #> [72622] "0.0048," #> [72623] "0.0071," #> [72624] "0.011," #> [72625] "0.019," #> [72626] "0.028," #> [72627] "0.041," #> [72628] "0.072," #> [72629] "0.19)," #> [72630] "lifetable2(c(0.008314," #> [72631] "0.000408," #> [72632] "0.000181," #> [72633] "0.000187," #> [72634] "0.000282," #> [72635] "0.000307," #> [72636] "0.000566," #> [72637] "0.000884," #> [72638] "0.001445," #> [72639] "0.002485," #> [72640] "0.004210," #> [72641] "0.007219," #> [72642] "0.018259," #> [72643] "0.029920," #> [72644] "0.049689," #> [72645] "0.085545," #> [72646] "c(0.1," #> [72647] "0.4," #> [72648] "rep(0.5," #> [72649] "16)," #> [72650] "c(1," #> [72651] "rep(5," #> [72652] "NA)" #> [72653] "lifetable3(lx=c(1.0," #> [72654] "0.8499," #> [72655] "0.8070," #> [72656] "0.7876," #> [72657] "0.7762," #> [72658] "0.7691," #> [72659] "0.7502," #> [72660] "0.7130," #> [72661] "0.6826," #> [72662] "0.6525," #> [72663] "0.6223," #> [72664] "0.5898," #> [72665] "0.5535," #> [72666] "0.5106," #> [72667] "0.3965," #> [72668] "0.3210," #> [72669] "0.2380," #> [72670] "0.1516," #> [72671] "0.0768," #> [72672] "0.0276," #> [72673] "0.0059," #> [72674] "0.0006," #> [72675] "n=c(rep(1," #> [72676] "5)," #> [72677] "20))," #> [72678] "ax=c(0.3," #> [72679] "24)))" #> [72680] "Newell," #> [72681] "maternity" #> [72682] "histories" #> [72683] "populations," #> [72684] "kind" #> [72685] "inspired" #> [72686] "JW" #> [72687] "(1994)" #> [72688] "\"Dynamics" #> [72689] "Human" #> [72690] "Reproduction\"," #> [72691] "Aldine" #> [72692] "Gruyter," #> [72693] "mhchart(LIST," #> [72694] "XLIM=c(15,45)," #> [72695] "COL=\"black\"," #> [72696] "FILL=\"white\"," #> [72697] "BWD=1," #> [72698] "their" #> [72699] "Usually" #> [72700] "childbirth" #> [72701] "Kaplan-Meier" #> [72702] "adding" #> [72703] "method," #> [72704] "XLIM" #> [72705] "axis," #> [72706] "reproductive" #> [72707] "ages." #> [72708] "COL" #> [72709] "color." #> [72710] "FILL" #> [72711] "painting" #> [72712] "BWD" #> [72713] "boxes." #> [72714] "handed" #> [72715] "barplot()" #> [72716] "axes" #> [72717] "No" #> [72718] "Developing" #> [72719] "c(18," #> [72720] "21," #> [72721] "24," #> [72722] "27," #> [72723] "30," #> [72724] "33.5," #> [72725] "Hutterite" #> [72726] "c(23," #> [72727] "25," #> [72728] "29," #> [72729] "31," #> [72730] "33," #> [72731] "35," #> [72732] "37," #> [72733] "Gainj" #> [72734] "c(27," #> [72735] "c(29," #> [72736] "mhchart(rev(x)," #> [72737] "COL=\"blue\"," #> [72738] "FILL=\"pink\"," #> [72739] "BWD=2," #> [72740] "XLIM=c(15," #> [72741] "main=\"Maternity" #> [72742] "selected" #> [72743] "xlab=\"Maternal" #> [72744] "Nagelkerke’s" #> [72745] "goodness" #> [72746] "glm()." #> [72747] "squared" #> [72748] "power" #> [72749] "\"glm\"" #> [72750] "\"lm\"," #> [72751] "would" #> [72752] "Nagelkerke" #> [72753] "(1991)" #> [72754] "general" #> [72755] "determination." #> [72756] "78:" #> [72757] "Faraway" #> [72758] "JJ" #> [72759] "(2006)" #> [72760] "Extending" #> [72761] "R:" #> [72762] "Generalized" #> [72763] "linear," #> [72764] "effects" #> [72765] "parametric" #> [72766] "models." #> [72767] "Chapman" #> [72768] "glm(cbind(ncases,ncontrols)" #> [72769] "agegp+alcgp+tobgp," #> [72770] "data=esoph," #> [72771] "odds" #> [72772] "approximation," #> [72773] "(odds" #> [72774] "oddsratio(a," #> [72775] "d," #> [72776] "conf.level=0.95," #> [72777] "matrix." #> [72778] "matrix," #> [72779] "contains" #> [72780] "both" #> [72781] "suffer" #> [72782] "[1," #> [72783] "1]," #> [72784] "disesase" #> [72785] "exposed" #> [72786] "[2," #> [72787] "healthy" #> [72788] "neither" #> [72789] "suffered" #> [72790] "nor" #> [72791] "scalar," #> [72792] "exposed." #> [72793] "Otherwise," #> [72794] "healthy." #> [72795] "disease." #> [72796] "Logical." #> [72797] "p-value" #> [72798] "dence" #> [72799] "calculation" #> [72800] "becomes" #> [72801] "vcd" #> [72802] "package)." #> [72803] "accept" #> [72804] "argument," #> [72805] "suggested" #> [72806] "Dr." #> [72807] "Toshiaki" #> [72808] "Ara" #> [72809] "Thanks" #> [72810] "good" #> [72811] "oddsratio(5," #> [72812] "85," #> [72813] "oddsratio(12," #> [72814] "sample(c(\"Disease\"," #> [72815] "\"Health\")," #> [72816] "sample(c(\"Exposed\"," #> [72817] "\"Nonexposed\")," #> [72818] "table(EN," #> [72819] "oddsratio(x[1,1]," #> [72820] "x[2,1]," #> [72821] "x[1,2]," #> [72822] "By" #> [72823] "conducting" #> [72824] "repeatedly" #> [72825] "Fisher’s" #> [72826] "chi-square" #> [72827] "tests," #> [72828] "groups," #> [72829] "pairwise.fisher.test(x," #> [72830] "n," #> [72831] "p.adjust.method," #> [72832] "p.adjust.methods" #> [72833] "specify" #> [72834] "comparisons." #> [72835] "Miscellaneous" #> [72836] "p-values" #> [72837] "possible" #> [72838] "http://minato.sip21c.org/." #> [72839] "Shigenobu" #> [72840] "AOKI" #> [72841] "(Gunma" #> [72842] "pairwise.prop.test," #> [72843] "pairwise.fisher.test(c(2," #> [72844] "c(10," #> [72845] "14," #> [72846] "17)," #> [72847] "smoker" #> [72848] "c(11," #> [72849] "names(total)" #> [72850] "c(\"A\"," #> [72851] "\"B\"," #> [72852] "pairwise.fisher.test(smoker," #> [72853] "percentile." #> [72854] "example," #> [72855] "1:5" #> [72856] "vector," #> [72857] "converted" #> [72858] "[0,100]." #> [72859] "runif(1000," #> [72860] "Years" #> [72861] "Lost" #> [72862] "causes" #> [72863] "lost" #> [72864] "prefecture." #> [72865] "There" #> [72866] "definitions" #> [72867] "YLL." #> [72868] "WHO’s" #> [72869] "Global" #> [72870] "Burden" #> [72871] "defines" #> [72872] "YLL" #> [72873] "multiplied" #> [72874] "expectancy" #> [72875] "occurs," #> [72876] "cause," #> [72877] "(WHO)." #> [72878] "removed" #> [72879] "YLL," #> [72880] "derived" #> [72881] "(Ministry" #> [72882] "Welfare," #> [72883] "26" #> [72884] "CancerM" #> [72885] "(YLL)" #> [72886] "CardioM" #> [72887] "CerebroM" #> [72888] "PneumoniaM" #> [72889] "AccidentM" #> [72890] "TrafficM" #> [72891] "SuicideM" #> [72892] "KidneyM" #> [72893] "LiverM" #> [72894] "DiabetesM" #> [72895] "HypertensM" #> [72896] "TBM" #> [72897] "CancerF" #> [72898] "CardioF" #> [72899] "CerebroF" #> [72900] "PneumoniaF" #> [72901] "AccidentF" #> [72902] "TrafficF" #> [72903] "SuicideF" #> [72904] "KidneyF" #> [72905] "LiverF" #> [72906] "DiabetesF" #> [72907] "HypertensF" #> [72908] "TBF" #> [72909] "Cancer[M|F]:" #> [72910] "([M])" #> [72911] "Cardio[M|F]:" #> [72912] "Cerebro[M|F]:" #> [72913] "Peumonia[M|F]:" #> [72914] "Accident[M|F]:" #> [72915] "Traffic[M|F]:" #> [72916] "(it’s" #> [72917] "Accident[M|F]" #> [72918] "Suicide[M|F]:" #> [72919] "Kidney[M|F]:" #> [72920] "Liver[M|F]:" #> [72921] "Diabetes[M|F]:" #> [72922] "diabates" #> [72923] "Hypertension[M|F]:" #> [72924] "hypertension" #> [72925] "TB[M|F]:" #> [72926] "Expectancy" #> [72927] "//minato.sip21c.org/demography/how-to-make-pref-charts.html" #> [72928] "http://www.who.int/whosis/whostat2006YearsOfLifeLost.pdf" #> [72929] "//www.who.int/healthinfo/global_burden_disease/metrics_daly/en/" #> [72930] "cessed" #> [72931] "April" #> [72932] "ifelse(x$PNAME==\"Nagano\"," #> [72933] "\"blue\"," #> [72934] "ifelse(x$PNAME==\"Okinawa\"," #> [72935] "ifelse(x$PNAME==\"Shiga\"," #> [72936] "\"green\"," #> [72937] "LWD" #> [72938] "LTY" #> [72939] "VX" #> [72940] "c(\"Cancer\",\"Heart\\n" #> [72941] "Disease\",\"Cerebrovascular\\n" #> [72942] "\"Accident\",\"(Traffic\\n" #> [72943] "Accident)\",\"Suicide\",\"Kidney\\n" #> [72944] "Failure\",\"Liver\\n" #> [72945] "radarchart(males," #> [72946] "maxmin=FALSE," #> [72947] "pcol=COL," #> [72948] "axistype=2," #> [72949] "pty=32," #> [72950] "plty=LTY," #> [72951] "plwd=LWD," #> [72952] "title=\"YLLs" #> [72953] "(2015)\\n" #> [72954] "(Blue:" #> [72955] "Nagano," #> [72956] "Green:" #> [72957] "Shiga,\\n" #> [72958] "Pink:" #> [72959] "Okinawa," #> [72960] "Gray:" #> [72961] "radarchart(females," #> [72962] "title=\"YLL" #> [72963] "Drawing" #> [72964] "(a.k.a." #> [72965] "intervals)" #> [72966] "(RR)" #> [72967] "(OR)" #> [72968] "table," #> [72969] "strongly" #> [72970] "recommended" #> [72971] "Rothman" #> [72972] "KJ" #> [72973] "introduction." #> [72974] "2nd" #> [72975] "Ed.\"" #> [72976] "Until" #> [72977] "fmsb-0.4.2," #> [72978] "formula" #> [72979] "appropriate," #> [72980] "curve" #> [72981] "correct." #> [72982] "Through" #> [72983] "discussion" #> [72984] "Professor" #> [72985] "Rothman," #> [72986] "realized" #> [72987] "my" #> [72988] "mistake," #> [72989] "then" #> [72990] "fixed" #> [72991] "0.4.3." #> [72992] "feasible" #> [72993] "manner" #> [72994] "back-calculation" #> [72995] "RR" #> [72996] "OR," #> [72997] "restricted" #> [72998] "0.0005" #> [72999] "pvalueplot(XTAB," #> [73000] "plot.OR," #> [73001] "plot.log," #> [73002] "XTAB" #> [73003] "term," #> [73004] "intervals)." #> [73005] "row," #> [73006] "opposite" #> [73007] "tabulation." #> [73008] "note," #> [73009] "usually" #> [73010] "incidence" #> [73011] "nonexposed" #> [73012] "remaining" #> [73013] "plot.OR" #> [73014] "want" #> [73015] "ratio," #> [73016] "drawn." #> [73017] "xrange" #> [73018] "plot.log" #> [73019] "horizontal" #> [73020] "logarythmic" #> [73021] "scale." #> [73022] "(ranging" #> [73023] "pvalueplot(matrix(c(321," #> [73024] "411," #> [73025] "686-321," #> [73026] "689-411)," #> [73027] "xrange=c(0.7," #> [73028] "pvalueplot(matrix(c(4," #> [73029] "386," #> [73030] "1250)," #> [73031] "xrange=c(0.1," #> [73032] "20)," #> [73033] "pvalueplot(matrix(c(468," #> [73034] "480," #> [73035] "229," #> [73036] "205)," #> [73037] "plot.OR=TRUE," #> [73038] "radar" #> [73039] "frame," #> [73040] "radarchart(df," #> [73041] "axistype," #> [73042] "seg," #> [73043] "pty," #> [73044] "pcol," #> [73045] "plty," #> [73046] "plwd," #> [73047] "pdensity," #> [73048] "pangle," #> [73049] "cglty," #> [73050] "cglwd," #> [73051] "cglcol," #> [73052] "axislabcol," #> [73053] "title," #> [73054] "maxmin," #> [73055] "na.itp," #> [73056] "vlabels," #> [73057] "vlcex," #> [73058] "caxislabels," #> [73059] "calcex," #> [73060] "paxislabels," #> [73061] "palcex," #> [73062] "radarchart." #> [73063] "maxmin" #> [73064] "row" #> [73065] "ables," #> [73066] "rows." #> [73067] "(variables)" #> [73068] "axistype" #> [73069] "axes," #> [73070] "0:5." #> [73071] "label." #> [73072] "only." #> [73073] "around-the-chart" #> [73074] "(peripheral)" #> [73075] "labels." #> [73076] "*.**" #> [73077] "(default" #> [73078] "pty" #> [73079] "symbol:" #> [73080] "16" #> [73081] "(closed" #> [73082] "circle)," #> [73083] "don’t" #> [73084] "points," #> [73085] "32." #> [73086] "pcol" #> [73087] "data:" #> [73088] "1:8," #> [73089] "plty" #> [73090] "1:6," #> [73091] "plwd" #> [73092] "widths" #> [73093] "pdensity" #> [73094] "filling" #> [73095] "polygons:" #> [73096] "pangle" #> [73097] "45," #> [73098] "pfcol" #> [73099] "NA," #> [73100] "cglty" #> [73101] "Line" #> [73102] "grids:" #> [73103] "dotted" #> [73104] "cglwd" #> [73105] "thinnest" #> [73106] "cglcol" #> [73107] "axislabcol" #> [73108] "Color" #> [73109] "numbers:" #> [73110] "title" #> [73111] "any," #> [73112] "true," #> [73113] "2." #> [73114] "na.itp" #> [73115] "interpolated" #> [73116] "them." #> [73117] "(but" #> [73118] "pointed," #> [73119] "connected" #> [73120] "lines)." #> [73121] "centerzero" #> [73122] "draws" #> [73123] "charts" #> [73124] "originated" #> [73125] "(0,0)." #> [73126] "(1/segments)." #> [73127] "vlabels" #> [73128] "variables." #> [73129] "ables" #> [73130] "colnames(df)" #> [73131] "used." #> [73132] "vlcex" #> [73133] "Font" #> [73134] "magnification" #> [73135] "vlabels." #> [73136] "default." #> [73137] "caxislabels" #> [73138] "labels," #> [73139] "overwriting" #> [73140] "option." #> [73141] "option" #> [73142] "calcex" #> [73143] "caxislabels." #> [73144] "paxislabels" #> [73145] "ified" #> [73146] "palcex" #> [73147] "paxislabels." #> [73148] "total=c(5," #> [73149] "phys=c(15," #> [73150] "psycho=c(3," #> [73151] "social=c(5," #> [73152] "env=c(5," #> [73153] "series," #> [73154] "omitted" #> [73155] "total=runif(3," #> [73156] "phys=rnorm(3," #> [73157] "psycho=c(0.5," #> [73158] "social=runif(3," #> [73159] "op" #> [73160] "par(mar=c(1," #> [73161] "1),mfrow=c(2," #> [73162] "radarchart(dat," #> [73163] "axistype=1," #> [73164] "seg=5," #> [73165] "plty=1," #> [73166] "vlabels=c(\"Total\\nQOL\"," #> [73167] "\"Phychological\\naspects\"," #> [73168] "\"Social\\naspects\"," #> [73169] "title=\"(axis=1," #> [73170] "segments," #> [73171] "vlabels)\"," #> [73172] "pcol=topo.colors(3)," #> [73173] "pdensity=c(5," #> [73174] "pangle=c(10," #> [73175] "120)," #> [73176] "title=\"(topo.colors," #> [73177] "fill," #> [73178] "axistype=3," #> [73179] "axislabcol=\"grey\"," #> [73180] "title=\"(no" #> [73181] "axis=3," #> [73182] "plwd=1:5," #> [73183] "pcol=1," #> [73184] "seg=4," #> [73185] "caxislabels=c(\"worst\"," #> [73186] "\"\"," #> [73187] "title=\"(use" #> [73188] "lty" #> [73189] "lwd" #> [73190] "b/w," #> [73191] "axis=1,\\n" #> [73192] "centerzero=TRUE," #> [73193] "(a" #> [73194] "attributable" #> [73195] "risk)" #> [73196] "(incidence" #> [73197] "0)" #> [73198] "ratedifference(a," #> [73199] "PT1," #> [73200] "PT0," #> [73201] "CRC=FALSE," #> [73202] "occurence" #> [73203] "non-exposed" #> [73204] "PT1" #> [73205] "person-time" #> [73206] "PT0" #> [73207] "unexposed" #> [73208] "CRC" #> [73209] "(2012)" #> [73210] "Epidemiology:" #> [73211] "Introduction." #> [73212] "Ed.," #> [73213] "ratedifference(136," #> [73214] "1709," #> [73215] "22050," #> [73216] "127650," #> [73217] "relative" #> [73218] "mation," #> [73219] "rateratio(a," #> [73220] "rateratio(136," #> [73221] "(risk" #> [73222] "riskdifference(a," #> [73223] "N1," #> [73224] "N0," #> [73225] "N1" #> [73226] "N0" #> [73227] "risk." #> [73228] "riskdifference(321," #> [73229] "686," #> [73230] "689," #> [73231] "riskratio(X," #> [73232] "Y," #> [73233] "m1," #> [73234] "m2," #> [73235] "m1" #> [73236] "m2" #> [73237] "riskratio(5," #> [73238] "90," #> [73239] "riskratio(12," #> [73240] "17," #> [73241] "Receiver" #> [73242] "Operating" #> [73243] "Characteristic" #> [73244] "(ROC)" #> [73245] "curve’s" #> [73246] "[sensitivity," #> [73247] "specificity]," #> [73248] "worst" #> [73249] "[0," #> [73250] "under" #> [73251] "curve," #> [73252] "point," #> [73253] "list." #> [73254] "Fittest" #> [73255] "cut" #> [73256] "off" #> [73257] "1-specificity]" #> [73258] "longest" #> [73259] "(though" #> [73260] "maxdist=FALSE" #> [73261] "best" #> [73262] "fittest" #> [73263] "roc(values," #> [73264] "iscase," #> [73265] "measured" #> [73266] "iscase" #> [73267] "0/1)" #> [73268] "diagnostics." #> [73269] "Negative" #> [73270] "seek" #> [73271] "cutoff." #> [73272] "ment" #> [73273] "1." #> [73274] "Therefore," #> [73275] "0]" #> [73276] "1-specificity]," #> [73277] "sens" #> [73278] "sensitivities" #> [73279] "falsepos" #> [73280] "1-specificities" #> [73281] "(false" #> [73282] "positiveness)" #> [73283] "aucpiece" #> [73284] "pieces" #> [73285] "areas" #> [73286] "Same" #> [73287] "scores" #> [73288] "c(15," #> [73289] "20," #> [73290] "19," #> [73291] "28," #> [73292] "26," #> [73293] "22," #> [73294] "23," #> [73295] "diagno" #> [73296] "roc(scores," #> [73297] "(1985)" #> [73298] "directly" #> [73299] "http://www.mhlw.go.jp/toukei/list/dl/81-1b1.pdf," #> [73300] "page" #> [73301] "Tamura" #> [73302] "(2008)" #> [73303] "we" #> [73304] "die?:" #> [73305] "population." #> [73306] "Waseda" #> [73307] "politics" #> [73308] "public" #> [73309] "law," #> [73310] "87:" #> [73311] "Siler’s" #> [73312] "Siler(a1," #> [73313] "b1," #> [73314] "a2," #> [73315] "a3," #> [73316] "b3," #> [73317] "fitSiler(initialpar=c(0.01,3,1e-4,1e-5,0.1)," #> [73318] "a1" #> [73319] "a2" #> [73320] "b3" #> [73321] "Siler()" #> [73322] "fitSiler()" #> [73323] "a1," #> [73324] "fitSiler(res[1:5]," #> [73325] "semi-interquartile" #> [73326] "range," #> [73327] "SIQR(X," #> [73328] "fivenum," #> [73329] "giving" #> [73330] "SIQR(data," #> [73331] "idata" #> [73332] "sample(50:80," #> [73333] "SIQR(idata," #> [73334] "Spearman’s" #> [73335] "rank" #> [73336] "SAS" #> [73337] "spearman.ci.sas(x," #> [73338] "adj.bias=TRUE," #> [73339] "adj.bias" #> [73340] "adjustment" #> [73341] "taken." #> [73342] "rho.ll" #> [73343] "rho.ul" #> [73344] "spearman.ci.sas(airquality$Ozone," #> [73345] "true" #> [73346] "ties," #> [73347] "tied" #> [73348] "same." #> [73349] "4." #> [73350] "rounded," #> [73351] "evenly" #> [73352] "distributed" #> [73353] "values." #> [73354] "previous" #> [73355] "rounded" #> [73356] "2.75," #> [73357] "3.25," #> [73358] "11/3," #> [73359] "13/3." #> [73360] "viewpoint," #> [73361] "11/3" #> [73362] "(=3.66...)." #> [73363] "calculates" #> [73364] "truemedian(X," #> [73365] "Width" #> [73366] "unit." #> [73367] "\"true\"" #> [73368] "Grimm" #> [73369] "LG" #> [73370] "(1993)" #> [73371] "Behavioral" #> [73372] "Sciences." #> [73373] "Wiley" #> [73374] "median(c(3," #> [73375] "truemedian(c(3," #> [73376] "(VIF)" #> [73377] "multicolinearity" #> [73378] "lm()." #> [73379] "lm(Ozone" #> [73380] "Wind+Temp+Solar.R," #> [73381] "VIF(lm(Wind" #> [73382] "Temp+Solar.R," #> [73383] "VIF(lm(Temp" #> [73384] "Wind+Solar.R," #> [73385] "VIF(lm(Solar.R" #> [73386] "Wind+Temp," #> [73387] "Whipple’s" #> [73388] "WI" #> [73389] "JUDGE" #> [73390] "Based" #> [73391] "age-reporting" #> [73392] "FMsmsnReg-package" #> [73393] "FMsmsnReg" #> [73394] "horses" #> [73395] "Estable" #> [73396] "FMstable" #> [73397] "Gstable" #> [73398] "impliedVolatility" #> [73399] "optionValues" #> [73400] "stableParameters" #> [73401] "fMultivar-package" #> [73402] "bvdist-cauchy2d" #> [73403] "bvdist-elliptical2d" #> [73404] "bvdist-norm2d" #> [73405] "bvdist-t2d" #> [73406] "mvdist-msc" #> [73407] "mvdist-mscFit" #> [73408] "mvdist-msn" #> [73409] "mvdist-msnFit" #> [73410] "mvdist-mst" #> [73411] "mvdist-mstFit" #> [73412] "utils-adapt" #> [73413] "utils-binning2" #> [73414] "utils-density2d" #> [73415] "utils-grid2d" #> [73416] "utils-gridding2d" #> [73417] "utils-integrate2d" #> [73418] "zzz-mvnorm" #> [73419] "zzz-mvstnorm" #> [73420] "zzz-mvt" #> [73421] "crossentropy" #> [73422] "get.knn" #> [73423] "KL.dist" #> [73424] "KL.divergence" #> [73425] "knn.dist" #> [73426] "knn.index" #> [73427] "knn.reg" #> [73428] "mutinfo" #> [73429] "ownn" #> [73430] "print.knnReg" #> [73431] "NonLinModelling" #> [73432] "NonLinStatistics" #> [73433] "NonLinTests" #> [73434] "foba" #> [73435] "predict.foba" #> [73436] "print.foba" #> [73437] "focusedMDS" #> [73438] "check_cran_results" #> [73439] "cran_details" #> [73440] "cran_incoming" #> [73441] "cran_results" #> [73442] "foghorn" #> [73443] "summary_cran_results" #> [73444] "visit_cran_check" #> [73445] "foieGras-package" #> [73446] "plot.foieGras" #> [73447] "pluck" #> [73448] "prefilter" #> [73449] "print.foieGras" #> [73450] "sfilter" #> [73451] "wrap_lon" #> [73452] "folderfun" #> [73453] "listff" #> [73454] "optOrEnvVar" #> [73455] "setff" #> [73456] "February" #> [73457] "Fonts" #> [73458] "'Bitstream" #> [73459] "Fonts'" #> [73460] "Provides" #> [73461] "licensed" #> [73462] "license" #> [73463] "'fontquiver'" #> [73464] "Lionel" #> [73465] "Henry" #> [73466] "Bitstream" #> [73467] "2017-02-01" #> [73468] "fontcm" #> [73469] "fontHind" #> [73470] "import_hind" #> [73471] "theme_ipsum_hind" #> [73472] "November" #> [73473] "Liberation" #> [73474] "placeholder" #> [73475] "fontset" #> [73476] "intended" #> [73477] "`fontquiver`" #> [73478] "package." #> [73479] "covers" #> [73480] "(sans," #> [73481] "serif," #> [73482] "mono)" #> [73483] "(plain," #> [73484] "bold," #> [73485] "italic," #> [73486] "italic)" #> [73487] "supported" #> [73488] "Pravin" #> [73489] "Satpute" #> [73490] "Matteson" #> [73491] "Red" #> [73492] "Hat," #> [73493] "Corporation" #> [73494] "2016-10-15" #> [73495] "fontMPlus" #> [73496] "import_mplus" #> [73497] "mplus.fontfamilies" #> [73498] "mplus.fonttable" #> [73499] "theme_ipsum_mplus_c1" #> [73500] "theme_ipsum_mplus_c2" #> [73501] "theme_ipsum_mplus_m1" #> [73502] "theme_ipsum_mplus_m2" #> [73503] "theme_ipsum_mplus_mn1" #> [73504] "theme_ipsum_mplus_p1" #> [73505] "theme_ipsum_mplus_p2" #> [73506] "fontset_info" #> [73507] "fontset_list" #> [73508] "fontset_register" #> [73509] "fontset_variants" #> [73510] "font_families" #> [73511] "font_variants" #> [73512] "htmlFontDependency" #> [73513] "splice_fonts" #> [73514] "analyse.list" #> [73515] "analyse.seq" #> [73516] "analyse.single" #> [73517] "foodweb" #> [73518] "mat.2.list" #> [73519] "moss" #> [73520] "<.foolbox_pipe" #> [73521] "add_call_callback" #> [73522] "add_topdown_callback" #> [73523] "annotate_assigned_symbols_callbacks" #> [73524] "annotate_bound_symbols_in_function" #> [73525] "annotate_bound_variables_callbacks" #> [73526] "collect_assigned_symbols_in_expression" #> [73527] "collect_from_args" #> [73528] "depth_first_analyse_expr" #> [73529] "depth_first_analyse_function" #> [73530] "depth_first_rewrite_expr" #> [73531] "depth_first_rewrite_function" #> [73532] "identity_rewrite_callback" #> [73533] "make_with_callback" #> [73534] "merge_bottomup" #> [73535] "nop_topdown_callback" #> [73536] "remove_formal" #> [73537] "remove_formal_" #> [73538] "rewrites" #> [73539] "rewrite_callbacks" #> [73540] "rewrite_with" #> [73541] "warning_flags" #> [73542] "[.foolbox_rewrite_spec" #> [73543] "fOptions-package" #> [73544] "BasicAmericanOptions" #> [73545] "BinomialTreeOptions" #> [73546] "HestonNandiGarchFit" #> [73547] "HestonNandiOptions" #> [73548] "LowDiscrepancy" #> [73549] "MonteCarloOptions" #> [73550] "PlainVanillaOptions" #> [73551] "forams-package" #> [73552] "abc-class" #> [73553] "fi" #> [73554] "fi-class" #> [73555] "LF" #> [73556] "she" #> [73557] "she-class" #> [73558] "fct_anon" #> [73559] "fct_c" #> [73560] "fct_collapse" #> [73561] "fct_count" #> [73562] "fct_cross" #> [73563] "fct_drop" #> [73564] "fct_expand" #> [73565] "fct_explicit_na" #> [73566] "fct_inorder" #> [73567] "fct_lump" #> [73568] "fct_match" #> [73569] "fct_other" #> [73570] "fct_recode" #> [73571] "fct_relabel" #> [73572] "fct_relevel" #> [73573] "fct_reorder" #> [73574] "fct_rev" #> [73575] "fct_shift" #> [73576] "fct_shuffle" #> [73577] "fct_unify" #> [73578] "fct_unique" #> [73579] "gss_cat" #> [73580] "lvls" #> [73581] "lvls_union" #> [73582] "foreach-package" #> [73583] "foreach" #> [73584] "foreach-ext" #> [73585] "getDoParWorkers" #> [73586] "getDoSeqWorkers" #> [73587] "registerDoSEQ" #> [73588] "setDoPar" #> [73589] "setDoSeq" #> [73590] "ForeCA-package" #> [73591] "common-arguments" #> [73592] "complete-controls" #> [73593] "continuous_entropy" #> [73594] "discrete_entropy" #> [73595] "foreca" #> [73596] "foreca-utils" #> [73597] "foreca.EM-aux" #> [73598] "foreca.EM.one_weightvector" #> [73599] "foreca.one_weightvector-utils" #> [73600] "initialize_weightvector" #> [73601] "mvspectrum" #> [73602] "mvspectrum-utils" #> [73603] "mvspectrum2wcov" #> [73604] "Omega" #> [73605] "quadratic_form" #> [73606] "spectral_entropy" #> [73607] "whiten" #> [73608] "Farah" #> [73609] "Yasmeen" #> [73610] "Ihaka" #> [73611] "Reid" #> [73612] "Shaub" #> [73613] "Yuan" #> [73614] "Tang" #> [73615] "Zhenyu" #> [73616] "05:40:06" #> [73617] "forecast-package" #> [73618] "Arima" #> [73619] "arima.errors" #> [73620] "arimaorder" #> [73621] "auto.arima" #> [73622] "autolayer" #> [73623] "autolayer.mts" #> [73624] "autoplot.acf" #> [73625] "autoplot.decomposed.ts" #> [73626] "autoplot.mforecast" #> [73627] "baggedModel" #> [73628] "bld.mbb.bootstrap" #> [73629] "BoxCox.lambda" #> [73630] "checkresiduals" #> [73631] "croston" #> [73632] "CVar" #> [73633] "dm.test" #> [73634] "dshw" #> [73635] "easter" #> [73636] "ets" #> [73637] "findfrequency" #> [73638] "fitted.fracdiff" #> [73639] "forecast.baggedModel" #> [73640] "forecast.bats" #> [73641] "forecast.ets" #> [73642] "forecast.fracdiff" #> [73643] "forecast.HoltWinters" #> [73644] "forecast.lm" #> [73645] "forecast.mlm" #> [73646] "forecast.modelAR" #> [73647] "forecast.mts" #> [73648] "forecast.nnetar" #> [73649] "forecast.stl" #> [73650] "forecast.StructTS" #> [73651] "gghistogram" #> [73652] "gglagplot" #> [73653] "ggmonthplot" #> [73654] "ggseasonplot" #> [73655] "ggtsdisplay" #> [73656] "gold" #> [73657] "is.acf" #> [73658] "is.forecast" #> [73659] "meanf" #> [73660] "modelAR" #> [73661] "monthdays" #> [73662] "mstl" #> [73663] "msts" #> [73664] "na.interp" #> [73665] "ndiffs" #> [73666] "nnetar" #> [73667] "nsdiffs" #> [73668] "ocsb.test" #> [73669] "plot.Arima" #> [73670] "plot.bats" #> [73671] "plot.ets" #> [73672] "plot.forecast" #> [73673] "residuals.forecast" #> [73674] "rwf" #> [73675] "seasadj" #> [73676] "seasonal" #> [73677] "seasonaldummy" #> [73678] "simulate.ets" #> [73679] "sindexf" #> [73680] "splinef" #> [73681] "StatForecast" #> [73682] "subset.ts" #> [73683] "taylor" #> [73684] "tbats" #> [73685] "tbats.components" #> [73686] "thetaf" #> [73687] "tsclean" #> [73688] "tsCV" #> [73689] "tslm" #> [73690] "tsoutliers" #> [73691] "wineind" #> [73692] "woolyrnq" #> [73693] "auto_combine" #> [73694] "comb_BG" #> [73695] "comb_CLS" #> [73696] "comb_CSR" #> [73697] "comb_EIG1" #> [73698] "comb_EIG2" #> [73699] "comb_EIG3" #> [73700] "comb_EIG4" #> [73701] "comb_InvW" #> [73702] "comb_LAD" #> [73703] "comb_MED" #> [73704] "comb_NG" #> [73705] "comb_OLS" #> [73706] "comb_SA" #> [73707] "comb_TA" #> [73708] "comb_WA" #> [73709] "cs_dispersion" #> [73710] "electricity" #> [73711] "foreccomb" #> [73712] "foreccomb_res" #> [73713] "plot.foreccomb_res" #> [73714] "predict.foreccomb_res" #> [73715] "rolling_combine" #> [73716] "summary.foreccomb_res" #> [73717] "Forecast_comb" #> [73718] "Forecast_comb_all" #> [73719] "accuracy.cvts" #> [73720] "accuracy.hybridModel" #> [73721] "checkModelArgs" #> [73722] "checkParallelArguments" #> [73723] "cvts" #> [73724] "extractForecasts" #> [73725] "fitted.hybridModel" #> [73726] "forecast.hybridModel" #> [73727] "forecast.thetam" #> [73728] "getModelName" #> [73729] "hybridModel" #> [73730] "is.hybridModel" #> [73731] "plot.hybridModel" #> [73732] "plot.thetam" #> [73733] "prepareTimeseries" #> [73734] "print.hybridModel" #> [73735] "removeModels" #> [73736] "residuals.hybridModel" #> [73737] "summary.hybridModel" #> [73738] "thetam" #> [73739] "thiefModel" #> [73740] "tsCombine" #> [73741] "tsPartition" #> [73742] "tsSubsetWithIndices" #> [73743] "unwrapParallelModels" #> [73744] "forecastSNSTS-package" #> [73745] "acfARp" #> [73746] "measure-of-accuracy" #> [73747] "plot.measure-of-accuracy" #> [73748] "predCoef" #> [73749] "ts-models-tvARMA" #> [73750] "Validation" #> [73751] "Metric" #> [73752] "expSmoot" #> [73753] "forecTheta-Package" #> [73754] "otm.arxiv" #> [73755] "Theta" #> [73756] "lookup.xport" #> [73757] "read.arff" #> [73758] "read.dbf" #> [73759] "read.dta" #> [73760] "read.epiinfo" #> [73761] "read.mtp" #> [73762] "read.octave" #> [73763] "read.spss" #> [73764] "read.ssd" #> [73765] "read.systat" #> [73766] "read.xport" #> [73767] "write.arff" #> [73768] "write.dbf" #> [73769] "write.dta" #> [73770] "write.foreign" #> [73771] "LR.ind" #> [73772] "Pevid.gen" #> [73773] "Pevid.ind" #> [73774] "Pevid.rel" #> [73775] "Pmatch" #> [73776] "forensim-package" #> [73777] "A2.simu" #> [73778] "A3.simu" #> [73779] "A4.simu" #> [73780] "changepop" #> [73781] "Cmn" #> [73782] "dataL" #> [73783] "findfreq" #> [73784] "Hbsimu" #> [73785] "lik.loc" #> [73786] "likestim" #> [73787] "likestim.loc" #> [73788] "likEvid" #> [73789] "LRmixTK" #> [73790] "mastermix" #> [73791] "mincontri" #> [73792] "N2error" #> [73793] "N2Exact" #> [73794] "naomitab" #> [73795] "nball" #> [73796] "ngm" #> [73797] "PV" #> [73798] "sgmNorway" #> [73799] "simMixSNP" #> [73800] "simPCR2" #> [73801] "simPCR2TK" #> [73802] "simufreqD" #> [73803] "simugeno" #> [73804] "constructor" #> [73805] "simumix" #> [73806] "simupopD" #> [73807] "strusa" #> [73808] "strveneto" #> [73809] "tabfreq" #> [73810] "Tu" #> [73811] "wrapdataL" #> [73812] "attributeCalculator" #> [73813] "attSel" #> [73814] "climdata" #> [73815] "exSpArgsVisual" #> [73816] "modCalibrator" #> [73817] "modelTag" #> [73818] "modSimulator" #> [73819] "oat_out" #> [73820] "performanceSpaces" #> [73821] "plotLayers" #> [73822] "quickSpace" #> [73823] "scenarioGenerator" #> [73824] "tankPerformance" #> [73825] "tankWrapper" #> [73826] "tank_obs" #> [73827] "tank_simpleScale_plot" #> [73828] "tank_simple_scenarios" #> [73829] "forestChange-package" #> [73830] "EBVmetric" #> [73831] "FCMosaic" #> [73832] "FCPolygon" #> [73833] "getGADM" #> [73834] "GFCurls" #> [73835] "HansenUrltoExtent" #> [73836] "plot.EBVmetric" #> [73837] "forestControl-package" #> [73838] "fpr_fs" #> [73839] "selection_freqs" #> [73840] "sft" #> [73841] "forestFloor-package" #> [73842] "append.overwrite.alists" #> [73843] "as.numeric.factor" #> [73844] "box.outliers" #> [73845] "convolute_ff" #> [73846] "convolute_ff2" #> [73847] "convolute_grid" #> [73848] "fcol" #> [73849] "forestFloor" #> [73850] "importanceExportWrapper" #> [73851] "plot.forestFloor" #> [73852] "plot_simplex3" #> [73853] "print.forestFloor" #> [73854] "recTree" #> [73855] "show3d" #> [73856] "vec.plot" #> [73857] "Xtestmerger" #> [73858] "ALS_CHM_CAU_2012" #> [73859] "ALS_CHM_CAU_2014" #> [73860] "ALS_CHM_DUC" #> [73861] "GapChangeDec" #> [73862] "GapSizeFDist" #> [73863] "GapSPDF" #> [73864] "GapsSpatPattern" #> [73865] "GapStats" #> [73866] "getForestGaps" #> [73867] "forestHES-package" #> [73868] "envdata" #> [73869] "fhes" #> [73870] "indexSystem" #> [73871] "longtowide" #> [73872] "mcIntosh" #> [73873] "preabs" #> [73874] "testIndex" #> [73875] "treedata" #> [73876] "vardis" #> [73877] "widetolong" #> [73878] "estTable" #> [73879] "forestinventory" #> [73880] "grisons" #> [73881] "mphase.gain" #> [73882] "onephase" #> [73883] "plot.esttable" #> [73884] "threephase" #> [73885] "zberg" #> [73886] "average_tree_curve" #> [73887] "bdq_meyer" #> [73888] "bias_per" #> [73889] "classify_site" #> [73890] "diameter_class" #> [73891] "dom_height" #> [73892] "est_clutter" #> [73893] "exfm1" #> [73894] "exfm10" #> [73895] "exfm11" #> [73896] "exfm12" #> [73897] "exfm13" #> [73898] "exfm14" #> [73899] "exfm15" #> [73900] "exfm16" #> [73901] "exfm17" #> [73902] "exfm18" #> [73903] "exfm19" #> [73904] "exfm2" #> [73905] "exfm20" #> [73906] "exfm21" #> [73907] "exfm22" #> [73908] "exfm3" #> [73909] "exfm4" #> [73910] "exfm5" #> [73911] "exfm6" #> [73912] "exfm7" #> [73913] "exfm8" #> [73914] "exfm9" #> [73915] "fit_clutter" #> [73916] "forest_structure" #> [73917] "graybill_f" #> [73918] "guide_curve" #> [73919] "huberwb" #> [73920] "huberwob" #> [73921] "ident_model" #> [73922] "lm_table" #> [73923] "nls_table" #> [73924] "npv_irr" #> [73925] "plot_summarise" #> [73926] "pow" #> [73927] "resid_plot" #> [73928] "rmse_per" #> [73929] "round_df" #> [73930] "similarity_matrix" #> [73931] "smalianwb" #> [73932] "smalianwob" #> [73933] "species_aggreg" #> [73934] "species_diversity" #> [73935] "sprs" #> [73936] "ss_diffs" #> [73937] "strs" #> [73938] "tree_summarise" #> [73939] "vertical_stratum" #> [73940] "vol_summarise" #> [73941] "%T>%" #> [73942] "default_forest_panels" #> [73943] "forest_breaks" #> [73944] "forest_model" #> [73945] "forest_panels" #> [73946] "forest_rma" #> [73947] "panel_forest_plot" #> [73948] "theme_forest" #> [73949] "forestplot-package" #> [73950] "fpColors" #> [73951] "fpDrawNormalCI" #> [73952] "fpLegend" #> [73953] "fpTxtGp" #> [73954] "getTicks" #> [73955] "HRQoL" #> [73956] "adjust_by_user" #> [73957] "calc_enl" #> [73958] "calc_gap_fraction" #> [73959] "calc_rugosity" #> [73960] "calc_rumple" #> [73961] "calc_tls_csc" #> [73962] "calc_tls_mean_leaf_ht" #> [73963] "calc_vai" #> [73964] "code_hits" #> [73965] "combine_variables" #> [73966] "csc_metrics" #> [73967] "get_transect_length" #> [73968] "make_matrix" #> [73969] "make_matrix_part_one" #> [73970] "make_matrix_part_two" #> [73971] "make_summary_matrix" #> [73972] "normalize_pcl" #> [73973] "osbs" #> [73974] "pcl_adjusted" #> [73975] "pcl_coded" #> [73976] "pcl_data" #> [73977] "pcl_diagnostic_plot" #> [73978] "pcl_matrix" #> [73979] "pcl_norm" #> [73980] "pcl_split" #> [73981] "pcl_summary" #> [73982] "pcl_vai" #> [73983] "plot_hit_grid" #> [73984] "plot_pavd" #> [73985] "process_multi_pcl" #> [73986] "process_pcl" #> [73987] "process_tls" #> [73988] "read_pcl" #> [73989] "read_pcl_multi" #> [73990] "split_transects_from_pcl" #> [73991] "write_hit_matrix_to_csv" #> [73992] "write_pcl_to_csv" #> [73993] "write_summary_matrix_to_csv" #> [73994] "forestSAS-package" #> [73995] "addmark.ppp" #> [73996] "crowding" #> [73997] "differ" #> [73998] "expandedge" #> [73999] "fsasN4" #> [74000] "ideal" #> [74001] "list_to_matrix" #> [74002] "mingling" #> [74003] "nnangle" #> [74004] "nnid" #> [74005] "nnIndex" #> [74006] "nnoverlap" #> [74007] "rebuild.ppp" #> [74008] "shrinkedge" #> [74009] "storeydvd" #> [74010] "tree.ppp" #> [74011] "uniform.angle" #> [74012] "CHMdemo" #> [74013] "ForestTools" #> [74014] "kootenayBlocks" #> [74015] "kootenayCHM" #> [74016] "kootenayCrowns" #> [74017] "kootenayTrees" #> [74018] "mcws" #> [74019] "quesnelBlocks" #> [74020] "quesnelCHM" #> [74021] "quesnelTrees" #> [74022] "sp_summarise" #> [74023] "vwf" #> [74024] "BdW" #> [74025] "customer_retention" #> [74026] "exltrend" #> [74027] "LCW" #> [74028] "persistency_data" #> [74029] "cast" #> [74030] "certify" #> [74031] "ForImp-package" #> [74032] "ForImp" #> [74033] "meanimp" #> [74034] "medianimp" #> [74035] "missingmat" #> [74036] "missingmat2" #> [74037] "missingness" #> [74038] "modeimp" #> [74039] "rancatmat" #> [74040] "transfmatcat" #> [74041] "vcosw" #> [74042] "ForIT-package" #> [74043] "INFCdomain" #> [74044] "INFCstats" #> [74045] "INFCvpe" #> [74046] "FormalSeries-package" #> [74047] "fseries-class" #> [74048] "rfseries" #> [74049] "rfseries-methods" #> [74050] "&-methods" #> [74051] "tidy_app" #> [74052] "tidy_dir" #> [74053] "tidy_eval" #> [74054] "tidy_source" #> [74055] "formattable-package" #> [74056] "accounting" #> [74057] "as.datatable" #> [74058] "as.datatable.formattable" #> [74059] "as.htmlwidget" #> [74060] "as.htmlwidget.formattable" #> [74061] "color_bar" #> [74062] "color_text" #> [74063] "color_tile" #> [74064] "comma" #> [74065] "csscolor" #> [74066] "formattable" #> [74067] "formattable.data.frame" #> [74068] "formattable.Date" #> [74069] "formattable.default" #> [74070] "formattable.factor" #> [74071] "formattable.logical" #> [74072] "formattable.numeric" #> [74073] "formattable.POSIXct" #> [74074] "formattable.POSIXlt" #> [74075] "formattableOutput" #> [74076] "formatter" #> [74077] "format_table" #> [74078] "icontext" #> [74079] "is.formattable" #> [74080] "normalize_bar" #> [74081] "proportion_bar" #> [74082] "qrank" #> [74083] "renderFormattable" #> [74084] "scientific" #> [74085] "vmap" #> [74086] "Formula" #> [74087] "model.frame.Formula" #> [74088] ".invert.single" #> [74089] "as.character.formula" #> [74090] "formula.parts" #> [74091] "get.vars" #> [74092] "is.one.sided" #> [74093] "op.type" #> [74094] "split_terms" #> [74095] "terms.call" #> [74096] "toggle.sign" #> [74097] "genericize" #> [74098] "predict.wrapped" #> [74099] "fortunes" #> [74100] "ar" #> [74101] "carinsuk" #> [74102] "carr" #> [74103] "cellular" #> [74104] "chapman" #> [74105] "derailme" #> [74106] "dialectric" #> [74107] "fwd.combn" #> [74108] "fwdglm" #> [74109] "fwdlm" #> [74110] "fwdsco" #> [74111] "hawkins" #> [74112] "kinetics" #> [74113] "leafpine" #> [74114] "lmsglm" #> [74115] "molar" #> [74116] "plot.fwdglm" #> [74117] "plot.fwdlm" #> [74118] "plot.fwdsco" #> [74119] "scglm" #> [74120] "score.s" #> [74121] "stackloss" #> [74122] "summary.fwdglm" #> [74123] "summary.fwdlm" #> [74124] "summary.fwdsco" #> [74125] "forwards" #> [74126] "useR2016" #> [74127] "ForwardSearch-package" #> [74128] "ForwardSearch.fit" #> [74129] "ForwardSearch.plot" #> [74130] "ForwardSearch.pointwise.asymptotics" #> [74131] "ForwardSearch.stopped" #> [74132] "Fulton" #> [74133] "fossil-package" #> [74134] "ACE" #> [74135] "aic.nest" #> [74136] "chao.sd" #> [74137] "chao.sorenson" #> [74138] "coi" #> [74139] "create.lats" #> [74140] "create.matrix" #> [74141] "deg.dist" #> [74142] "dino.mst" #> [74143] "earth.bear" #> [74144] "earth.dist" #> [74145] "earth.poly" #> [74146] "earth.tri" #> [74147] "ecol.dist" #> [74148] "int.chao" #> [74149] "jack1" #> [74150] "lats2Shape" #> [74151] "loc.map" #> [74152] "localoptima" #> [74153] "msn.map" #> [74154] "msn2Shape" #> [74155] "mstlines" #> [74156] "new.lat.long" #> [74157] "nmds.mst" #> [74158] "rand.index" #> [74159] "rclust" #> [74160] "rclust.dist" #> [74161] "rclust.null" #> [74162] "rclust.weights" #> [74163] "relational.clustering" #> [74164] "sac" #> [74165] "sim.occ" #> [74166] "spp.est" #> [74167] "tri.ineq" #> [74168] "beast.fbd.format" #> [74169] "count.fossils" #> [74170] "count.fossils.binned" #> [74171] "fossils" #> [74172] "fossils.to.BEAST.constraints" #> [74173] "fossils.to.BEAST.start.tree" #> [74174] "fossils.to.paleotree.record" #> [74175] "fossils.to.pyrate" #> [74176] "FossilSim" #> [74177] "get.tip.descs" #> [74178] "paleotree.record.to.fossils" #> [74179] "place.fossils" #> [74180] "plot.fossils" #> [74181] "plot.taxonomy" #> [74182] "prune.fossil.tips" #> [74183] "prune.fossils" #> [74184] "rangeplot.asymmetric" #> [74185] "reconcile.fossils.taxonomy" #> [74186] "remove.stem.fossils" #> [74187] "remove.stem.lineages" #> [74188] "sampled.tree.from.combined" #> [74189] "SAtree" #> [74190] "SAtree.from.fossils" #> [74191] "sim.anagenetic.species" #> [74192] "sim.cryptic.species" #> [74193] "sim.extant.samples" #> [74194] "sim.fbd.age" #> [74195] "sim.fbd.rateshift.taxa" #> [74196] "sim.fbd.taxa" #> [74197] "sim.fossils.environment" #> [74198] "sim.fossils.intervals" #> [74199] "sim.fossils.poisson" #> [74200] "sim.gradient" #> [74201] "sim.interval.ages" #> [74202] "sim.taxonomy" #> [74203] "sim.tip.samples" #> [74204] "sim.trait.values" #> [74205] "species.end" #> [74206] "species.start" #> [74207] "subsample.fossils.oldest" #> [74208] "subsample.fossils.oldest.and.youngest" #> [74209] "subsample.fossils.uniform" #> [74210] "subsample.fossils.youngest" #> [74211] "summary.taxonomy" #> [74212] "tree.max" #> [74213] "foto" #> [74214] "rspectrum" #> [74215] "FGf" #> [74216] "FourgameteP" #> [74217] "fourierin" #> [74218] "fourierin_1d" #> [74219] "fourierin_2d" #> [74220] "fourPNO-package" #> [74221] "Gibbs_2PNO" #> [74222] "Gibbs_4PNO" #> [74223] "min2LL_4pno" #> [74224] "Y_4pno_simulate" #> [74225] "AImove" #> [74226] "clicking" #> [74227] "clickingXY" #> [74228] "fbuttons" #> [74229] "FieldCorrect" #> [74230] "FieldGeneration" #> [74231] "FieldPlot" #> [74232] "FieldWinCheck" #> [74233] "FourScores" #> [74234] "getPlayerNames" #> [74235] "NewField" #> [74236] "painter" #> [74237] "plotlogo" #> [74238] "typing" #> [74239] "fpa-package" #> [74240] "ft2fp" #> [74241] "lineplot" #> [74242] "newdata" #> [74243] "plot_pattern" #> [74244] "2018-07-20" #> [74245] "fpc-package" #> [74246] "adcoord" #> [74247] "ancoord" #> [74248] "awcoord" #> [74249] "batcoord" #> [74250] "bhattacharyya.dist" #> [74251] "bhattacharyya.matrix" #> [74252] "calinhara" #> [74253] "cat2bin" #> [74254] "cdbw" #> [74255] "classifdist" #> [74256] "clucols" #> [74257] "clujaccard" #> [74258] "clusexpect" #> [74259] "cluster.stats" #> [74260] "cluster.varstats" #> [74261] "clusterboot" #> [74262] "cmahal" #> [74263] "con.comp" #> [74264] "cov.wml" #> [74265] "cvnn" #> [74266] "cweight" #> [74267] "dipp.tantrum" #> [74268] "diptest.multi" #> [74269] "discrcoord" #> [74270] "discrete.recode" #> [74271] "discrproj" #> [74272] "distancefactor" #> [74273] "distcritmulti" #> [74274] "dridgeline" #> [74275] "dudahart2" #> [74276] "extract.mixturepars" #> [74277] "findrep" #> [74278] "fixmahal" #> [74279] "fixreg" #> [74280] "flexmixedruns" #> [74281] "fpclusters" #> [74282] "itnumber" #> [74283] "jittervar" #> [74284] "kmeansCBI" #> [74285] "kmeansruns" #> [74286] "lcmixed" #> [74287] "localshape" #> [74288] "mahalanodisc" #> [74289] "mahalanofix" #> [74290] "mahalconf" #> [74291] "mergenormals" #> [74292] "mergeparameters" #> [74293] "minsize" #> [74294] "mixdens" #> [74295] "mixpredictive" #> [74296] "mvdcoord" #> [74297] "ncoord" #> [74298] "neginc" #> [74299] "nselectboot" #> [74300] "pamk" #> [74301] "piridge" #> [74302] "piridge.zeroes" #> [74303] "plotcluster" #> [74304] "prediction.strength" #> [74305] "randcmatrix" #> [74306] "randconf" #> [74307] "regmix" #> [74308] "rFace" #> [74309] "ridgeline" #> [74310] "ridgeline.diagnosis" #> [74311] "simmatrix" #> [74312] "solvecov" #> [74313] "sseg" #> [74314] "tdecomp" #> [74315] "tonedata" #> [74316] "unimodal.ind" #> [74317] "weightplots" #> [74318] "wfu" #> [74319] "zmisclassification.matrix" #> [74320] "easy" #> [74321] "fpca" #> [74322] "fpca.mle" #> [74323] "fpca.pred" #> [74324] "fpca.score" #> [74325] "prac" #> [74326] "FPCA2D-package" #> [74327] "FFT2FS_2D" #> [74328] "FPCA_2D_score_fast" #> [74329] "FPCA3D-package" #> [74330] "FFT2FS_3D" #> [74331] "FPCA_3D_score" #> [74332] "%>=%" #> [74333] "asymmetric20" #> [74334] "asymmetric3" #> [74335] "FPDC" #> [74336] "PDclust" #> [74337] "PDQ" #> [74338] "Silh" #> [74339] "TuckerFactors" #> [74340] "peek_count_lines" #> [74341] "peek_head" #> [74342] "peek_iconv" #> [74343] "peek_tail" #> [74344] "desraj" #> [74345] "describeInstance" #> [74346] "FPCOF" #> [74347] "FPI" #> [74348] "FPOF" #> [74349] "FPOFcontradictness" #> [74350] "generatePMML" #> [74351] "LFPOF" #> [74352] "MFPOF" #> [74353] "parsePMML" #> [74354] "plotRestrictedBarplot" #> [74355] "visualizeInstance" #> [74356] "WCFPOF" #> [74357] "WFPI" #> [74358] "WFPOF" #> [74359] "fPortfolio-package" #> [74360] "backtest-constructors" #> [74361] "backtest-extractors" #> [74362] "backtest-functions" #> [74363] "backtest-getMethods" #> [74364] "backtest-performance" #> [74365] "backtest-plots" #> [74366] "backtest-portfolio" #> [74367] "backtest-specification" #> [74368] "backtestStats" #> [74369] "data-sets" #> [74370] "fPFOLIOBACKTEST" #> [74371] "fPFOLIOCON" #> [74372] "fPFOLIODATA" #> [74373] "fPFOLIOSPEC" #> [74374] "fPFOLIOVAL" #> [74375] "fPORTFOLIO" #> [74376] "frontier-plot" #> [74377] "frontier-plotControl" #> [74378] "frontier-points" #> [74379] "mathprog-LP" #> [74380] "mathprog-NLP" #> [74381] "mathprog-QP" #> [74382] "methods-plot" #> [74383] "methods-show" #> [74384] "methods-summary" #> [74385] "monitor-stability" #> [74386] "portfolio-constraints" #> [74387] "portfolio-covEstimator" #> [74388] "portfolio-dataSets" #> [74389] "portfolio-efficientPortfolio" #> [74390] "portfolio-feasiblePortfolio" #> [74391] "portfolio-getData" #> [74392] "portfolio-getDefault" #> [74393] "portfolio-getPortfolio" #> [74394] "portfolio-getSpec" #> [74395] "portfolio-getVal" #> [74396] "portfolio-pfolioRisk" #> [74397] "portfolio-portfolioFrontier" #> [74398] "portfolio-portfolioSpec" #> [74399] "portfolio-riskPfolio" #> [74400] "portfolio-rollingPortfolios" #> [74401] "portfolio-setSpec" #> [74402] "risk-budgeting" #> [74403] "risk-surfaceRisk" #> [74404] "risk-ternaryMap" #> [74405] "solve-environment" #> [74406] "solver-ampl" #> [74407] "solver-family" #> [74408] "utils-methods" #> [74409] "weights-linePlot" #> [74410] "weights-piePlot" #> [74411] "weights-Slider" #> [74412] "weightsPlot" #> [74413] "ncparamF" #> [74414] "fpp-package" #> [74415] "a10" #> [74416] "ausair" #> [74417] "ausbeer" #> [74418] "austa" #> [74419] "austourists" #> [74420] "debitcards" #> [74421] "departures" #> [74422] "elecequip" #> [74423] "elecsales" #> [74424] "euretail" #> [74425] "fuel" #> [74426] "guinearice" #> [74427] "h02" #> [74428] "livestock" #> [74429] "melsyd" #> [74430] "sunspotarea" #> [74431] "usconsumption" #> [74432] "usmelec" #> [74433] "vn" #> [74434] "wmurders" #> [74435] "arrivals" #> [74436] "auscafe" #> [74437] "calls" #> [74438] "elecdemand" #> [74439] "gasoline" #> [74440] "hyndsight" #> [74441] "marathon" #> [74442] "maxtemp" #> [74443] "mens400" #> [74444] "prison" #> [74445] "qauselec" #> [74446] "qcement" #> [74447] "qgas" #> [74448] "uschange" #> [74449] "visnights" #> [74450] "fptdApprox-package" #> [74451] "Approx.cfpt.density" #> [74452] "Approx.fpt.density" #> [74453] "diffproc" #> [74454] "FPTL" #> [74455] "growth.intervals" #> [74456] "Integration.Steps" #> [74457] "is.fpt.density" #> [74458] "plot.fpt.density" #> [74459] "plot.fptl" #> [74460] "print.fpt.density" #> [74461] "report.fpt.density" #> [74462] "report.summary.fptl" #> [74463] "summary.fptl" #> [74464] "FPV-package" #> [74465] "fuzzy.p.value" #> [74466] "confint.fracdiff" #> [74467] "diffseries" #> [74468] "fdGPH" #> [74469] "fdSperio" #> [74470] "fracdiff" #> [74471] "fracdiff-methods" #> [74472] "fracdiff.sim" #> [74473] "fracdiff.var" #> [74474] "fracprolif-package" #> [74475] "ca1d.erlotinib" #> [74476] "ca1d.erlotinib.totals" #> [74477] "prolif_d" #> [74478] "prolif_fd" #> [74479] "prolif_fq" #> [74480] "prolif_q" #> [74481] "prolif_tot" #> [74482] "q.mle.emg.estimate" #> [74483] "q.mle.norm.estimate" #> [74484] "q.rates" #> [74485] "qrate-class" #> [74486] "qsurvival.nllik" #> [74487] "beamchaos" #> [74488] "chaoticInvariant" #> [74489] "corrDim" #> [74490] "determinism" #> [74491] "DFA" #> [74492] "ecgrr" #> [74493] "eda.plot" #> [74494] "eegduke" #> [74495] "embedSeries" #> [74496] "FDSimulate" #> [74497] "FDWhittle" #> [74498] "findNeighbors" #> [74499] "FNN" #> [74500] "FNS" #> [74501] "fractalBlock" #> [74502] "HDEst" #> [74503] "henon" #> [74504] "hurstACVF" #> [74505] "hurstBlock" #> [74506] "hurstSpec" #> [74507] "infoDim" #> [74508] "KDE" #> [74509] "lmACF" #> [74510] "lmConfidence" #> [74511] "lmConvert" #> [74512] "lmModel" #> [74513] "lmSDF" #> [74514] "lmSimulate" #> [74515] "localProjection" #> [74516] "lorenz" #> [74517] "lorenz.ode" #> [74518] "pd5si" #> [74519] "poincareMap" #> [74520] "RoverS" #> [74521] "spaceTime" #> [74522] "stationarity" #> [74523] "surrogate" #> [74524] "timeLag" #> [74525] "fractaldim-package" #> [74526] "fd.estim.method" #> [74527] "fd.estimate" #> [74528] "fd.get" #> [74529] "fd.get.available.methods" #> [74530] "get.rawFD.from.regression" #> [74531] "summary.FractalDim" #> [74532] "FractalParameterEstimation-package" #> [74533] "calcRamification" #> [74534] "createSmallerMatrix" #> [74535] "Data0201" #> [74536] "Data03025" #> [74537] "Data0501" #> [74538] "Data0603" #> [74539] "estimationFunction" #> [74540] "fillMatrix" #> [74541] "GSC" #> [74542] "GSC_seq" #> [74543] "increment" #> [74544] "potence" #> [74545] "simMatrix" #> [74546] "fractalrock-package" #> [74547] "fractal" #> [74548] "getPortfolioPrices" #> [74549] "plotReturns" #> [74550] "sampleGenerators" #> [74551] "sampleInitiators" #> [74552] "FRACTION-package" #> [74553] "fra" #> [74554] "fra.m" #> [74555] "fractional" #> [74556] "Math.fractional" #> [74557] "numerators" #> [74558] "Ops.fractional" #> [74559] "unfractional" #> [74560] "vfractional" #> [74561] "fragility.index" #> [74562] "logisticfragility" #> [74563] "revfragility.index" #> [74564] "survivalfragility" #> [74565] "Fragman-package" #> [74566] "arrange.jm" #> [74567] "best.layout" #> [74568] "big.peaks.col" #> [74569] "detect.ladder" #> [74570] "find.ladder" #> [74571] "get.scores" #> [74572] "homo.panel" #> [74573] "homogenize.to.parentals" #> [74574] "jm.conv" #> [74575] "ladder.corrector" #> [74576] "ladder.info.attach" #> [74577] "lapply_pb" #> [74578] "letter.to.jm" #> [74579] "my.plants" #> [74580] "num.to.lett" #> [74581] "overview2" #> [74582] "plot.fsa_stored" #> [74583] "pullup" #> [74584] "read.abif" #> [74585] "reals" #> [74586] "saturate" #> [74587] "score.markers" #> [74588] "storing.inds" #> [74589] "threshs" #> [74590] "transfft" #> [74591] "autoplot.emfrail" #> [74592] "ca_test" #> [74593] "emfrail" #> [74594] "emfrail_control" #> [74595] "emfrail_dist" #> [74596] "emfrail_pll" #> [74597] "logLik.emfrail" #> [74598] "plot.emfrail" #> [74599] "predict.emfrail" #> [74600] "residuals.emfrail" #> [74601] "summary.emfrail" #> [74602] "frailtyHL-package" #> [74603] "bladder0" #> [74604] "CmpRsk" #> [74605] "frailty.vs" #> [74606] "frailtyHL" #> [74607] "hlike.frailty" #> [74608] "jmfit" #> [74609] "jointmodeling" #> [74610] "mlmfit" #> [74611] "ren" #> [74612] "renal" #> [74613] "terminal" #> [74614] "new" #> [74615] "recurrent" #> [74616] "event)." #> [74617] "Joint" #> [74618] "model)," #> [74619] "right-censored" #> [74620] "interval-censored" #> [74621] "(only" #> [74622] "Cox" #> [74623] "tional" #> [74624] "hazard" #> [74625] "frailty" #> [74626] "model)" #> [74627] "allowed." #> [74628] "fects" #> [74629] "gamma" #> [74630] "distribution." #> [74631] "Now," #> [74632] "consider" #> [74633] "time-varying" #> [74634] "ates" #> [74635] "Cox," #> [74636] "(1-5)." #> [74637] "dance" #> [74638] "proportional" #> [74639] "16:30:03" #> [74640] "frailtypack-package" #> [74641] "additivePenal" #> [74642] "Cmeasures" #> [74643] "colorectal" #> [74644] "colorectalLongi" #> [74645] "dataAdditive" #> [74646] "dataMultiv" #> [74647] "dataNCC" #> [74648] "dataNested" #> [74649] "dataOvarian" #> [74650] "Diffepoce" #> [74651] "epoce" #> [74652] "event2" #> [74653] "frailtyPenal" #> [74654] "gastadj" #> [74655] "jointSurroPenal" #> [74656] "jointSurroPenalSimul" #> [74657] "jointSurroTKendall" #> [74658] "jointSurrSimul" #> [74659] "longiPenal" #> [74660] "multivPenal" #> [74661] "num.id" #> [74662] "plot.Diffepoce" #> [74663] "plot.epoce" #> [74664] "plot.frailtyPenal" #> [74665] "plot.jointNestedPenal" #> [74666] "plot.jointPenal" #> [74667] "plot.jointSurroPenal" #> [74668] "plot.longiPenal" #> [74669] "plot.multivPenal" #> [74670] "plot.nestedPenal" #> [74671] "plot.predFrailty" #> [74672] "plot.predJoint" #> [74673] "plot.predLongi" #> [74674] "plot.trivPenal" #> [74675] "plot.trivPenalNL" #> [74676] "predict.jointSurroPenal" #> [74677] "print.additivePenal" #> [74678] "print.Cmeasures" #> [74679] "print.frailtyPenal" #> [74680] "print.jointNestedPenal" #> [74681] "print.jointPenal" #> [74682] "print.longiPenal" #> [74683] "print.multivPenal" #> [74684] "print.nestedPenal" #> [74685] "print.prediction" #> [74686] "print.trivPenal" #> [74687] "print.trivPenalNL" #> [74688] "readmission" #> [74689] "ste" #> [74690] "subcluster" #> [74691] "summary.additivePenal" #> [74692] "summary.frailtyPenal" #> [74693] "summary.jointNestedPenal" #> [74694] "summary.jointPenal" #> [74695] "summary.jointSurroPenal" #> [74696] "summary.jointSurroPenalSimul" #> [74697] "summary.longiPenal" #> [74698] "summary.multivPenal" #> [74699] "summary.nestedPenal" #> [74700] "summary.trivPenal" #> [74701] "summary.trivPenalNL" #> [74702] "SurvIC" #> [74703] "timedep" #> [74704] "trivPenal" #> [74705] "trivPenalNL" #> [74706] "fitfrail" #> [74707] "fitfrail.control" #> [74708] "frailtySurv" #> [74709] "genfrail" #> [74710] "genfrail.control" #> [74711] "hdfail" #> [74712] "plot.fitfrail" #> [74713] "plot.simfrail" #> [74714] "simcoxph" #> [74715] "simfrail" #> [74716] "summary.fitfrail" #> [74717] "vcov.fitfrail" #> [74718] "frair-package" #> [74719] "bythotrephes" #> [74720] "drawpoly" #> [74721] "frair-deprecated" #> [74722] "frair_boot" #> [74723] "frair_boot_methods" #> [74724] "frair_compare" #> [74725] "frair_fit" #> [74726] "frair_fit_methods" #> [74727] "frair_responses" #> [74728] "frair_test" #> [74729] "fr_emdII" #> [74730] "fr_flexp" #> [74731] "fr_flexpnr" #> [74732] "fr_hassIII" #> [74733] "fr_hassIIInr" #> [74734] "fr_hollingsII" #> [74735] "fr_rogersII" #> [74736] "fr_typeI" #> [74737] "gammarus" #> [74738] "Framboids_growth" #> [74739] "Sunflowers_growth" #> [74740] "BKA" #> [74741] "CalDF" #> [74742] "CalSF" #> [74743] "CovHT" #> [74744] "Dat" #> [74745] "DatA" #> [74746] "DatB" #> [74747] "DatMA" #> [74748] "DatMB" #> [74749] "DatPopM" #> [74750] "Domains" #> [74751] "FB" #> [74752] "Hartley" #> [74753] "HT" #> [74754] "JackBKA" #> [74755] "JackCalDF" #> [74756] "JackCalSF" #> [74757] "JackFB" #> [74758] "JackHartley" #> [74759] "JackMLCDF" #> [74760] "JackMLCDW" #> [74761] "JackMLCSW" #> [74762] "JackMLDF" #> [74763] "JackMLDW" #> [74764] "JackMLSW" #> [74765] "JackPEL" #> [74766] "JackPML" #> [74767] "JackSFRR" #> [74768] "MLCDF" #> [74769] "MLCDW" #> [74770] "MLCSW" #> [74771] "MLDF" #> [74772] "MLDW" #> [74773] "MLSW" #> [74774] "PEL" #> [74775] "PiklA" #> [74776] "PiklB" #> [74777] "PML" #> [74778] "SFRR" #> [74779] "VarHT" #> [74780] "WeightsCalDF" #> [74781] "WeightsCalSF" #> [74782] "franc" #> [74783] "franc_all" #> [74784] "speakers" #> [74785] "BookEx" #> [74786] "capser" #> [74787] "DivMeasures" #> [74788] "ESCBFX" #> [74789] "EuroStoxx50" #> [74790] "FTSE100" #> [74791] "INDTRACK1" #> [74792] "INDTRACK2" #> [74793] "INDTRACK3" #> [74794] "INDTRACK4" #> [74795] "INDTRACK5" #> [74796] "INDTRACK6" #> [74797] "MIBTEL" #> [74798] "MultiAsset" #> [74799] "NASDAQ" #> [74800] "PAveDD" #> [74801] "PCDaR" #> [74802] "PERC" #> [74803] "PGMV" #> [74804] "PMaxDD" #> [74805] "PMD" #> [74806] "PMinCDaR" #> [74807] "PMTD" #> [74808] "PortAdd-class" #> [74809] "PortCdd-class" #> [74810] "PortDD-class" #> [74811] "PortMdd-class" #> [74812] "PortSol-class" #> [74813] "returnconvert" #> [74814] "returnseries" #> [74815] "sqrm" #> [74816] "StockIndex" #> [74817] "StockIndexAdj" #> [74818] "StockIndexAdjD" #> [74819] "tdc" #> [74820] "trdbilson" #> [74821] "trdbinary" #> [74822] "trdes" #> [74823] "trdhp" #> [74824] "trdsma" #> [74825] "trdwma" #> [74826] "example_dataset" #> [74827] "exclude" #> [74828] "frapplot" #> [74829] "frapprocess" #> [74830] "frbs-package" #> [74831] "ANFIS" #> [74832] "ANFIS.update" #> [74833] "data.gen3d" #> [74834] "defuzzifier" #> [74835] "DENFIS" #> [74836] "DENFIS.eng" #> [74837] "denorm.data" #> [74838] "DM.update" #> [74839] "ECM" #> [74840] "FH.GBML" #> [74841] "FIR.DM" #> [74842] "FRBCS.CHI" #> [74843] "FRBCS.eng" #> [74844] "FRBCS.W" #> [74845] "frbs.eng" #> [74846] "frbs.gen" #> [74847] "frbs.learn" #> [74848] "frbsData" #> [74849] "frbsObjectFactory" #> [74850] "frbsPMML" #> [74851] "FS.HGD" #> [74852] "fuzzifier" #> [74853] "GFS.FR.MOGUL" #> [74854] "GFS.FR.MOGUL.test" #> [74855] "GFS.GCCL" #> [74856] "GFS.GCCL.eng" #> [74857] "GFS.LT.RS" #> [74858] "GFS.LT.RS.test" #> [74859] "GFS.Thrift" #> [74860] "GFS.Thrift.test" #> [74861] "HGD.update" #> [74862] "HyFIS" #> [74863] "HyFIS.update" #> [74864] "norm.data" #> [74865] "predict.frbs" #> [74866] "read.frbsPMML" #> [74867] "rulebase" #> [74868] "SBC" #> [74869] "SBC.test" #> [74870] "SLAVE" #> [74871] "SLAVE.test" #> [74872] "summary.frbs" #> [74873] "WM" #> [74874] "write.frbsPMML" #> [74875] "FRCC-package" #> [74876] "custom.draw.circle" #> [74877] "frcc" #> [74878] "generate_multivariate_normal_sample" #> [74879] "microRNAs" #> [74880] "off.diagonal.lambda" #> [74881] "plot_units" #> [74882] "plot_variables" #> [74883] "rearrange.frcc" #> [74884] "soilspec" #> [74885] "Topoisomerase_II_Inhibitors" #> [74886] "fredr_category" #> [74887] "fredr_category_children" #> [74888] "fredr_category_related" #> [74889] "fredr_category_related_tags" #> [74890] "fredr_category_series" #> [74891] "fredr_category_tags" #> [74892] "fredr_docs" #> [74893] "fredr_endpoints" #> [74894] "fredr_related_tags" #> [74895] "fredr_release" #> [74896] "fredr_releases" #> [74897] "fredr_releases_dates" #> [74898] "fredr_release_dates" #> [74899] "fredr_release_related_tags" #> [74900] "fredr_release_series" #> [74901] "fredr_release_sources" #> [74902] "fredr_release_tables" #> [74903] "fredr_release_tags" #> [74904] "fredr_request" #> [74905] "fredr_series" #> [74906] "fredr_series_categories" #> [74907] "fredr_series_observations" #> [74908] "fredr_series_release" #> [74909] "fredr_series_search_related_tags" #> [74910] "fredr_series_search_tags" #> [74911] "fredr_series_search_text" #> [74912] "fredr_series_tags" #> [74913] "fredr_series_updates" #> [74914] "fredr_series_vintagedates" #> [74915] "fredr_set_key" #> [74916] "fredr_source" #> [74917] "fredr_sources" #> [74918] "fredr_source_releases" #> [74919] "fredr_tags" #> [74920] "fredr_tags_series" #> [74921] "freegroup-package" #> [74922] "abelianize" #> [74923] "abs.free" #> [74924] "backwards" #> [74925] "char_to_free" #> [74926] "cumsum" #> [74927] "cycred" #> [74928] "getlet" #> [74929] "identity" #> [74930] "Ops.free" #> [74931] "rfree" #> [74932] "subs" #> [74933] "tietze" #> [74934] "freeknotspline-package" #> [74935] "chgbasismat" #> [74936] "coef.freekt" #> [74937] "fit.search.numknots" #> [74938] "fitcriteria" #> [74939] "fitted.freekt" #> [74940] "freeknotfit" #> [74941] "plot.freekt" #> [74942] "residuals.freekt" #> [74943] "summary.freekt" #> [74944] "FreeSortR-package" #> [74945] "AromaSort" #> [74946] "AromaTerms" #> [74947] "ConsensusPartition" #> [74948] "Cooccurrences" #> [74949] "DescriptionPartition" #> [74950] "Dissimil" #> [74951] "DissTot" #> [74952] "getPartition" #> [74953] "getPercent" #> [74954] "getStress" #> [74955] "MdsDimChoice" #> [74956] "MdsDiss" #> [74957] "MdsSort" #> [74958] "nGroups" #> [74959] "plotMds" #> [74960] "plotTerms" #> [74961] "RandIndex" #> [74962] "ReadSortFile" #> [74963] "SortingMds-class" #> [74964] "SortingPartition" #> [74965] "SortingPartition-class" #> [74966] "adaBoost" #> [74967] "classify.ab" #> [74968] "classify.default" #> [74969] "classify.ds" #> [74970] "classify.pt" #> [74971] "cost.01" #> [74972] "cost.mse" #> [74973] "cv.work" #> [74974] "decisionStump" #> [74975] "fakedata" #> [74976] "freestats" #> [74977] "perceptrain" #> [74978] "aparcstats2table" #> [74979] "aparcstats2table.help" #> [74980] "aparcs_to_bg" #> [74981] "asegstats2table" #> [74982] "asegstats2table.help" #> [74983] "checkmnc-methods" #> [74984] "check_fs_result" #> [74985] "construct_subj_dir" #> [74986] "convert_surface" #> [74987] "freesurferdir" #> [74988] "freesurfer_read3" #> [74989] "freesurfer_read3_con" #> [74990] "freesurfer_read_curv" #> [74991] "freesurfer_read_surf" #> [74992] "fs_cmd" #> [74993] "fs_help" #> [74994] "fs_imgext" #> [74995] "fs_lut" #> [74996] "fs_subj_dir" #> [74997] "fs_version" #> [74998] "get_fs" #> [74999] "get_fs_output" #> [75000] "have_fs" #> [75001] "mnc2nii" #> [75002] "mnc2nii.help" #> [75003] "mris_convert" #> [75004] "mris_convert.help" #> [75005] "mris_convert_annot" #> [75006] "mris_convert_curv" #> [75007] "mris_convert_normals" #> [75008] "mris_convert_vertex" #> [75009] "mris_euler_number" #> [75010] "mris_euler_number.help" #> [75011] "mri_convert" #> [75012] "mri_convert.help" #> [75013] "mri_info" #> [75014] "mri_info.help" #> [75015] "mri_mask" #> [75016] "mri_mask.help" #> [75017] "mri_normalize" #> [75018] "mri_normalize.help" #> [75019] "mri_segment" #> [75020] "mri_segment.help" #> [75021] "mri_surf2surf" #> [75022] "mri_surf2surf.help" #> [75023] "mri_watershed" #> [75024] "mri_watershed.help" #> [75025] "nii2mnc" #> [75026] "nii2mnc.help" #> [75027] "nu_correct" #> [75028] "nu_correct.help" #> [75029] "readmgz" #> [75030] "readmnc" #> [75031] "read_aseg_stats" #> [75032] "read_fs_label" #> [75033] "read_fs_table" #> [75034] "reconner" #> [75035] "recon_all" #> [75036] "recon_con1" #> [75037] "run_check_fs_cmd" #> [75038] "set_fs_subj_dir" #> [75039] "surface_to_obj" #> [75040] "surface_to_triangles" #> [75041] "surf_convert" #> [75042] "tracker" #> [75043] "trac_all" #> [75044] "trac_prep" #> [75045] "font_info" #> [75046] "fRegression-package" #> [75047] "fREG-class" #> [75048] "regFit" #> [75049] "RegressionTestsInterface" #> [75050] "regSim" #> [75051] "termPlot" #> [75052] "terms-methods" #> [75053] "air" #> [75054] "cv.ff.interaction" #> [75055] "cv.fof.spike" #> [75056] "cv.fof.wv" #> [75057] "cv.hd" #> [75058] "cv.msof" #> [75059] "cv.msof.hd" #> [75060] "cv.nonlinear" #> [75061] "cv.sigcom" #> [75062] "cv.sof.spike" #> [75063] "getcoef.ff.interaction" #> [75064] "getcoef.hd" #> [75065] "getcoef.nonlinear" #> [75066] "getcoef.sigcom" #> [75067] "ocean" #> [75068] "Pork" #> [75069] "pred.ff.interaction" #> [75070] "pred.fof.spike" #> [75071] "pred.fof.wv" #> [75072] "pred.hd" #> [75073] "pred.msof" #> [75074] "pred.msof.hd" #> [75075] "pred.nonlinear" #> [75076] "pred.sigcom" #> [75077] "pred.sof.spike" #> [75078] "step.ff.interaction" #> [75079] "FREQ-package" #> [75080] "freqdist" #> [75081] "freqdom-package" #> [75082] "cov.structure" #> [75083] "dpca" #> [75084] "dpca.filters" #> [75085] "dpca.KLexpansion" #> [75086] "dpca.scores" #> [75087] "dpca.var" #> [75088] "filter.process" #> [75089] "fourier.inverse" #> [75090] "fourier.transform" #> [75091] "freqdom" #> [75092] "freqdom.eigen" #> [75093] "is.freqdom" #> [75094] "is.timedom" #> [75095] "rar" #> [75096] "rma" #> [75097] "spectral.density" #> [75098] "timedom" #> [75099] "timedom.norms" #> [75100] "timedom.trunc" #> [75101] "freqdom.fda-package" #> [75102] "fts.cov.structure" #> [75103] "fts.dpca" #> [75104] "fts.dpca.filters" #> [75105] "fts.dpca.KLexpansion" #> [75106] "fts.dpca.scores" #> [75107] "fts.dpca.var" #> [75108] "fts.freqdom" #> [75109] "fts.plot.covariance" #> [75110] "fts.plot.filters" #> [75111] "fts.plot.operators" #> [75112] "fts.rar" #> [75113] "fts.rma" #> [75114] "fts.spectral.density" #> [75115] "fts.timedom" #> [75116] "is.fts.freqdom" #> [75117] "is.fts.timedom" #> [75118] "pm10" #> [75119] "freqparcoord" #> [75120] "mlb" #> [75121] "newadult" #> [75122] "oliveoils" #> [75123] "posjitter" #> [75124] "prgeng" #> [75125] "regdiag" #> [75126] "rmixmvnorm" #> [75127] "smoothz" #> [75128] "approxm" #> [75129] "cor.testm" #> [75130] "freqprof" #> [75131] "ggplot_fp" #> [75132] "import_data" #> [75133] "ks.testm" #> [75134] "movfun" #> [75135] "plot_freqprof" #> [75136] "radj" #> [75137] "read.bin" #> [75138] "read.fpw" #> [75139] "runEx" #> [75140] "s58" #> [75141] "big5" #> [75142] "collapseBounds" #> [75143] "collapseBounds.list_of_spills" #> [75144] "collapseBounds.spillover_table" #> [75145] "exampleSim" #> [75146] "fftFEVD" #> [75147] "fftGenFEVD" #> [75148] "from.list_of_spills" #> [75149] "from.spillover_table" #> [75150] "genFEVD" #> [75151] "getIndeces" #> [75152] "net.list_of_spills" #> [75153] "net.spillover_table" #> [75154] "overall" #> [75155] "overall.list_of_spills" #> [75156] "overall.spillover_table" #> [75157] "pairwise.list_of_spills" #> [75158] "pairwise.spillover_table" #> [75159] "plotFrom" #> [75160] "plotFrom.list_of_spills" #> [75161] "plotNet" #> [75162] "plotNet.list_of_spills" #> [75163] "plotOverall" #> [75164] "plotOverall.list_of_spills" #> [75165] "plotPairwise" #> [75166] "plotPairwise.list_of_spills" #> [75167] "plotTo" #> [75168] "plotTo.list_of_spills" #> [75169] "print.list_of_spills" #> [75170] "print.spillover_table" #> [75171] "spillover" #> [75172] "spilloverBK09" #> [75173] "spilloverBK12" #> [75174] "spilloverDY09" #> [75175] "spilloverDY12" #> [75176] "spilloverFft" #> [75177] "spilloverRolling" #> [75178] "spilloverRollingBK09" #> [75179] "spilloverRollingBK12" #> [75180] "spilloverRollingDY09" #> [75181] "spilloverRollingDY12" #> [75182] "to.list_of_spills" #> [75183] "to.spillover_table" #> [75184] "volatilities" #> [75185] "plot_svd" #> [75186] "sketching" #> [75187] "FRESA.CAD-package" #> [75188] "backVarElimination_Bin" #> [75189] "backVarElimination_Res" #> [75190] "barPlotCiError" #> [75191] "benchmarking" #> [75192] "bootstrapValidation_Bin" #> [75193] "bootstrapValidation_Res" #> [75194] "bootstrapVarElimination_Bin" #> [75195] "bootstrapVarElimination_Res" #> [75196] "BSWiMS.model" #> [75197] "cancerVarNames" #> [75198] "crossValidationFeatureSelection_Bin" #> [75199] "crossValidationFeatureSelection_Res" #> [75200] "CVsignature" #> [75201] "EmpiricalSurvDiff" #> [75202] "ensemblePredict" #> [75203] "featureAdjustment" #> [75204] "FilterUnivariate" #> [75205] "ForwardSelection.Model.Bin" #> [75206] "ForwardSelection.Model.Res" #> [75207] "FRESA.Model" #> [75208] "FRESAScale" #> [75209] "getKNNpredictionFromFormula" #> [75210] "getSignature" #> [75211] "getVar.Bin" #> [75212] "getVar.Res" #> [75213] "heatMaps" #> [75214] "improvedResiduals" #> [75215] "KNN_method" #> [75216] "LASSO" #> [75217] "listTopCorrelatedVariables" #> [75218] "LM_RIDGE_MIN" #> [75219] "modelFitting" #> [75220] "mRMR.classic_FRESA" #> [75221] "NAIVE_BAYES" #> [75222] "nearestNeighborImpute" #> [75223] "plot.bootstrapValidation_Bin" #> [75224] "plot.bootstrapValidation_Res" #> [75225] "plot.FRESA_benchmark" #> [75226] "plotModels.ROC" #> [75227] "predict.fitFRESA" #> [75228] "predict.FRESAKNN" #> [75229] "predict.FRESAsignature" #> [75230] "predict.FRESA_LASSO" #> [75231] "predict.FRESA_NAIVEBAYES" #> [75232] "predict.FRESA_RIDGE" #> [75233] "predictionStats" #> [75234] "randomCV" #> [75235] "rankInverseNormalDataFrame" #> [75236] "reportEquivalentVariables" #> [75237] "residualForFRESA" #> [75238] "signatureDistance" #> [75239] "summary.bootstrapValidation_Bin" #> [75240] "summary.fitFRESA" #> [75241] "summaryReport" #> [75242] "timeSerieAnalysis" #> [75243] "uniRankVar" #> [75244] "univariateRankVariables" #> [75245] "update.uniRankVar" #> [75246] "updateModel.Bin" #> [75247] "updateModel.Res" #> [75248] "FrF2-package" #> [75249] "add.center" #> [75250] "blockpick" #> [75251] "BsProb.design" #> [75252] "CatalogueAccessors" #> [75253] "CIG" #> [75254] "compromise" #> [75255] "cubePlot" #> [75256] "estimable.2fis" #> [75257] "fold.design" #> [75258] "FrF2" #> [75259] "FrF2Large" #> [75260] "IAPlot" #> [75261] "pb" #> [75262] "splitplot" #> [75263] "StructurePickers" #> [75264] "FrF2.catlg128-package" #> [75265] "Catalogues" #> [75266] "Zammit-Mangion" #> [75267] "2018-07-13" #> [75268] "17:00:09" #> [75269] "FRK-package" #> [75270] "AIRS_05_2003" #> [75271] "auto_basis" #> [75272] "auto_BAUs" #> [75273] "Basis_obj-class" #> [75274] "BAUs_from_points" #> [75275] "data.frame<-" #> [75276] "df_to_SpatialPolygons" #> [75277] "dist-matrix" #> [75278] "draw_world" #> [75279] "eval_basis" #> [75280] "FRK" #> [75281] "info_fit" #> [75282] "initialize,manifold-method" #> [75283] "isea3h" #> [75284] "local_basis" #> [75285] "manifold" #> [75286] "measure-class" #> [75287] "nbasis" #> [75288] "NOAA_df_1990" #> [75289] "nres" #> [75290] "opts_FRK" #> [75291] "plane" #> [75292] "plotting-themes" #> [75293] "real_line" #> [75294] "remove_basis" #> [75295] "show_basis" #> [75296] "SpatialPolygonsDataFrame_to_df" #> [75297] "SRE-class" #> [75298] "STplane" #> [75299] "STsphere" #> [75300] "TensorP" #> [75301] "worldmap" #> [75302] "fRLR-package" #> [75303] "frlr" #> [75304] "frlr1" #> [75305] "frlr2" #> [75306] "frm-package" #> [75307] "frm" #> [75308] "frm.ggoff" #> [75309] "frm.pe" #> [75310] "frm.ptest" #> [75311] "frm.reset" #> [75312] "frmhet-package" #> [75313] "frmhet" #> [75314] "frmhet.pe" #> [75315] "frmhet.reset" #> [75316] "frmpd-package" #> [75317] "frmpd" #> [75318] "frmqa-package" #> [75319] "Bell" #> [75320] "besselK_inc_clo" #> [75321] "besselK_inc_err" #> [75322] "besselK_inc_ite" #> [75323] "CalIncLapInt" #> [75324] "derivErfc" #> [75325] "gamma_inc_err" #> [75326] "pgig" #> [75327] "fromo-package" #> [75328] "accessor" #> [75329] "as.centcosums" #> [75330] "as.centsums" #> [75331] "c.centcosums" #> [75332] "c.centsums" #> [75333] "cent2raw" #> [75334] "centcosums-accessor" #> [75335] "centcosums-class" #> [75336] "centsums-class" #> [75337] "cent_cosums" #> [75338] "cent_sums" #> [75339] "fromo-NEWS" #> [75340] "running_apx_quantiles" #> [75341] "running_centered" #> [75342] "running_sd3" #> [75343] "running_sum" #> [75344] "sd3" #> [75345] "t_running_apx_quantiles" #> [75346] "t_running_centered" #> [75347] "t_running_sd3" #> [75348] "t_running_sum" #> [75349] "%-%,centcosums,centcosums-method" #> [75350] "%-%" #> [75351] "coef.front41Output" #> [75352] "coef.frontier" #> [75353] "coef.summary.frontier" #> [75354] "efficiencies.frontier" #> [75355] "elas.frontierQuad" #> [75356] "fitted.frontier" #> [75357] "front41Data" #> [75358] "front41Est" #> [75359] "front41ReadOutput" #> [75360] "front41WriteInput" #> [75361] "frontierQuad" #> [75362] "frontierTranslogRay" #> [75363] "logLik.frontier" #> [75364] "lrtest.frontier" #> [75365] "resettestFrontier" #> [75366] "residuals.frontier" #> [75367] "riceProdPhil" #> [75368] "summary.front41Output" #> [75369] "summary.frontier" #> [75370] "telecom" #> [75371] "vcov.frontier" #> [75372] "frontiles-package" #> [75373] "alphafrontier.2d" #> [75374] "alphafrontier.3d" #> [75375] "alphascore" #> [75376] "burposte" #> [75377] "ordermfrontier.2d" #> [75378] "ordermscore" #> [75379] "ordermscore.boot" #> [75380] "ROCscore" #> [75381] "buildFAO" #> [75382] "buildFAOTemp" #> [75383] "buildMdz" #> [75384] "calcDewPoint" #> [75385] "calcDewPoint.A" #> [75386] "calcDewPoint.B" #> [75387] "calcDewPoint.C" #> [75388] "convert.temperature" #> [75389] "predFAO" #> [75390] "predMdz" #> [75391] "bin" #> [75392] "frt" #> [75393] "frt.paired" #> [75394] "shoes" #> [75395] "tomatoes" #> [75396] "dir_ls" #> [75397] "dir_tree" #> [75398] "file_access" #> [75399] "file_chmod" #> [75400] "file_chown" #> [75401] "file_info" #> [75402] "file_move" #> [75403] "file_show" #> [75404] "file_temp" #> [75405] "file_touch" #> [75406] "fs_bytes" #> [75407] "fs_path" #> [75408] "fs_perms" #> [75409] "is_absolute_path" #> [75410] "is_file" #> [75411] "link_path" #> [75412] "path_expand" #> [75413] "path_file" #> [75414] "path_filter" #> [75415] "path_math" #> [75416] "path_package" #> [75417] "path_sanitize" #> [75418] "path_tidy" #> [75419] "addZeroCatch" #> [75420] "ageBias" #> [75421] "agePrecision" #> [75422] "alkAgeDist" #> [75423] "alkIndivAge" #> [75424] "alkMeanVar" #> [75425] "alkPlot" #> [75426] "BluegillJL" #> [75427] "BrookTroutTH" #> [75428] "capHistConvert" #> [75429] "capHistSum" #> [75430] "catchCurve" #> [75431] "chapmanRobson" #> [75432] "ChinookArg" #> [75433] "chooseColors" #> [75434] "CodNorwegian" #> [75435] "col2rgbt" #> [75436] "compIntercepts" #> [75437] "compSlopes" #> [75438] "confint.nlsBoot" #> [75439] "CutthroatAL" #> [75440] "depletion" #> [75441] "diags" #> [75442] "dunnTest" #> [75443] "Ecoli" #> [75444] "expandCounts" #> [75445] "expandLenFreq" #> [75446] "extraTests" #> [75447] "fact2num" #> [75448] "fishR" #> [75449] "fitPlot" #> [75450] "FSA" #> [75451] "fsaNews" #> [75452] "FSAUtils" #> [75453] "growthModels" #> [75454] "hist.formula" #> [75455] "histFromSum" #> [75456] "hoCoef" #> [75457] "hyperCI" #> [75458] "jolly" #> [75459] "kCounts" #> [75460] "ksTest" #> [75461] "lagratio" #> [75462] "lencat" #> [75463] "logbtcf" #> [75464] "lwCompPreds" #> [75465] "mapvalues" #> [75466] "Mirex" #> [75467] "Mmethods" #> [75468] "mrClosed" #> [75469] "nlsTracePlot" #> [75470] "oddeven" #> [75471] "perc" #> [75472] "PikeNY" #> [75473] "PikeNYPartial1" #> [75474] "plotAB" #> [75475] "plotBinResp" #> [75476] "poiCI" #> [75477] "psdAdd" #> [75478] "psdCalc" #> [75479] "psdCI" #> [75480] "PSDlit" #> [75481] "psdPlot" #> [75482] "psdVal" #> [75483] "rcumsum" #> [75484] "removal" #> [75485] "residPlot" #> [75486] "rSquared" #> [75487] "Schnute" #> [75488] "SMBassLS" #> [75489] "SMBassWB" #> [75490] "SpotVA1" #> [75491] "srStarts" #> [75492] "stockRecruitment" #> [75493] "Summarize" #> [75494] "sumTable" #> [75495] "tictactoe" #> [75496] "validn" #> [75497] "vbStarts" #> [75498] "WhitefishLC" #> [75499] "WR79" #> [75500] "wrAdd" #> [75501] "WSlit" #> [75502] "wsVal" #> [75503] "AfricanRivers" #> [75504] "AHerringChile" #> [75505] "AlewifeLH" #> [75506] "AnchovetaChile" #> [75507] "BassFL" #> [75508] "BGHRfish" #> [75509] "BGHRsample" #> [75510] "BlackDrum2001" #> [75511] "BloaterLH" #> [75512] "BlueCatfish" #> [75513] "BlueCrab" #> [75514] "BluefishAge" #> [75515] "BluegillIL" #> [75516] "BluegillLM" #> [75517] "BluntnoseIL1" #> [75518] "Bonito" #> [75519] "BrookTroutNC" #> [75520] "BrookTroutNEWP" #> [75521] "BrookTroutNEWP1" #> [75522] "BrookTroutOnt" #> [75523] "BrownTroutVC1" #> [75524] "BSkateGB" #> [75525] "BullTroutRML1" #> [75526] "BullTroutRML2" #> [75527] "BullTroutTC" #> [75528] "Cabezon" #> [75529] "Casselman1990" #> [75530] "CCatfishNB" #> [75531] "ChinookKR" #> [75532] "CiscoTL" #> [75533] "CrappieARMS" #> [75534] "CreekChub" #> [75535] "CreelMN" #> [75536] "Croaker1" #> [75537] "Croaker2" #> [75538] "CutthroatALf" #> [75539] "DarterMahon" #> [75540] "DarterOnt" #> [75541] "Deckeretal1999" #> [75542] "EuroPerchTJ" #> [75543] "FHCatfish" #> [75544] "FHCatfishATL" #> [75545] "FSAdata" #> [75546] "FWDrumLE1" #> [75547] "FWDrumLE2" #> [75548] "Ghats" #> [75549] "GreensCreekMine" #> [75550] "Hake" #> [75551] "HalibutPAC" #> [75552] "Herman" #> [75553] "HerringBWE" #> [75554] "HerringISS" #> [75555] "HumpbackWFCR" #> [75556] "InchLake1" #> [75557] "InchLake2" #> [75558] "JobfishSIO" #> [75559] "JonesStockwell" #> [75560] "Jonubi1" #> [75561] "Jonubi2" #> [75562] "KingCrabAK" #> [75563] "LakeTroutALTER" #> [75564] "LakeTroutEggs" #> [75565] "LakeTroutGIS" #> [75566] "LakeTroutMI" #> [75567] "Lizardfish" #> [75568] "LJCisco" #> [75569] "LMBassBL" #> [75570] "LMBassLCB" #> [75571] "LobsterHI" #> [75572] "LobsterPEI" #> [75573] "Menhaden1" #> [75574] "Morwong1" #> [75575] "Morwong2" #> [75576] "Morwong3" #> [75577] "Morwong4" #> [75578] "Morwong4a" #> [75579] "Mosquitofish" #> [75580] "MulletBS" #> [75581] "MuskieSLR" #> [75582] "MuskieWI06MR" #> [75583] "Pallid" #> [75584] "Pathfinder" #> [75585] "PikeHL" #> [75586] "PikeIL" #> [75587] "PikeNYPartial2" #> [75588] "PikeWindermere" #> [75589] "PSalmonAK" #> [75590] "PygmyWFBC" #> [75591] "RBSmeltErie" #> [75592] "RBSmeltLM" #> [75593] "RBTroutKenai" #> [75594] "RBTroutUNSP" #> [75595] "RedDrum" #> [75596] "Riffleshell" #> [75597] "RockBassCL" #> [75598] "RockBassLO1" #> [75599] "RockBassLO2" #> [75600] "RuffeSLRH92" #> [75601] "RuffeTL89" #> [75602] "RWhitefishAI" #> [75603] "RWhitefishIR" #> [75604] "SalmonADP" #> [75605] "SalmonidsMCCA" #> [75606] "SardineChile" #> [75607] "SardineLK" #> [75608] "SardinesPacific" #> [75609] "SculpinALTER" #> [75610] "ShadCR" #> [75611] "ShrimpGuam" #> [75612] "SimonsonLyons" #> [75613] "SiscowetMI2004" #> [75614] "SLampreyGL" #> [75615] "Snapper" #> [75616] "SnapperHG1" #> [75617] "SnapperHG2" #> [75618] "SockeyeKL" #> [75619] "SockeyeSR" #> [75620] "SpottedSucker1" #> [75621] "SpotVA2" #> [75622] "StripedBass1" #> [75623] "StripedBass2" #> [75624] "StripedBass3" #> [75625] "StripedBass4" #> [75626] "StripedBass5" #> [75627] "StripedBass6" #> [75628] "SturgeonBL" #> [75629] "SturgeonGB" #> [75630] "SunfishIN" #> [75631] "SunfishLP" #> [75632] "TPrawnsEG" #> [75633] "TroutADP" #> [75634] "TroutBR" #> [75635] "TroutperchLM1" #> [75636] "TroutperchLM2" #> [75637] "TroutperchLM3" #> [75638] "VendaceLP" #> [75639] "VendaceLP2" #> [75640] "WalleyeConsumption" #> [75641] "WalleyeEL" #> [75642] "WalleyeErie" #> [75643] "WalleyeErie2" #> [75644] "WalleyeKS" #> [75645] "WalleyeML" #> [75646] "WalleyeMN06a" #> [75647] "WalleyeMN06b" #> [75648] "WalleyePL" #> [75649] "WalleyePS" #> [75650] "WalleyeRL" #> [75651] "WalleyeWad" #> [75652] "WalleyeWyrlng" #> [75653] "WhitefishGSL" #> [75654] "WhitefishLS" #> [75655] "WhitefishMB" #> [75656] "WhitefishTB" #> [75657] "WhiteGrunt1" #> [75658] "WhiteGrunt2" #> [75659] "WShrimpGA" #> [75660] "YERockfish" #> [75661] "YPerchCB1" #> [75662] "YPerchCB2" #> [75663] "YPerchGB" #> [75664] "YPerchGL" #> [75665] "YPerchRL" #> [75666] "YPerchSB" #> [75667] "YPerchSB1" #> [75668] "YPerchTL" #> [75669] "YTFlounder" #> [75670] "fscaret-package" #> [75671] "classVarImp" #> [75672] "dataPreprocess" #> [75673] "dataset.test" #> [75674] "dataset.train" #> [75675] "fscaret" #> [75676] "funcClass.all" #> [75677] "funcReg.all" #> [75678] "impCalc" #> [75679] "imputeMean" #> [75680] "installPckg" #> [75681] "MSE" #> [75682] "regVarImp" #> [75683] "requiredPackages" #> [75684] "timeout" #> [75685] "05:30:03" #> [75686] "carbikeplot" #> [75687] "corfwdplot" #> [75688] "emilia2001" #> [75689] "fsdalms.object" #> [75690] "fsdalts.object" #> [75691] "fsmeda.object" #> [75692] "fsmmmdrs" #> [75693] "fsmmmdrs.object" #> [75694] "fsmult" #> [75695] "fsmult.object" #> [75696] "fsr.object" #> [75697] "fsreda.object" #> [75698] "FSReda_control" #> [75699] "fsreg" #> [75700] "FSR_control" #> [75701] "geyser2" #> [75702] "levfwdplot" #> [75703] "loyalty" #> [75704] "LXS_control" #> [75705] "M5data" #> [75706] "malfwdplot" #> [75707] "malindexplot" #> [75708] "mdrplot" #> [75709] "mmdplot" #> [75710] "mmdrsplot" #> [75711] "mmmult" #> [75712] "mmmult.object" #> [75713] "mmmulteda.object" #> [75714] "mmreg.object" #> [75715] "mmregeda.object" #> [75716] "MMregeda_control" #> [75717] "MMreg_control" #> [75718] "resfwdplot" #> [75719] "resindexplot" #> [75720] "smult" #> [75721] "smult.object" #> [75722] "smulteda.object" #> [75723] "sreg.object" #> [75724] "sregeda.object" #> [75725] "Sregeda_control" #> [75726] "Sreg_control" #> [75727] "summary.fsdalms" #> [75728] "summary.fsdalts" #> [75729] "summary.fsr" #> [75730] "swissbanknotes" #> [75731] "swissheads" #> [75732] "tclusteda.object" #> [75733] "tclustfsda" #> [75734] "tclustfsda.object" #> [75735] "tclustIC" #> [75736] "tclustic.object" #> [75737] "tclustICplot" #> [75738] "tclustICsol" #> [75739] "tclusticsol.object" #> [75740] "FSelector-package" #> [75741] "as.simple.formula" #> [75742] "best.first.search" #> [75743] "cfs" #> [75744] "chi.squared" #> [75745] "consistency" #> [75746] "entropy.based" #> [75747] "greedy.search" #> [75748] "hill.climbing.search" #> [75749] "oneR" #> [75750] "random.forest.importance" #> [75751] "relief" #> [75752] "cut_attrs" #> [75753] "discretize_transform" #> [75754] "feature_search" #> [75755] "information_gain" #> [75756] "to_formula" #> [75757] "fsia-package" #> [75758] "addkey" #> [75759] "addweights" #> [75760] "item.stat" #> [75761] "person.stat" #> [75762] "questionnaire" #> [75763] "read.formscanner" #> [75764] "resp2binary" #> [75765] "resp2scores" #> [75766] "weights_multiple" #> [75767] "RIT" #> [75768] "applytopup" #> [75769] "aux.file-methods" #> [75770] "bitpix-methods" #> [75771] "cal.max-methods" #> [75772] "cal.min-methods" #> [75773] "checkout" #> [75774] "datatype-methods" #> [75775] "data_type-methods" #> [75776] "descrip-methods" #> [75777] "dim_-methods" #> [75778] "download_fsl" #> [75779] "dtifit" #> [75780] "eddy" #> [75781] "eddy_correct" #> [75782] "enforce_form" #> [75783] "fast.help" #> [75784] "flirt" #> [75785] "flirt.help" #> [75786] "flirt_apply" #> [75787] "fnirt" #> [75788] "fnirt.help" #> [75789] "fnirt_with_affine" #> [75790] "fnirt_with_affine_apply" #> [75791] "fslabs.help" #> [75792] "fslacos.help" #> [75793] "fsladd.help" #> [75794] "fsland" #> [75795] "fslasin.help" #> [75796] "fslatan.help" #> [75797] "fslbet.help" #> [75798] "fslbin.help" #> [75799] "fslbinv.help" #> [75800] "fslchfiletype" #> [75801] "fslchfiletype.help" #> [75802] "fslcmd" #> [75803] "fslcog" #> [75804] "fslcos.help" #> [75805] "fslcpgeom" #> [75806] "fslcpgeom.help" #> [75807] "fsldir" #> [75808] "fsldiv.help" #> [75809] "fsledge.help" #> [75810] "fslentropy" #> [75811] "fslepi_reg" #> [75812] "fslerode.help" #> [75813] "fslexp.help" #> [75814] "fslfill.help" #> [75815] "fslfill2" #> [75816] "fslgetorient" #> [75817] "fslhd" #> [75818] "fslhd.help" #> [75819] "fslhd.parse" #> [75820] "fslhelp" #> [75821] "fslindex.help" #> [75822] "fsllog.help" #> [75823] "fslmask.help" #> [75824] "fslmaths.help" #> [75825] "fslmax" #> [75826] "fslmean" #> [75827] "fslmerge.help" #> [75828] "fslmul.help" #> [75829] "fslnan.help" #> [75830] "fslnanm.help" #> [75831] "fslor" #> [75832] "fslorient" #> [75833] "fslorient.help" #> [75834] "fslorienter" #> [75835] "fslrand.help" #> [75836] "fslrandn.help" #> [75837] "fslrange" #> [75838] "fslrecip.help" #> [75839] "fslrem.help" #> [75840] "fslreorient2std" #> [75841] "fslreorient2std.help" #> [75842] "fslrobustfov" #> [75843] "fslrobustfov.help" #> [75844] "fslroi" #> [75845] "fslsd" #> [75846] "fslsin" #> [75847] "fslsin.help" #> [75848] "fslslicetimer" #> [75849] "fslsmooth.help" #> [75850] "fslsmooth_in_mask" #> [75851] "fslsplit" #> [75852] "fslsplit.help" #> [75853] "fslsqr.help" #> [75854] "fslsqrt.help" #> [75855] "fslstats" #> [75856] "fslstats.help" #> [75857] "fslsub.help" #> [75858] "fslsub2.help" #> [75859] "fslsum" #> [75860] "fslswapdim.help" #> [75861] "fsltan.help" #> [75862] "fslthresh.help" #> [75863] "fslval" #> [75864] "fslval.help" #> [75865] "fslview" #> [75866] "fslview.help" #> [75867] "fslvol" #> [75868] "fslvolume" #> [75869] "fslxor" #> [75870] "fsl_abs" #> [75871] "fsl_acos" #> [75872] "fsl_add" #> [75873] "fsl_anat" #> [75874] "fsl_anat.help" #> [75875] "fsl_applywarp" #> [75876] "fsl_applywarp.help" #> [75877] "fsl_asin" #> [75878] "fsl_atan" #> [75879] "fsl_atlas_dir" #> [75880] "fsl_avscale" #> [75881] "fsl_bet" #> [75882] "fsl_biascorrect" #> [75883] "fsl_bin" #> [75884] "fsl_binv" #> [75885] "fsl_bin_tab" #> [75886] "fsl_cluster" #> [75887] "fsl_cos" #> [75888] "fsl_data_dir" #> [75889] "fsl_dice" #> [75890] "fsl_dilate" #> [75891] "fsl_div" #> [75892] "fsl_edge" #> [75893] "fsl_erode" #> [75894] "fsl_exp" #> [75895] "fsl_fill" #> [75896] "fsl_index" #> [75897] "fsl_log" #> [75898] "fsl_mask" #> [75899] "fsl_maths" #> [75900] "fsl_merge" #> [75901] "fsl_mul" #> [75902] "fsl_nan" #> [75903] "fsl_nanm" #> [75904] "fsl_rand" #> [75905] "fsl_randn" #> [75906] "fsl_recip" #> [75907] "fsl_rem" #> [75908] "fsl_resample" #> [75909] "fsl_smooth" #> [75910] "fsl_smoothest" #> [75911] "fsl_sqr" #> [75912] "fsl_sqrt" #> [75913] "fsl_std_dir" #> [75914] "fsl_sub" #> [75915] "fsl_sub2" #> [75916] "fsl_swapdim" #> [75917] "fsl_tan" #> [75918] "fsl_thresh" #> [75919] "fsl_version" #> [75920] "get.fsl" #> [75921] "get.fsloutput" #> [75922] "get.imgext" #> [75923] "getForms" #> [75924] "have.fsl" #> [75925] "intent_code-methods" #> [75926] "intent_name-methods" #> [75927] "intent_p1-methods" #> [75928] "intent_p2-methods" #> [75929] "intent_p3-methods" #> [75930] "magic-methods" #> [75931] "mcflirt" #> [75932] "mcflirt.help" #> [75933] "melodic" #> [75934] "melodic.help" #> [75935] "mid_sagittal_align" #> [75936] "mni_fname" #> [75937] "mni_img" #> [75938] "parse_avscale" #> [75939] "pixdim-methods" #> [75940] "probtrackx" #> [75941] "qform,character-method" #> [75942] "qform_code-methods" #> [75943] "readrpi" #> [75944] "read_xfm" #> [75945] "reverse_rpi_orient" #> [75946] "rpi_orient" #> [75947] "run_first_all" #> [75948] "run_first_all.help" #> [75949] "scl_inter-methods" #> [75950] "scl_slope-methods" #> [75951] "sform_code-methods" #> [75952] "sizeof_hdr-methods" #> [75953] "slice_code-methods" #> [75954] "slice_duration-methods" #> [75955] "slice_end-methods" #> [75956] "slice_start-methods" #> [75957] "susan" #> [75958] "susan.help" #> [75959] "toffset-methods" #> [75960] "topup" #> [75961] "vox_offset-methods" #> [75962] "xfibres" #> [75963] "FSMUMI-package" #> [75964] "compute.ed" #> [75965] "create.Myfis" #> [75966] "Creating_gaps" #> [75967] "Creating_gap_univariate" #> [75968] "dataFSMUMI" #> [75969] "evalfis" #> [75970] "FSMUMImputation" #> [75971] "Indexes_size_missing" #> [75972] "fso" #> [75973] "mfso" #> [75974] "plot.fso" #> [75975] "plot.mfso" #> [75976] "step.mfso" #> [75977] "buildSRMSyntax" #> [75978] "equalMeans" #> [75979] "four.person" #> [75980] "fSRM" #> [75981] "plot.fSRM" #> [75982] "predict.fSRM" #> [75983] "three.person" #> [75984] "two.groups" #> [75985] "two.indicators" #> [75986] "update.fSRM" #> [75987] "cv.multiFSSEMiPALM" #> [75988] "cv.multiFSSEMiPALM2" #> [75989] "cv.multiRegression" #> [75990] "cwiseGradient4FSSEM" #> [75991] "flinvB" #> [75992] "floneB" #> [75993] "fssemR" #> [75994] "implFSSEM" #> [75995] "initLambdaiPALM" #> [75996] "initLambdaiPALM2" #> [75997] "initRhoiPALM" #> [75998] "initRhoiPALM2" #> [75999] "inverseB" #> [76000] "invoneB" #> [76001] "logLikFSSEM" #> [76002] "multiFSSEMiPALM" #> [76003] "multiFSSEMiPALM2" #> [76004] "multiRegression" #> [76005] "obj.multiRegression" #> [76006] "opt.multiFSSEMiPALM" #> [76007] "opt.multiFSSEMiPALM2" #> [76008] "proc.centerFSSEM" #> [76009] "proc.centerFSSEM2" #> [76010] "randomFSSEMdata" #> [76011] "TPR" #> [76012] "transx" #> [76013] "fst-package" #> [76014] "compress_fst" #> [76015] "decompress_fst" #> [76016] "hash_fst" #> [76017] "metadata_fst" #> [76018] "threads_fst" #> [76019] "write_fst" #> [76020] "lump" #> [76021] "allele.counts" #> [76022] "calc.actual.fst" #> [76023] "calc.allele.freq" #> [76024] "calc.betahat" #> [76025] "calc.exp.het" #> [76026] "calc.fst" #> [76027] "calc.theta" #> [76028] "ci.means" #> [76029] "cis" #> [76030] "cis.list" #> [76031] "fhetboot" #> [76032] "find.outliers" #> [76033] "find.quantiles" #> [76034] "fst.boot" #> [76035] "fst.boot.means" #> [76036] "fst.boot.onecol" #> [76037] "fst.options.print" #> [76038] "fsthet" #> [76039] "fsts" #> [76040] "fsts.beta" #> [76041] "fsts.betahat" #> [76042] "fsts.theta" #> [76043] "gpop" #> [76044] "make.bins" #> [76045] "my.read.genepop" #> [76046] "p.boot" #> [76047] "plotting.cis" #> [76048] "quant.out" #> [76049] "remove.spaces" #> [76050] "var.fst" #> [76051] "FST.example" #> [76052] "FST.GeneSet.test" #> [76053] "FST.prelim" #> [76054] "FST.SummaryStat.test" #> [76055] "FST.test" #> [76056] "api_endpoints" #> [76057] "get_ft" #> [76058] "null_to_na" #> [76059] "see_endpoints" #> [76060] "FTICRMS-package" #> [76061] "display.tests" #> [76062] "extract.pars" #> [76063] "locate.peaks" #> [76064] "make.par.file" #> [76065] "run.all" #> [76066] "run.baselines" #> [76067] "run.cluster.matrix" #> [76068] "run.lrg.peaks" #> [76069] "run.peaks" #> [76070] "run.strong.peaks" #> [76071] "balloon" #> [76072] "dclaw" #> [76073] "djdata" #> [76074] "frun" #> [76075] "genpmreg" #> [76076] "kkuip" #> [76077] "l1pmreg" #> [76078] "mintvmon" #> [76079] "pmden" #> [76080] "pmlogreg" #> [76081] "pmreg" #> [76082] "pmspec" #> [76083] "rclaw" #> [76084] "rtennormal" #> [76085] "smdenreg" #> [76086] "smqreg" #> [76087] "fTrading-package" #> [76088] "BenchmarkAnalysis" #> [76089] "RollingAnalysis" #> [76090] "TechnicalAnalysis" #> [76091] "apply" #> [76092] "as.fts" #> [76093] "event.dates" #> [76094] "expanding" #> [76095] "frequency.convert" #> [76096] "fts" #> [76097] "fts.logical" #> [76098] "intersect.all" #> [76099] "lead.lag" #> [76100] "moving" #> [76101] "read.write.fts" #> [76102] "remove.rows" #> [76103] "since.na" #> [76104] "ftsa-package" #> [76105] "diff.fts" #> [76106] "dmfpca" #> [76107] "dynamic_FLR" #> [76108] "dynupdate" #> [76109] "facf" #> [76110] "farforecast" #> [76111] "fbootstrap" #> [76112] "forecast.ftsm" #> [76113] "forecast.hdfpca" #> [76114] "forecastfplsr" #> [76115] "fplsr" #> [76116] "ftsm" #> [76117] "ftsmiterativeforecasts" #> [76118] "ftsmweightselect" #> [76119] "hdfpca" #> [76120] "hd_data" #> [76121] "is.fts" #> [76122] "isfe.fts" #> [76123] "long_run_covariance_estimation" #> [76124] "mean.fts" #> [76125] "median.fts" #> [76126] "MFDM" #> [76127] "mftsc" #> [76128] "pcscorebootstrapdata" #> [76129] "plot.fm" #> [76130] "plot.fmres" #> [76131] "plot.ftsf" #> [76132] "plot.ftsm" #> [76133] "plotfplsr" #> [76134] "pm_10_GR" #> [76135] "quantile.fts" #> [76136] "residuals.fm" #> [76137] "sd.fts" #> [76138] "sim_ex_cluster" #> [76139] "summary.fm" #> [76140] "T_stationary" #> [76141] "var.fts" #> [76142] "Epanechnikov_kernel" #> [76143] "ftsspec" #> [76144] "Generate_filterMA" #> [76145] "Get_noise_sd" #> [76146] "lines.SampleSpecDiffFreq" #> [76147] "Marginal_basis_pval" #> [76148] "plot.SampleSpec" #> [76149] "plot.SampleSpecDiffFreq" #> [76150] "plot.SampleSpecDiffFreqCurvelength" #> [76151] "plot.SpecMA" #> [76152] "print.SampleSpecDiffFreqCurvelength" #> [76153] "PvalAdjust" #> [76154] "Simulate_new_MA" #> [76155] "Spec" #> [76156] "SpecMA" #> [76157] "Spec_compare_fixed_freq" #> [76158] "Spec_compare_localize_freq" #> [76159] "Spec_compare_localize_freq_curvelength" #> [76160] "fugeR-package" #> [76161] "fugeR.load" #> [76162] "fugeR.predict" #> [76163] "fugeR.run" #> [76164] "fugeR.save" #> [76165] "fugeR.sfRun" #> [76166] "fugeR.summary" #> [76167] "mscoreInternal" #> [76168] "nh1and3" #> [76169] "senCI" #> [76170] "separable1v" #> [76171] "fullfact-package" #> [76172] "barMANA" #> [76173] "boxMANA" #> [76174] "buildBinary" #> [76175] "buildMulti" #> [76176] "chinook_bootL" #> [76177] "chinook_bootS" #> [76178] "chinook_jackL" #> [76179] "chinook_length" #> [76180] "chinook_resampL" #> [76181] "chinook_resampS" #> [76182] "chinook_survival" #> [76183] "ciJack" #> [76184] "ciJack2" #> [76185] "ciJack3" #> [76186] "ciMANA" #> [76187] "ciMANA2" #> [76188] "ciMANA3" #> [76189] "JackGlmer" #> [76190] "JackGlmer2" #> [76191] "JackGlmer3" #> [76192] "JackLmer" #> [76193] "JackLmer2" #> [76194] "JackLmer3" #> [76195] "observGlmer" #> [76196] "observGlmer2" #> [76197] "observGlmer3" #> [76198] "observLmer" #> [76199] "observLmer2" #> [76200] "observLmer3" #> [76201] "powerGlmer" #> [76202] "powerGlmer2" #> [76203] "powerGlmer3" #> [76204] "powerLmer" #> [76205] "powerLmer2" #> [76206] "powerLmer3" #> [76207] "resampFamily" #> [76208] "resampGlmer" #> [76209] "resampGlmer2" #> [76210] "resampGlmer3" #> [76211] "resampLmer" #> [76212] "resampLmer2" #> [76213] "resampLmer3" #> [76214] "resampRepli" #> [76215] "fulltext-package" #> [76216] "as.ft_data" #> [76217] "cache_file_info" #> [76218] "ftxt_cache" #> [76219] "ft_abstract" #> [76220] "ft_browse" #> [76221] "ft_collect" #> [76222] "ft_extract" #> [76223] "ft_get" #> [76224] "ft_get-warnings" #> [76225] "ft_links" #> [76226] "ft_providers" #> [76227] "ft_search" #> [76228] "ft_serialize" #> [76229] "ft_table" #> [76230] "fulltext-defunct" #> [76231] "fun-package" #> [76232] "alzheimer_test" #> [76233] "gomoku" #> [76234] "htmlspecialchars" #> [76235] "lights_out" #> [76236] "mine_sweeper" #> [76237] "random_password" #> [76238] "shutdown" #> [76239] "sliding_puzzle" #> [76240] "tagData" #> [76241] "tag_cloud" #> [76242] "tower_of_hanoi" #> [76243] "data_barcode" #> [76244] "encGPC" #> [76245] "fun_dat" #> [76246] "predict_test_funbarRF" #> [76247] "predict_train_funbarRF" #> [76248] "read_seq_txt" #> [76249] "seq_BOLD" #> [76250] "seq_funbarRF" #> [76251] "seq_funbarRF_BOLD" #> [76252] "seq_funbarRF_manual" #> [76253] "Unite" #> [76254] "WarcupRDS" #> [76255] "funchir-infix" #> [76256] "funchir-plot" #> [76257] "funchir-read" #> [76258] "funchir-table" #> [76259] "funchir-utils" #> [76260] "FunChisq-package" #> [76261] "add.noise" #> [76262] "cond.fun.chisq.test" #> [76263] "cp.chisq.test" #> [76264] "cp.fun.chisq.test" #> [76265] "fun.chisq.test" #> [76266] "simulate_tables" #> [76267] "test.interactions" #> [76268] "FunCluster.R-package" #> [76269] "adipose" #> [76270] "Annotations" #> [76271] "FunCluster" #> [76272] "insulin" #> [76273] "FuncMap-package" #> [76274] "FuncMap" #> [76275] "Compose" #> [76276] "Curry" #> [76277] "CurryL" #> [76278] "Identity" #> [76279] "multi.argument.Compose" #> [76280] "Negate" #> [76281] "Swap" #> [76282] "FunctionalNetworks-package" #> [76283] "bic.4.toy.network" #> [76284] "data.4.toy.network" #> [76285] "All" #> [76286] "Always" #> [76287] "Andify" #> [76288] "Any" #> [76289] "Apply" #> [76290] "Best" #> [76291] "Compact" #> [76292] "Existy" #> [76293] "Fail_With" #> [76294] "False" #> [76295] "functools" #> [76296] "Lapply" #> [76297] "Mapply" #> [76298] "Memoise" #> [76299] "Na" #> [76300] "Orify" #> [76301] "Partial" #> [76302] "Reduce_Right" #> [76303] "Reject" #> [76304] "Sapply" #> [76305] "True" #> [76306] "Truthy" #> [76307] "Vapply" #> [76308] "accordance" #> [76309] "bones" #> [76310] "CClust-methods" #> [76311] "dist2centers" #> [76312] "formatFuncy" #> [76313] "fpcCtrl-class" #> [76314] "funcit" #> [76315] "funcyCtrl" #> [76316] "funcyOut-class" #> [76317] "funcyOutList-class" #> [76318] "funcyOutList-methods" #> [76319] "genes" #> [76320] "getUniCl" #> [76321] "label2lowerk" #> [76322] "lowflow" #> [76323] "makeCommonTime" #> [76324] "plotFuncy" #> [76325] "regFuncy" #> [76326] "rIMethods" #> [76327] "sampleFuncy" #> [76328] "approxNA" #> [76329] "Arith.funData" #> [76330] "as.data.frame.funData" #> [76331] "as.funData" #> [76332] "as.irregFunData" #> [76333] "as.multiFunData" #> [76334] "autoplot.funData" #> [76335] "autoplot.irregFunData" #> [76336] "autoplot.multiFunData" #> [76337] "dimSupp" #> [76338] "eFun" #> [76339] "eVal" #> [76340] "extractObs" #> [76341] "fd2funData" #> [76342] "flipFuns" #> [76343] "funData-class" #> [76344] "funData2fd" #> [76345] "ggplot" #> [76346] "integrate" #> [76347] "irregFunData-class" #> [76348] "Math.funData" #> [76349] "meanFunction" #> [76350] "multiFunData-class" #> [76351] "nObs" #> [76352] "nObsPoints" #> [76353] "plot.funData" #> [76354] "plot.irregFunData" #> [76355] "plot.multiFunData" #> [76356] "scalarProduct" #> [76357] "simFunData" #> [76358] "simMultiFunData" #> [76359] "sparsify" #> [76360] "tensorProduct" #> [76361] "funFEM-package" #> [76362] "funFEM" #> [76363] "velib" #> [76364] "velov" #> [76365] "adfCor" #> [76366] "adfCov" #> [76367] "AmzBoxes" #> [76368] "BadRBY" #> [76369] "BadRJN" #> [76370] "BadRKtB" #> [76371] "BadRLG" #> [76372] "BadRRM" #> [76373] "BiFAD" #> [76374] "bigen" #> [76375] "corSample" #> [76376] "corSmooth" #> [76377] "cosMat" #> [76378] "d2r" #> [76379] "eigGen" #> [76380] "enhancement" #> [76381] "faAlign" #> [76382] "fals" #> [76383] "faMain" #> [76384] "faMAP" #> [76385] "fapa" #> [76386] "fareg" #> [76387] "faSort" #> [76388] "faStandardize" #> [76389] "faX" #> [76390] "fungibleExtrema" #> [76391] "fungibleL" #> [76392] "fungibleR" #> [76393] "genCorr" #> [76394] "GenerateBoxData" #> [76395] "HS9Var" #> [76396] "HW" #> [76397] "itemDescriptives" #> [76398] "kurt" #> [76399] "monte" #> [76400] "monte1" #> [76401] "normalCor" #> [76402] "normF" #> [76403] "plot.monte" #> [76404] "promaxQ" #> [76405] "r2d" #> [76406] "rarc" #> [76407] "rcone" #> [76408] "rcor" #> [76409] "rellipsoid" #> [76410] "rGivens" #> [76411] "rMAP" #> [76412] "RnpdMAP" #> [76413] "SchmidLeiman" #> [76414] "seBetaCor" #> [76415] "seBetaFixed" #> [76416] "SLi" #> [76417] "smoothAPA" #> [76418] "smoothBY" #> [76419] "smoothKB" #> [76420] "smoothLG" #> [76421] "summary.monte" #> [76422] "summary.monte1" #> [76423] "tetcor" #> [76424] "tetcorQuasi" #> [76425] "vcos" #> [76426] "vnorm" #> [76427] "funHDDC" #> [76428] "mfpca" #> [76429] "plot.mfpca" #> [76430] "predict.funHDDC" #> [76431] "slopeHeuristic" #> [76432] "trigo" #> [76433] "funique" #> [76434] "fUnitRoots-package" #> [76435] "DickeyFullerPValues" #> [76436] "MacKinnonPValues" #> [76437] "UnitrootTests" #> [76438] "UnitrootUrcaInterface" #> [76439] "funLBM" #> [76440] "plot.funLBM" #> [76441] "print.funLBM" #> [76442] "Velib" #> [76443] "funModeling-package" #> [76444] "auto_grouping" #> [76445] "categ_analysis" #> [76446] "concatenate_n_vars" #> [76447] "convert_df_to_categoric" #> [76448] "coord_plot" #> [76449] "correlation_table" #> [76450] "cross_plot" #> [76451] "data_golf" #> [76452] "desc_groups" #> [76453] "desc_groups_rank" #> [76454] "df_status" #> [76455] "discretize_df" #> [76456] "discretize_get_bins" #> [76457] "discretize_rgr" #> [76458] "entropy_2" #> [76459] "equal_freq" #> [76460] "export_plot" #> [76461] "gain_lift" #> [76462] "gain_ratio" #> [76463] "get_sample" #> [76464] "hampel_outlier" #> [76465] "infor_magic" #> [76466] "plotar" #> [76467] "plot_num" #> [76468] "prep_outliers" #> [76469] "profiling_num" #> [76470] "range01" #> [76471] "tukey_outlier" #> [76472] "var_rank_info" #> [76473] "v_compare" #> [76474] "fundata" #> [76475] "funscore" #> [76476] "funr" #> [76477] "get_script_path" #> [76478] "render_funr" #> [76479] "sys.script" #> [76480] "combination_trait_dist" #> [76481] "compute_dist_matrix" #> [76482] "distinctiveness" #> [76483] "distinctiveness_com" #> [76484] "distinctiveness_dimensions" #> [76485] "distinctiveness_stack" #> [76486] "funrar" #> [76487] "funrar_stack" #> [76488] "is_relative" #> [76489] "make_relative" #> [76490] "matrix_to_stack" #> [76491] "restrictedness" #> [76492] "restrictedness_stack" #> [76493] "scarcity" #> [76494] "scarcity_com" #> [76495] "scarcity_stack" #> [76496] "stack_to_matrix" #> [76497] "uniqueness_dimensions" #> [76498] "uniqueness_stack" #> [76499] "coef.funreg" #> [76500] "fitted.funeigen" #> [76501] "fitted.funreg" #> [76502] "funeigen" #> [76503] "funreg" #> [76504] "funreg.permutation" #> [76505] "generate.data.for.demonstration" #> [76506] "make.funreg.basis" #> [76507] "marginal.cor" #> [76508] "marginal.cor.funeigen" #> [76509] "num.functional.covs.in.model" #> [76510] "plot.funeigen" #> [76511] "plot.funreg" #> [76512] "print.funreg" #> [76513] "redo.funreg" #> [76514] "SampleFunregData" #> [76515] "summary.funreg" #> [76516] "FUNTA-package" #> [76517] "FUNTA" #> [76518] "rFUNTA" #> [76519] "ARest" #> [76520] "beales" #> [76521] "BICC" #> [76522] "CSlideCluster" #> [76523] "CWindowCluster" #> [76524] "HVK" #> [76525] "i.tails" #> [76526] "mcusum.test" #> [76527] "notrend.test" #> [76528] "q.tails" #> [76529] "sync.cluster" #> [76530] "sync.test" #> [76531] "WAVK" #> [76532] "wavk.test" #> [76533] "furniture" #> [76534] "long" #> [76535] "mutate_rowmeans" #> [76536] "mutate_rowsums" #> [76537] "nhanes_2010" #> [76538] "rowmeans" #> [76539] "rowsums" #> [76540] "selecting" #> [76541] "tableC" #> [76542] "tableF" #> [76543] "tableX" #> [76544] "to_latex" #> [76545] "washer" #> [76546] "%xt%" #> [76547] "future_imap" #> [76548] "future_invoke_map" #> [76549] "future_map" #> [76550] "future_map2" #> [76551] "future_modify" #> [76552] "future_options" #> [76553] "bigeigen" #> [76554] "fusedL2DescentGLMNet" #> [76555] "fusedLassoProximal" #> [76556] "fusedLassoProximalIterationsTaken" #> [76557] "generateBlockDiagonalMatrices" #> [76558] "cosci_is" #> [76559] "cosci_is_select" #> [76560] "nclust" #> [76561] "FusionLearn-package" #> [76562] "fusionbase" #> [76563] "fusionbinary" #> [76564] "fusionmixed" #> [76565] "mockgene" #> [76566] "stockindex" #> [76567] "futile.any-package" #> [76568] "anylength" #> [76569] "anynames" #> [76570] "anytypes" #> [76571] "is.bad" #> [76572] "futile.logger-package" #> [76573] "flog.appender" #> [76574] "flog.carp" #> [76575] "flog.layout" #> [76576] "flog.logger" #> [76577] "flog.remove" #> [76578] "flog.threshold" #> [76579] "ftry" #> [76580] "logger.options" #> [76581] "futile.matrix-package" #> [76582] "assign_matrix_dense" #> [76583] "dmatrix" #> [76584] "fit.density" #> [76585] "print.Ensemble" #> [76586] "RandomMatrixModel" #> [76587] "read.matrix" #> [76588] "rmatrix" #> [76589] "futile.options-package" #> [76590] "OptionsManager" #> [76591] "futile.paradigm-package" #> [76592] "AbuseMethod" #> [76593] "crud" #> [76594] "UseFunction" #> [76595] "%must%" #> [76596] "%when%" #> [76597] "completeTrial.byArm" #> [76598] "completeTrial.pooledArms" #> [76599] "plotRCDF.byArm" #> [76600] "plotRCDF.pooledArms" #> [76601] "backtrace" #> [76602] "future" #> [76603] "futureOf" #> [76604] "futures" #> [76605] "makeClusterMPI" #> [76606] "makeClusterPSOCK" #> [76607] "multicore" #> [76608] "multiprocess" #> [76609] "multisession" #> [76610] "nbrOfWorkers" #> [76611] "plan" #> [76612] "remote" #> [76613] "resolved" #> [76614] "tweak" #> [76615] "value.Future" #> [76616] "%conditions%" #> [76617] "%globals%" #> [76618] "%label%" #> [76619] "%lazy%" #> [76620] "%plan%" #> [76621] "%seed%" #> [76622] "%stdout%" #> [76623] "%tweak%" #> [76624] "future.apply" #> [76625] "future_apply" #> [76626] "future_by" #> [76627] "future_eapply" #> [76628] "future_Map" #> [76629] "batchjobs_custom" #> [76630] "batchjobs_local" #> [76631] "batchjobs_template" #> [76632] "future.BatchJobs" #> [76633] "batchtools_custom" #> [76634] "batchtools_local" #> [76635] "batchtools_template" #> [76636] "future.batchtools" #> [76637] "future.callr" #> [76638] "acquireDirectoryStructure" #> [76639] "apply_all_models" #> [76640] "apply_hw_projections" #> [76641] "average_length" #> [76642] "average_mean_temp" #> [76643] "buildStructureEnsembles" #> [76644] "buildStructureExperiments" #> [76645] "buildStructureModels" #> [76646] "checkCustomBounds" #> [76647] "check_params" #> [76648] "closest_point" #> [76649] "consolidate" #> [76650] "createAccumulators" #> [76651] "createCityProcessor" #> [76652] "createEnsembleWriter" #> [76653] "createHwDataframe" #> [76654] "datafr" #> [76655] "formDates" #> [76656] "formHwFrame" #> [76657] "futureheatwaves" #> [76658] "gen_hw_set" #> [76659] "getBounds" #> [76660] "heatwave_days" #> [76661] "hw_datafr" #> [76662] "IDheatwaves" #> [76663] "IDHeatwavesAlternative" #> [76664] "IDHeatwavesCPP" #> [76665] "IDHeatwavesCPPwrapper" #> [76666] "IDHeatwavesR" #> [76667] "map_grid" #> [76668] "map_grid_leaflet" #> [76669] "number_of_heatwaves" #> [76670] "processEnsemble" #> [76671] "processProjections" #> [76672] "processReference" #> [76673] "processThresholds" #> [76674] "process_cities_file" #> [76675] "readLatLong" #> [76676] "readtas" #> [76677] "readTimes" #> [76678] "storeHeatwaveEntry" #> [76679] "storeZeroes" #> [76680] "writeAccumulators" #> [76681] "as.data.frame.fuzz_results" #> [76682] "fuzzr" #> [76683] "fuzz_function" #> [76684] "fuzz_results" #> [76685] "Fuzzy.p.value-package" #> [76686] "p_value.norm" #> [76687] "p_value.pois" #> [76688] "Tr" #> [76689] "FuzzyAHP-package" #> [76690] "bindColums" #> [76691] "buildFuzzyPairwiseComparisonMatrix" #> [76692] "buildPairwiseComparisonMatrix" #> [76693] "calculateAHP" #> [76694] "calculateWeights" #> [76695] "calculateWeights_old_methods" #> [76696] "calculate_weighting_vector" #> [76697] "compareFuzzyNumbers" #> [76698] "compareResults" #> [76699] "consistencyIndex" #> [76700] "consistencyRatio" #> [76701] "defuzziffy" #> [76702] "fuzzyData" #> [76703] "FuzzyData-class" #> [76704] "fuzzyPairwiseComparisonMatrix" #> [76705] "FuzzyPairwiseComparisonMatrix-class" #> [76706] "fuzzyPairwiseComparisonMatrix1" #> [76707] "FuzzyWeights-class" #> [76708] "getFuzzyNumber" #> [76709] "getFuzzyScale" #> [76710] "insertInto" #> [76711] "pairwiseComparisonMatrix" #> [76712] "PairwiseComparisonMatrix-class" #> [76713] "strictConsistency" #> [76714] "textRepresentation" #> [76715] "weakConsistency" #> [76716] "Weights-class" #> [76717] "fuzzyFDR-package" #> [76718] "fuzzyBHexact" #> [76719] "ctg" #> [76720] "example_ff" #> [76721] "ff.formula" #> [76722] "fuzzyforest" #> [76723] "fuzzy_forest" #> [76724] "iterative_RF" #> [76725] "Liver_Expr" #> [76726] "modplot" #> [76727] "multi_class_lr" #> [76728] "predict.fuzzy_forest" #> [76729] "print.fuzzy_forest" #> [76730] "screen_control" #> [76731] "select_control" #> [76732] "select_RF" #> [76733] "wff" #> [76734] "wff.formula" #> [76735] "WGCNA_control" #> [76736] "difference_join" #> [76737] "distance_join" #> [76738] "fuzzy_join" #> [76739] "genome_join" #> [76740] "geo_join" #> [76741] "interval_join" #> [76742] "misspellings" #> [76743] "regex_join" #> [76744] "stringdist_join" #> [76745] "crispLP" #> [76746] "FCLP.classicObjective" #> [76747] "FCLP.fixedBeta" #> [76748] "FOLP.multiObj" #> [76749] "FOLP.ordFun" #> [76750] "FOLP.posib" #> [76751] "FuzzyLP" #> [76752] "GFLP" #> [76753] "FuzzyMMOORA" #> [76754] "FuzzyTOPSISLinear" #> [76755] "FuzzyTOPSISVector" #> [76756] "FuzzyVIKOR" #> [76757] "FuzzyWASPAS" #> [76758] "MetaRanking" #> [76759] "FuzzyNumbers-package" #> [76760] "alphacut" #> [76761] "alphaInterval" #> [76762] "ambiguity" #> [76763] "approxInvert" #> [76764] "arctan2" #> [76765] "Arithmetic" #> [76766] "as.FuzzyNumber" #> [76767] "as.PiecewiseLinearFuzzyNumber" #> [76768] "as.PowerFuzzyNumber" #> [76769] "as.TrapezoidalFuzzyNumber" #> [76770] "convertAlpha" #> [76771] "convertSide" #> [76772] "DiscontinuousFuzzyNumber" #> [76773] "DiscontinuousFuzzyNumber-class" #> [76774] "expectedInterval" #> [76775] "expectedValue" #> [76776] "FuzzyNumber" #> [76777] "FuzzyNumber-class" #> [76778] "integrateAlpha" #> [76779] "integrate_discont_val" #> [76780] "necessityExceedance" #> [76781] "necessityStrictExceedance" #> [76782] "necessityStrictUndervaluation" #> [76783] "necessityUndervaluation" #> [76784] "piecewiseLinearApproximation" #> [76785] "PiecewiseLinearFuzzyNumber" #> [76786] "PiecewiseLinearFuzzyNumber-class" #> [76787] "possibilityExceedance" #> [76788] "possibilityStrictExceedance" #> [76789] "possibilityStrictUndervaluation" #> [76790] "possibilityUndervaluation" #> [76791] "PowerFuzzyNumber" #> [76792] "PowerFuzzyNumber-class" #> [76793] "trapezoidalApproximation" #> [76794] "TrapezoidalFuzzyNumber" #> [76795] "TrapezoidalFuzzyNumber-class" #> [76796] "TriangularFuzzyNumber" #> [76797] "weightedExpectedValue" #> [76798] "^,PiecewiseLinearFuzzyNumber,numeric-method" #> [76799] "FuzzyNumbers.Ext.2-package" #> [76800] "f2apply" #> [76801] "is.decreasing" #> [76802] "is.decreasing.on.x" #> [76803] "is.decreasing.on.y" #> [76804] "is.increasing" #> [76805] "is.increasing.on.x" #> [76806] "is.increasing.on.y" #> [76807] "addmf" #> [76808] "addrule" #> [76809] "addvar" #> [76810] "anfis.builder" #> [76811] "anfis.dE.dO1" #> [76812] "anfis.dE.dO2" #> [76813] "anfis.dE.dO3" #> [76814] "anfis.dE.dO4" #> [76815] "anfis.dE.dO5" #> [76816] "anfis.dE.dP1" #> [76817] "anfis.dE.dP1.gbellmf" #> [76818] "anfis.dE.dP1.it2gbellmf" #> [76819] "anfis.dE.dP4" #> [76820] "anfis.dMF.dP.gbellmf" #> [76821] "anfis.dO2.dO1" #> [76822] "anfis.dO3.dO2" #> [76823] "anfis.dO4.dO3" #> [76824] "anfis.dO5.dO4" #> [76825] "anfis.eval" #> [76826] "anfis.L1.eval" #> [76827] "anfis.L2.eval" #> [76828] "anfis.L2.which" #> [76829] "anfis.L3.eval" #> [76830] "anfis.L4.eval" #> [76831] "anfis.L4.mf.eval" #> [76832] "anfis.L5.eval" #> [76833] "anfis.LI.eval" #> [76834] "anfis.optimise" #> [76835] "anfis.plotmf" #> [76836] "anfis.tipper" #> [76837] "defuzz" #> [76838] "evalmf" #> [76839] "evalmftype" #> [76840] "fis.builder" #> [76841] "fuzzy.firing" #> [76842] "fuzzy.optimise" #> [76843] "fuzzy.t" #> [76844] "fuzzy.tconorm" #> [76845] "fuzzy.tnorm" #> [76846] "fuzzyr.accuracy" #> [76847] "fuzzyr.match.fun" #> [76848] "gbell.fuzzification" #> [76849] "gbellmf" #> [76850] "genmf" #> [76851] "gensurf" #> [76852] "km.da" #> [76853] "linearmf" #> [76854] "newfis" #> [76855] "plotmf" #> [76856] "readfis" #> [76857] "showfis" #> [76858] "showGUI" #> [76859] "showrule" #> [76860] "singleton.fuzzification" #> [76861] "singletonmf" #> [76862] "tipper" #> [76863] "tipperGUI" #> [76864] "tipperGUI2" #> [76865] "x.fuzzification" #> [76866] "fuzzy.ranksum.test" #> [76867] "fuzzy.sign.test" #> [76868] "fuzzy.signrank.test" #> [76869] "fuzzyRankHelper" #> [76870] "coef.fuzzylm" #> [76871] "dom" #> [76872] "flar" #> [76873] "fls" #> [76874] "fuzzify" #> [76875] "fuzzydat" #> [76876] "fuzzylm" #> [76877] "moflr" #> [76878] "oplr" #> [76879] "plot.fuzzylm" #> [76880] "plrls" #> [76881] "predict.fuzzylm" #> [76882] "print.fuzzylm" #> [76883] "print.summary.fuzzylm" #> [76884] "prodFuzzy" #> [76885] "prodSfuzzy" #> [76886] "sumFuzzy" #> [76887] "summary.fuzzylm" #> [76888] "TEF" #> [76889] "fuzzySim-package" #> [76890] "corSelect" #> [76891] "distPres" #> [76892] "Fav" #> [76893] "fuzSim" #> [76894] "fuzzyOverlay" #> [76895] "fuzzyRangeChange" #> [76896] "getPreds" #> [76897] "integerCols" #> [76898] "modelTrim" #> [76899] "modOverlap" #> [76900] "multConvert" #> [76901] "multGLM" #> [76902] "multicol" #> [76903] "multTSA" #> [76904] "pairwiseRangemaps" #> [76905] "percentTestData" #> [76906] "rangemapSim" #> [76907] "rotif.env" #> [76908] "rotifers" #> [76909] "simFromSetOps" #> [76910] "simMat" #> [76911] "spCodes" #> [76912] "splist2presabs" #> [76913] "stepByStep" #> [76914] "triMatInd" #> [76915] "fuzzyStationaryProb" #> [76916] "robotMatrix" #> [76917] "FuzzyStatTra-package" #> [76918] "ADD" #> [76919] "checkingTra" #> [76920] "Dthetaphi" #> [76921] "DthetaphiTra" #> [76922] "Dwablphi" #> [76923] "DwablphiTra" #> [76924] "filterNA" #> [76925] "GSI" #> [76926] "HyperI" #> [76927] "M.estimate" #> [76928] "M2" #> [76929] "M3" #> [76930] "MDD" #> [76931] "Median1norm" #> [76932] "Medianwabl" #> [76933] "Rho1" #> [76934] "Rho1Tra" #> [76935] "S1" #> [76936] "SimulCASE1" #> [76937] "SimulCASE2" #> [76938] "SimulCASE3" #> [76939] "SimulCASE4" #> [76940] "SimulFRSTra" #> [76941] "Sn" #> [76942] "TransfTra" #> [76943] "Wablphi" #> [76944] "FuzzyToolkitUoN-package" #> [76945] "addMF" #> [76946] "addRule" #> [76947] "addVar" #> [76948] "evalFIS" #> [76949] "evalMF" #> [76950] "gaussbMF" #> [76951] "gaussMF" #> [76952] "mfValidate" #> [76953] "nameValidate" #> [76954] "newFIS" #> [76955] "readFIS" #> [76956] "removeMF" #> [76957] "removeVar" #> [76958] "showFIS" #> [76959] "tippertest" #> [76960] "trapMF" #> [76961] "triMF" #> [76962] "writeFIS" #> [76963] "check_availability" #> [76964] "FuzzExtract" #> [76965] "FuzzMatcher" #> [76966] "FuzzUtils" #> [76967] "GetCloseMatches" #> [76968] "SequenceMatcher" #> [76969] "fwdmsa-package" #> [76970] "fs.MSA" #> [76971] "fs.MSA.n1" #> [76972] "plot.fs.class" #> [76973] "plot.fs.n1.class" #> [76974] "FWDselect" #> [76975] "plot.qselection" #> [76976] "print.qselection" #> [76977] "print.selection" #> [76978] "qselection" #> [76979] "fwi.fbp-package" #> [76980] "fwi.fbp-deprecated" #> [76981] "fwiBAT" #> [76982] "fwsim-package" #> [76983] "fwsim" #> [76984] "init_mutmodel" #> [76985] "mutmodel" #> [76986] "confint.fxregimes" #> [76987] "fxlm" #> [76988] "fxmonitor" #> [76989] "FXRatesCHF" #> [76990] "fxregimes" #> [76991] "fxreturns" #> [76992] "fxtools" #> [76993] "refit" #> [76994] "dplyr_wrapper" #> [76995] "studentlife_small" #> [76996] "Xtractor" #> [76997] "g.data.save" #> [76998] "arth800line" #> [76999] "BuildEdges" #> [77000] "BuildNetwork" #> [77001] "DBNScoreStep1" #> [77002] "DBNScoreStep2" #> [77003] "ROCcurve" #> [77004] "SimulGeneExpressionAR1" #> [77005] "SimulNetworkAdjMatrix" #> [77006] "additionCost" #> [77007] "blockedReactions" #> [77008] "gapFill" #> [77009] "getReference" #> [77010] "coord_gran" #> [77011] "G2Sd" #> [77012] "grandistrib" #> [77013] "granplot" #> [77014] "granstat" #> [77015] "g3Lollipop" #> [77016] "g3Lollipop-shiny" #> [77017] "g3Lollipop.options" #> [77018] "g3Lollipop.theme" #> [77019] "getMutationsFromCbioportal" #> [77020] "guessMAFColumnName" #> [77021] "hgnc2pfam" #> [77022] "hgnc2pfam.df" #> [77023] "hgnc2uniprot" #> [77024] "mapMutationTypeToMutationClass" #> [77025] "mutation.table.df" #> [77026] "parseProteinChange" #> [77027] "readMAF" #> [77028] "uniprot2pfam" #> [77029] "GA-package" #> [77030] "binary2decimal" #> [77031] "binary2gray" #> [77032] "de-class" #> [77033] "ga" #> [77034] "ga-class" #> [77035] "gaControl" #> [77036] "gaisl" #> [77037] "gaisl-class" #> [77038] "gaMonitor" #> [77039] "gaSummary" #> [77040] "ga_Crossover" #> [77041] "ga_Mutation" #> [77042] "ga_pmutation" #> [77043] "ga_Population" #> [77044] "ga_Selection" #> [77045] "numericOrNA-class" #> [77046] "parNames-methods" #> [77047] "persp3D" #> [77048] "plot.de-method" #> [77049] "plot.ga-method" #> [77050] "plot.gaisl-method" #> [77051] "summary.de-method" #> [77052] "summary.ga-method" #> [77053] "summary.gaisl-method" #> [77054] "GAabbreviate" #> [77055] "exchangeSols" #> [77056] "featureSelection.basic" #> [77057] "fps" #> [77058] "GABi" #> [77059] "getFitnesses.basic" #> [77060] "getFitnesses.entropy" #> [77061] "mutation" #> [77062] "plotBicluster" #> [77063] "reproduction" #> [77064] "GAD-package" #> [77065] "as.fixed" #> [77066] "as.random" #> [77067] "C.test" #> [77068] "estimates" #> [77069] "gad" #> [77070] "is.random" #> [77071] "rohlf95" #> [77072] "snails" #> [77073] "snk.test" #> [77074] "GADAG-package" #> [77075] "fitness" #> [77076] "GADAG_Analyze" #> [77077] "GADAG_Run" #> [77078] "generateToyData" #> [77079] "GaDiFPT-package" #> [77080] "builtfunc" #> [77081] "FPTdensity_byint" #> [77082] "FPTsimul" #> [77083] "inputlist" #> [77084] "plot.FPTdensity" #> [77085] "res_summary" #> [77086] "vectorsetup" #> [77087] "GADMTools-package" #> [77088] "choropleth" #> [77089] "classDots" #> [77090] "Corsica" #> [77091] "fast.choropleth" #> [77092] "GADM36SF" #> [77093] "gadm_crop" #> [77094] "gadm_getBackground" #> [77095] "gadm_getBbox" #> [77096] "gadm_loadStripped" #> [77097] "gadm_longTo360" #> [77098] "gadm_plot" #> [77099] "gadm_remove" #> [77100] "gadm_removeBackground" #> [77101] "gadm_saveStripped" #> [77102] "gadm_sf_loadCountries" #> [77103] "gadm_showNorth" #> [77104] "gadm_showScale" #> [77105] "gadm_sp_loadCountries" #> [77106] "gadm_subset" #> [77107] "gadm_union" #> [77108] "grid.map" #> [77109] "isopleth" #> [77110] "json.choropleth" #> [77111] "listNames" #> [77112] "propDots" #> [77113] "saveAs" #> [77114] "saveAsStripped" #> [77115] "strippedExists" #> [77116] "stripSP" #> [77117] "vignette" #> [77118] "gafit" #> [77119] "breeding_wiwa_genetic_posteriors" #> [77120] "breeding_wiwa_isotopes" #> [77121] "comboize" #> [77122] "comboize_and_fortify" #> [77123] "example_isotope_posteriors" #> [77124] "extract_isopredictions" #> [77125] "gaiah" #> [77126] "genetic_posteriors2rasters" #> [77127] "genetic_regions" #> [77128] "get_wrld_simpl" #> [77129] "great_circle_raster" #> [77130] "group_birds_by_location" #> [77131] "isomap2raster" #> [77132] "isomap_job54152_prediction" #> [77133] "isotope_posterior_probs" #> [77134] "migrant_wiwa_genetic_posteriors" #> [77135] "migrant_wiwa_isotopes" #> [77136] "wiwa_breed" #> [77137] "wiwa_habitat_unclipped" #> [77138] "ciaScores" #> [77139] "gains" #> [77140] "MineThatData" #> [77141] "plot.gains" #> [77142] "print.gains" #> [77143] "GAIPE-package" #> [77144] "AIPE.RMSEA" #> [77145] "CI.RMSEA" #> [77146] "GAIPE.RMSEA" #> [77147] "PA.RMSEA" #> [77148] "galgo-package" #> [77149] "ALL" #> [77150] "ALL.classes" #> [77151] "as.list.Object" #> [77152] "Bag" #> [77153] "BigBang" #> [77154] "Chromosome" #> [77155] "classPrediction" #> [77156] "configBB.VarSel" #> [77157] "configBB.VarSelMisc" #> [77158] "Galgo" #> [77159] "galgo.dist" #> [77160] "Gene" #> [77161] "geneBackwardElimination" #> [77162] "generateRandomModels" #> [77163] "knn_C_predict" #> [77164] "knn_R_predict" #> [77165] "loadObject" #> [77166] "mlhd_C_predict" #> [77167] "mlhd_R_predict" #> [77168] "modelSelection" #> [77169] "nearcent_C_predict" #> [77170] "nearcent_R_predict" #> [77171] "nnet_R_predict" #> [77172] "randomforest_R_predict" #> [77173] "reObject" #> [77174] "robustGeneBackwardElimination" #> [77175] "rpart_R_predict" #> [77176] "runifInt" #> [77177] "svm_C_predict" #> [77178] "svm_R_predict" #> [77179] "unObject" #> [77180] "galts-package" #> [77181] "ga.lts" #> [77182] "medmad" #> [77183] "medmad.cov" #> [77184] "anova.Gam" #> [77185] "gam" #> [77186] "gam.control" #> [77187] "gam.data" #> [77188] "gam.exact" #> [77189] "gam.scope" #> [77190] "gam.smoothers" #> [77191] "lo" #> [77192] "na.gam.replace" #> [77193] "plot.Gam" #> [77194] "predict.Gam" #> [77195] "step.Gam" #> [77196] "aggregation" #> [77197] "cpu.als" #> [77198] "cpu.pca" #> [77199] "gama" #> [77200] "gama.how.many.k" #> [77201] "gama.plot.partitions" #> [77202] "path.based" #> [77203] "print.gama" #> [77204] "gamair-package" #> [77205] "aral" #> [77206] "bird" #> [77207] "blowfly" #> [77208] "cairo" #> [77209] "CanWeather" #> [77210] "ch1" #> [77211] "ch1.solutions" #> [77212] "ch2" #> [77213] "ch2.solutions" #> [77214] "ch3" #> [77215] "ch3.solutions" #> [77216] "ch4" #> [77217] "ch4.solutions" #> [77218] "ch5" #> [77219] "ch5.solutions" #> [77220] "ch6" #> [77221] "ch6.solutions" #> [77222] "ch7" #> [77223] "ch7.solutions" #> [77224] "chl" #> [77225] "co2s" #> [77226] "coast" #> [77227] "engine" #> [77228] "harrier" #> [77229] "hubble" #> [77230] "ipo" #> [77231] "larynx" #> [77232] "mack" #> [77233] "mackp" #> [77234] "meh" #> [77235] "mpg" #> [77236] "sitka" #> [77237] "sperm.comp1" #> [77238] "sperm.comp2" #> [77239] "stomata" #> [77240] "swer" #> [77241] "gambin-package" #> [77242] "AIC.gambin" #> [77243] "categ" #> [77244] "create_octaves" #> [77245] "deconstruct_modes" #> [77246] "dgambin" #> [77247] "fit_abundances" #> [77248] "fly" #> [77249] "mult_abundances" #> [77250] "summary.gambin" #> [77251] "cv.GAMBoost" #> [77252] "cv.GLMBoost" #> [77253] "GAMBoost" #> [77254] "getGAMBoostSelected" #> [77255] "GLMBoost" #> [77256] "optimGAMBoostPenalty" #> [77257] "optimGLMBoostPenalty" #> [77258] "plot.GAMBoost" #> [77259] "predict.GAMBoost" #> [77260] "predict.GLMBoost" #> [77261] "gamboostLSS-package" #> [77262] "as.families" #> [77263] "cvrisk.mboostLSS" #> [77264] "Families" #> [77265] "india" #> [77266] "mboostLSS" #> [77267] "weighted.median" #> [77268] "gamboostMSM-package" #> [77269] "buildrisksets" #> [77270] "cvriskMSM" #> [77271] "degreesoffreedom" #> [77272] "helpfunctionmultistate1" #> [77273] "helpfunctionmultistate2" #> [77274] "meancentering" #> [77275] "multistate" #> [77276] "plloss" #> [77277] "plotcvriskMSM" #> [77278] "modregR-package" #> [77279] "addhlines" #> [77280] "airAccs" #> [77281] "bronchitis" #> [77282] "bssBYcut" #> [77283] "cvalues" #> [77284] "CVcluster" #> [77285] "CVgam" #> [77286] "eventCounts" #> [77287] "FARS" #> [77288] "fars2007" #> [77289] "FARSmiss" #> [77290] "gamRF" #> [77291] "german" #> [77292] "loti" #> [77293] "matchedPairs" #> [77294] "plotFars" #> [77295] "RFcluster" #> [77296] "simreg" #> [77297] "tabFarsDead" #> [77298] "gamCopula-package" #> [77299] "AIC.gamBiCop" #> [77300] "BIC.gamBiCop" #> [77301] "BiCopEta2Par" #> [77302] "BiCopPar2Eta" #> [77303] "condBiCopSim" #> [77304] "dim.gamVine" #> [77305] "EDF" #> [77306] "formula.gamBiCop" #> [77307] "gamBiCop" #> [77308] "gamBiCop-class" #> [77309] "gamBiCopCDF" #> [77310] "gamBiCopFit" #> [77311] "gamBiCopPDF" #> [77312] "gamBiCopPredict" #> [77313] "gamBiCopSelect" #> [77314] "gamBiCopSimulate" #> [77315] "gamVine" #> [77316] "gamVine-class" #> [77317] "gamVineCopSelect" #> [77318] "gamVineFamily" #> [77319] "gamVineNormalize" #> [77320] "gamVinePDF" #> [77321] "gamVineSeqFit" #> [77322] "gamVineSimulate" #> [77323] "gamVineStructureSelect" #> [77324] "logLik.gamBiCop" #> [77325] "nobs.gamBiCop" #> [77326] "plot.gamBiCop" #> [77327] "plot.gamVine" #> [77328] "RVM2GVC" #> [77329] "summary.gamBiCop" #> [77330] "summary.gamVine" #> [77331] "GAMens" #> [77332] "GAMens.cv" #> [77333] "predict.GAMens" #> [77334] "got.map" #> [77335] "gotMap" #> [77336] "scale_color_got" #> [77337] "games-package" #> [77338] "data_122" #> [77339] "data_123" #> [77340] "data_ult" #> [77341] "egame12" #> [77342] "egame122" #> [77343] "egame123" #> [77344] "latexTable" #> [77345] "leblang2003" #> [77346] "LW" #> [77347] "makeFormulas" #> [77348] "plot.predProbs" #> [77349] "plot.profile.game" #> [77350] "predict.game" #> [77351] "predProbs" #> [77352] "print.game" #> [77353] "print.summary.game" #> [77354] "profile.game" #> [77355] "student_offers" #> [77356] "summary.game" #> [77357] "ultimatum" #> [77358] "war1800" #> [77359] "games_ga" #> [77360] "games_ga_gui" #> [77361] "get_fitness" #> [77362] "sample_round" #> [77363] "GameTheory-package" #> [77364] "AdjustedProportional" #> [77365] "AllRules" #> [77366] "AlphaMin" #> [77367] "CEA" #> [77368] "CEL" #> [77369] "DefineGame" #> [77370] "LorenzRules" #> [77371] "Nucleolus" #> [77372] "NucleolusCapita" #> [77373] "plot.ClaimsRules" #> [77374] "Proportional" #> [77375] "RandomArrival" #> [77376] "ShapleyShubik" #> [77377] "ShapleyValue" #> [77378] "summary.ClaimsRule" #> [77379] "summary.ClaimsRules" #> [77380] "summary.Game" #> [77381] "summary.Nucleolus" #> [77382] "summary.ShapleyShubik" #> [77383] "summary.ShapleyValue" #> [77384] "Talmud" #> [77385] "GameTheoryAllocation-package" #> [77386] "EPM_allocation" #> [77387] "isinthecore" #> [77388] "Owen_value" #> [77389] "Shapley_value" #> [77390] "cv.gamlr" #> [77391] "gamlr" #> [77392] "hockey" #> [77393] "gamlss-package" #> [77394] "acfResid" #> [77395] "additive.fit" #> [77396] "bfp" #> [77397] "centiles" #> [77398] "centiles.com" #> [77399] "centiles.pred" #> [77400] "centiles.split" #> [77401] "coef.gamlss" #> [77402] "deviance.gamlss" #> [77403] "devianceIncr" #> [77404] "dtop" #> [77405] "find.hyper" #> [77406] "fitDist" #> [77407] "fitted.gamlss" #> [77408] "fittedPlot" #> [77409] "formula.gamlss" #> [77410] "gamlss" #> [77411] "gamlss.control" #> [77412] "gamlss.cs" #> [77413] "gamlss.fp" #> [77414] "gamlss.lo" #> [77415] "gamlss.ps" #> [77416] "gamlss.random" #> [77417] "gamlss.scope" #> [77418] "gamlssML" #> [77419] "gamlssVGD" #> [77420] "gen.likelihood" #> [77421] "getPEF" #> [77422] "getQuantile" #> [77423] "getSmo" #> [77424] "glim.control" #> [77425] "histDist" #> [77426] "histSmo" #> [77427] "lms" #> [77428] "loglogSurv" #> [77429] "lpred" #> [77430] "LR.test" #> [77431] "model.frame.gamlss" #> [77432] "numeric.deriv" #> [77433] "par.plot" #> [77434] "pcat" #> [77435] "pdf.plot" #> [77436] "plot.gamlss" #> [77437] "plot.histSmo" #> [77438] "plot2way" #> [77439] "polyS" #> [77440] "predict.gamlss" #> [77441] "print.gamlss" #> [77442] "prof.dev" #> [77443] "prof.term" #> [77444] "Q.stats" #> [77445] "quantSheets" #> [77446] "residuals.gamlss" #> [77447] "rqres.plot" #> [77448] "rvcov" #> [77449] "stepGAIC" #> [77450] "summary.gamlss" #> [77451] "term.plot" #> [77452] "update.gamlss" #> [77453] "VC.test" #> [77454] "wp" #> [77455] "z.scores" #> [77456] "blag" #> [77457] "fitFixedKnots" #> [77458] "fk" #> [77459] "gamlss.fk" #> [77460] "gamlss.ga" #> [77461] "gamlss.nn" #> [77462] "penLags" #> [77463] "plot.nnet" #> [77464] "gamlss.cens-package" #> [77465] "cens" #> [77466] "cens.d" #> [77467] "cens.p" #> [77468] "cens.q" #> [77469] "gen.cens" #> [77470] "gamlss.countKinf-package" #> [77471] "gen.Kinf" #> [77472] "KIBNB" #> [77473] "KIDEL" #> [77474] "KIDPO" #> [77475] "KIGEOM" #> [77476] "KIGEOMo" #> [77477] "KIGPO" #> [77478] "KILG" #> [77479] "KINBF" #> [77480] "KINBI" #> [77481] "KINBII" #> [77482] "KIPIG" #> [77483] "KIPO" #> [77484] "KISI" #> [77485] "KISICHEL" #> [77486] "KIWARING" #> [77487] "KIYULE" #> [77488] "abdom" #> [77489] "aircond" #> [77490] "alveolar" #> [77491] "brownfat" #> [77492] "bush2000" #> [77493] "cable" #> [77494] "CD4" #> [77495] "cysts" #> [77496] "db" #> [77497] "dbbmi" #> [77498] "dbhh" #> [77499] "eu15" #> [77500] "film30" #> [77501] "film90" #> [77502] "glasses" #> [77503] "grip" #> [77504] "Leukemia" #> [77505] "LGAclaims" #> [77506] "lice" #> [77507] "lungFunction" #> [77508] "margolin" #> [77509] "Mums" #> [77510] "mvi" #> [77511] "parzen" #> [77512] "rent99" #> [77513] "rent99.polys" #> [77514] "respInf" #> [77515] "stylo" #> [77516] "tidal" #> [77517] "trd" #> [77518] "tse" #> [77519] "usair" #> [77520] "vas5" #> [77521] "VictimsOfCrime" #> [77522] "demo.BSplines" #> [77523] "demo.LocalRegression" #> [77524] "demo.Locmean" #> [77525] "demo.NO" #> [77526] "demoDist" #> [77527] "demoLpolyS" #> [77528] "demoPsplines" #> [77529] "gamlss.demo" #> [77530] "Locmean" #> [77531] "17:30:03" #> [77532] "gamlss.dist-package" #> [77533] "BB" #> [77534] "BCCG" #> [77535] "BCPE" #> [77536] "BCT" #> [77537] "BE" #> [77538] "BEINF" #> [77539] "BEOI" #> [77540] "BEZI" #> [77541] "BI" #> [77542] "BNB" #> [77543] "checklink" #> [77544] "count_1_31" #> [77545] "DBURR12" #> [77546] "DEL" #> [77547] "DPO" #> [77548] "EGB2" #> [77549] "exGAUS" #> [77550] "EXP" #> [77551] "flexDist" #> [77552] "GAF" #> [77553] "gamlss.family" #> [77554] "GB1" #> [77555] "GB2" #> [77556] "gen.Family" #> [77557] "GEOM" #> [77558] "GIG" #> [77559] "GPO" #> [77560] "GT" #> [77561] "GU" #> [77562] "hazardFun" #> [77563] "IG" #> [77564] "IGAMMA" #> [77565] "JSU" #> [77566] "JSUo" #> [77567] "LNO" #> [77568] "LO" #> [77569] "LOGITNO" #> [77570] "LQNO" #> [77571] "make.link.gamlss" #> [77572] "MN3" #> [77573] "momentSK" #> [77574] "NBF" #> [77575] "NBI" #> [77576] "NBII" #> [77577] "NET" #> [77578] "NO" #> [77579] "NO2" #> [77580] "PARETO2" #> [77581] "PIG" #> [77582] "PO" #> [77583] "RG" #> [77584] "RGE" #> [77585] "SEP" #> [77586] "SEP1" #> [77587] "SHASH" #> [77588] "SICHEL" #> [77589] "SIMPLEX" #> [77590] "SN1" #> [77591] "SN2" #> [77592] "ST1" #> [77593] "WARING" #> [77594] "WEI" #> [77595] "WEI2" #> [77596] "WEI3" #> [77597] "YULE" #> [77598] "ZABB" #> [77599] "ZABI" #> [77600] "ZAGA" #> [77601] "ZAIG" #> [77602] "ZANBI" #> [77603] "ZAP" #> [77604] "ZIP2" #> [77605] "ZIPF" #> [77606] "gamlss.inf-package" #> [77607] "centiles.Inf0to1" #> [77608] "gamlssInf0to1" #> [77609] "gamlssZadj" #> [77610] "gen.Inf0to1" #> [77611] "gen.Zadj" #> [77612] "predict.gamlssinf0to1" #> [77613] "predict.gamlssZadj" #> [77614] "sda" #> [77615] "summary.gamlssinf0to1" #> [77616] "term.plotInf0to1" #> [77617] "term.plotZadj" #> [77618] "gamlss.mx-package" #> [77619] "dMX" #> [77620] "gamlssMX" #> [77621] "gamlssNP" #> [77622] "MX.control" #> [77623] "NP.control" #> [77624] "plotMP" #> [77625] "gamlss-nl-package" #> [77626] "finterp" #> [77627] "nl" #> [77628] "NL.control" #> [77629] "nlgamlss" #> [77630] "gamlss.spatial-package" #> [77631] "draw.polys" #> [77632] "gamlss.gmrf" #> [77633] "MRF" #> [77634] "gamlss.tr-package" #> [77635] "fitTail" #> [77636] "gen.trun" #> [77637] "trun" #> [77638] "trun.d" #> [77639] "trun.p" #> [77640] "trun.q" #> [77641] "trun.r" #> [77642] "centiles.ts" #> [77643] "garmaFit" #> [77644] "penReg" #> [77645] "plotSimpleGamlss" #> [77646] "scattersmooth" #> [77647] "BSSN" #> [77648] "gamm4" #> [77649] "gam.grptest" #> [77650] "gamm4.grptest" #> [77651] "outchild" #> [77652] "plot.gamtest" #> [77653] "print.gamtest" #> [77654] "T.L2c" #> [77655] "gSlc" #> [77656] "gSlc.control" #> [77657] "indonRespir" #> [77658] "plot.gSlc" #> [77659] "summary.gSlc" #> [77660] "cv.gam" #> [77661] "gamRR" #> [77662] "gamRR.boot" #> [77663] "gamsel-package" #> [77664] "basis.gen" #> [77665] "cv.gamsel" #> [77666] "gamsel" #> [77667] "getActive" #> [77668] "plot.cv.gamsel" #> [77669] "plot.gamsel" #> [77670] "predict.gamsel" #> [77671] "print.gamsel" #> [77672] "summary.gamsel" #> [77673] "'expr-coerce.R'" #> [77674] "'Expr-methods.R'" #> [77675] "'GaView-generics.R'" #> [77676] "'view-coerce.R'" #> [77677] "'ga-api-coerce.R'" #> [77678] "'GetGa-methods.R'" #> [77679] "'segment-coerce.R'" #> [77680] "'Sequence-generics.R'" #> [77681] "'Sequence-methods.R'" #> [77682] "'TableFilter-methods.R'" #> [77683] "'Var-list-methods.R'" #> [77684] "'ganalytics-package.R'" #> [77685] "'gtm-api-classes.R'" #> [77686] "'sequence.R'" #> [77687] "Johann" #> [77688] "Boer" #> [77689] "2019-03-02" #> [77690] "09:20:03" #> [77691] "And" #> [77692] "Cohort" #> [77693] "Comparator" #> [77694] "comparators" #> [77695] "DateRange" #> [77696] "DynSegment" #> [77697] "EndDate" #> [77698] "Exclude" #> [77699] "First" #> [77700] "GaAccount" #> [77701] "GaAccounts" #> [77702] "GaAccountSummaries" #> [77703] "GaAccountSummary" #> [77704] "GaCreds" #> [77705] "GaExpr" #> [77706] "GaMetaUpdate" #> [77707] "GaQuery" #> [77708] "GaUserSegment" #> [77709] "GaUserSegments" #> [77710] "ga_view_selector" #> [77711] "GetGaData" #> [77712] "GetGaData,.query-method" #> [77713] "GoogleApiCreds" #> [77714] "GtmAccount" #> [77715] "GtmAccounts" #> [77716] "Include" #> [77717] "IsNegated" #> [77718] "IsRegEx" #> [77719] "Later" #> [77720] "MaxResults" #> [77721] "McfExpr" #> [77722] "McfQuery" #> [77723] "Metrics" #> [77724] "Operand" #> [77725] "Or" #> [77726] "PerHit" #> [77727] "PerProduct" #> [77728] "PerSession" #> [77729] "PerUser" #> [77730] "RtExpr" #> [77731] "RtQuery" #> [77732] "SamplingLevel" #> [77733] "ScopeLevel" #> [77734] "Segment" #> [77735] "SegmentConditionFilter" #> [77736] "Segments" #> [77737] "Sequence" #> [77738] "sequential_segment" #> [77739] "SortBy" #> [77740] "SplitDateRange" #> [77741] "StartDate" #> [77742] "TableFilter" #> [77743] "Then" #> [77744] "ValidGaOperand" #> [77745] "xor" #> [77746] "GANPA-package" #> [77747] "GSE.Test.Main" #> [77748] "weight.gsets.test" #> [77749] "weight.gsets.with.msprot" #> [77750] "GANPAdata-package" #> [77751] "gExprs.p53" #> [77752] "gNET" #> [77753] "gsets.msigdb.pnas" #> [77754] "msp.groups" #> [77755] "gap-package" #> [77756] "ab" #> [77757] "AE3" #> [77758] "aldh2" #> [77759] "apoeapoc" #> [77760] "asplot" #> [77761] "b2r" #> [77762] "BFDP" #> [77763] "bt" #> [77764] "ccsize" #> [77765] "chow.test" #> [77766] "comp.score" #> [77767] "crohn" #> [77768] "ESplot" #> [77769] "fa" #> [77770] "fbsize" #> [77771] "FPRP" #> [77772] "fsnps" #> [77773] "gc.em" #> [77774] "gcontrol" #> [77775] "gcontrol2" #> [77776] "gcp" #> [77777] "genecounting" #> [77778] "gif" #> [77779] "hap" #> [77780] "hap.em" #> [77781] "hap.score" #> [77782] "hla" #> [77783] "htr" #> [77784] "hwe" #> [77785] "hwe.cc" #> [77786] "hwe.hardy" #> [77787] "kin.morgan" #> [77788] "klem" #> [77789] "l51" #> [77790] "LD22" #> [77791] "LDkl" #> [77792] "lukas" #> [77793] "makeped" #> [77794] "mao" #> [77795] "masize" #> [77796] "MCMCgrm" #> [77797] "metap" #> [77798] "metareg" #> [77799] "meyer" #> [77800] "mfblong" #> [77801] "mhtplot" #> [77802] "mhtplot2" #> [77803] "mia" #> [77804] "mtdt" #> [77805] "mtdt2" #> [77806] "muvar" #> [77807] "mvmeta" #> [77808] "nep499" #> [77809] "pbsize" #> [77810] "pbsize2" #> [77811] "pedtodot" #> [77812] "pfc" #> [77813] "pfc.sim" #> [77814] "pgc" #> [77815] "plot.hap.score" #> [77816] "print.hap.score" #> [77817] "qqfun" #> [77818] "qqunif" #> [77819] "read.ms.output" #> [77820] "s2k" #> [77821] "SNP" #> [77822] "tscc" #> [77823] "whscore" #> [77824] "CDKN" #> [77825] "hr1420" #> [77826] "mhtdata" #> [77827] "w4" #> [77828] "GAparsimony-package" #> [77829] "ga_parsimony" #> [77830] "ga_parsimony-class" #> [77831] "matrixNULL-class" #> [77832] "parsimony_crossover" #> [77833] "parsimony_importance" #> [77834] "parsimony_monitor" #> [77835] "parsimony_Mutation" #> [77836] "parsimony_Population" #> [77837] "parsimony_rerank" #> [77838] "parsimony_Selection" #> [77839] "plot.ga_parsimony-method" #> [77840] "summary.ga_parsimony-method" #> [77841] "gapfill-package" #> [77842] "Array2Matrix" #> [77843] "ArrayAround" #> [77844] "EstimateQuantile" #> [77845] "Extend" #> [77846] "Gapfill" #> [77847] "Image" #> [77848] "Score" #> [77849] "Subset-Predict" #> [77850] "gapmap-package" #> [77851] "gapmap" #> [77852] "gap_data" #> [77853] "gap_dendrogram" #> [77854] "gap_heatmap" #> [77855] "gap_label" #> [77856] "country_codes" #> [77857] "country_colors" #> [77858] "gapminder_unfiltered" #> [77859] "GAR-package" #> [77860] "envGAR" #> [77861] "gaRequest" #> [77862] "getCode" #> [77863] "getRefresh" #> [77864] "tokenRefresh" #> [77865] "amap" #> [77866] "amult" #> [77867] "aperm.garray" #> [77868] "areduce" #> [77869] "as.data.frame.garray" #> [77870] "awipe" #> [77871] "dim.garray" #> [77872] "garray" #> [77873] "print.garray" #> [77874] "psummary" #> [77875] "read.ctable" #> [77876] "sdim" #> [77877] "[.garray" #> [77878] "%+%" #> [77879] "GAS-package" #> [77880] "BacktestDensity" #> [77881] "BacktestVaR" #> [77882] "ConfidenceBands" #> [77883] "cpichg" #> [77884] "DistInfo" #> [77885] "dji30ret" #> [77886] "fn.optim" #> [77887] "fn.solnp" #> [77888] "FZLoss" #> [77889] "Goals" #> [77890] "mGASFit" #> [77891] "mGASFor" #> [77892] "mGASRoll" #> [77893] "mGASSim" #> [77894] "mGASSpec" #> [77895] "MultiGASFit" #> [77896] "MultiGASFor" #> [77897] "MultiGASRoll" #> [77898] "MultiGASSim" #> [77899] "MultiGASSpec" #> [77900] "MultiMapParameters" #> [77901] "MultiUnmapParameters" #> [77902] "NumericalBounds" #> [77903] "PIT_test" #> [77904] "sp500ret" #> [77905] "sp500rv" #> [77906] "StockIndices" #> [77907] "tqdata" #> [77908] "uGASFit" #> [77909] "uGASFor" #> [77910] "uGASRoll" #> [77911] "uGASSim" #> [77912] "uGASSpec" #> [77913] "UniGASFit" #> [77914] "UniGASFor" #> [77915] "UniGASRoll" #> [77916] "UniGASSim" #> [77917] "UniGASSpec" #> [77918] "UniMapParameters" #> [77919] "UniUnmapParameters" #> [77920] "usunp" #> [77921] "evaluatorFit" #> [77922] "evaluatorLM" #> [77923] "evaluatorPLS" #> [77924] "evaluatorUserFunction" #> [77925] "fitnessEvolution" #> [77926] "formatSegmentation" #> [77927] "GenAlg-class" #> [77928] "genAlgControl" #> [77929] "GenAlgControl-class" #> [77930] "GenAlgEvaluator-class" #> [77931] "GenAlgFitEvaluator-class" #> [77932] "GenAlgLMEvaluator-class" #> [77933] "GenAlgPLSEvaluator-class" #> [77934] "GenAlgUserEvaluator-class" #> [77935] "getEvalFun" #> [77936] "toCControlList" #> [77937] "trueFitnessVal" #> [77938] "validData" #> [77939] "gasfluxes-package" #> [77940] "agg.fluxes" #> [77941] "erfc" #> [77942] "fluxMeas" #> [77943] "gasfluxes" #> [77944] "HMR.fit" #> [77945] "HMR.orig" #> [77946] "lin.fit" #> [77947] "NDFE.fit" #> [77948] "rlin.fit" #> [77949] "selectfluxes" #> [77950] "coef.nlme_gastempt" #> [77951] "coef.stan_gastempt" #> [77952] "gastemptfunc" #> [77953] "nlme_gastempt" #> [77954] "plot.nlme_gastempt" #> [77955] "plot.stan_gastempt" #> [77956] "run_shiny" #> [77957] "simulate_gastempt" #> [77958] "stan_gastempt" #> [77959] "stan_model_names" #> [77960] "t50" #> [77961] "gaston-package" #> [77962] "AGT" #> [77963] "as.bed.matrix" #> [77964] "association.test" #> [77965] "bed.loadings" #> [77966] "bed.matrix-class" #> [77967] "dupli" #> [77968] "GRM" #> [77969] "is.autosome" #> [77970] "LCT" #> [77971] "LD.plot" #> [77972] "LD.thin" #> [77973] "lik.contour" #> [77974] "lmm.aireml" #> [77975] "lmm.diago" #> [77976] "lmm.diago.likelihood" #> [77977] "lmm.restricted.likelihood" #> [77978] "lmm.simu" #> [77979] "logistic.mm.aireml" #> [77980] "qqplot.pvalues" #> [77981] "random.pm" #> [77982] "read.bed.matrix" #> [77983] "reshape.GRM" #> [77984] "score.fixed.linear/score.fixed.logistic" #> [77985] "score.variance.linear/score.variance.logistic" #> [77986] "select.inds" #> [77987] "select.snps" #> [77988] "set.dist" #> [77989] "set.genomic.sex" #> [77990] "set.hwe" #> [77991] "set.stats" #> [77992] "SNP.duplicated" #> [77993] "SNP.match" #> [77994] "SNP.rm.duplicates" #> [77995] "TTN" #> [77996] "write.bed.matrix" #> [77997] "fhs" #> [77998] "gatepoints" #> [77999] "*.GauPro_kernel" #> [78000] "+.GauPro_kernel" #> [78001] "corr_gauss_matrix" #> [78002] "corr_gauss_matrix_symC" #> [78003] "corr_gauss_matrix_sym_armaC" #> [78004] "GauPro" #> [78005] "GauPro_base" #> [78006] "GauPro_Gauss" #> [78007] "GauPro_kernel" #> [78008] "GauPro_kernel_beta" #> [78009] "GauPro_kernel_model" #> [78010] "GauPro_trend" #> [78011] "Gaussian_devianceC" #> [78012] "Gaussian_hessianC" #> [78013] "Gaussian_hessianCC" #> [78014] "Gaussian_hessianR" #> [78015] "kernel_product" #> [78016] "kernel_sum" #> [78017] "Matern32" #> [78018] "Matern52" #> [78019] "Periodic" #> [78020] "plot.GauPro" #> [78021] "predict.GauPro" #> [78022] "RatQuad" #> [78023] "trend_0" #> [78024] "trend_c" #> [78025] "trend_LM" #> [78026] "normdiff" #> [78027] "gaussfact" #> [78028] "em.step" #> [78029] "EstHMM1d" #> [78030] "EstRegime" #> [78031] "ForecastHMMeta" #> [78032] "ForecastHMMPdf" #> [78033] "GaussianMixtureCdf" #> [78034] "GaussianMixtureInv" #> [78035] "GaussianMixturePdf" #> [78036] "GofHMM1d" #> [78037] "Sim.HMM.Gaussian.1d" #> [78038] "Sim.Markov.Chain" #> [78039] "chebyshev.c.quadrature" #> [78040] "chebyshev.c.quadrature.rules" #> [78041] "chebyshev.s.quadrature" #> [78042] "chebyshev.s.quadrature.rules" #> [78043] "chebyshev.t.quadrature" #> [78044] "chebyshev.t.quadrature.rules" #> [78045] "chebyshev.u.quadrature" #> [78046] "chebyshev.u.quadrature.rules" #> [78047] "gegenbauer.quadrature" #> [78048] "gegenbauer.quadrature.rules" #> [78049] "ghermite.h.quadrature" #> [78050] "ghermite.h.quadrature.rules" #> [78051] "glaguerre.quadrature" #> [78052] "glaguerre.quadrature.rules" #> [78053] "hermite.h.quadrature" #> [78054] "hermite.h.quadrature.rules" #> [78055] "hermite.he.quadrature" #> [78056] "hermite.he.quadrature.rules" #> [78057] "jacobi.g.quadrature" #> [78058] "jacobi.g.quadrature.rules" #> [78059] "jacobi.p.quadrature" #> [78060] "jacobi.p.quadrature.rules" #> [78061] "laguerre.quadrature" #> [78062] "laguerre.quadrature.rules" #> [78063] "legendre.quadrature" #> [78064] "legendre.quadrature.rules" #> [78065] "quadrature.rule.table" #> [78066] "quadrature.rules" #> [78067] "schebyshev.t.quadrature" #> [78068] "schebyshev.t.quadrature.rules" #> [78069] "schebyshev.u.quadrature" #> [78070] "schebyshev.u.quadrature.rules" #> [78071] "slegendre.quadrature" #> [78072] "slegendre.quadrature.rules" #> [78073] "spherical.quadrature" #> [78074] "spherical.quadrature.rules" #> [78075] "ultraspherical.quadrature" #> [78076] "ultraspherical.quadrature.rules" #> [78077] "gazepath-package" #> [78078] "eye_dat" #> [78079] "gazepath" #> [78080] "screen" #> [78081] "ARL1" #> [78082] "degld" #> [78083] "drsgld" #> [78084] "fit.egld" #> [78085] "fit.gld" #> [78086] "fkde" #> [78087] "gboot" #> [78088] "Compound" #> [78089] "CompoundAuxDensPlot" #> [78090] "CompoundAuxFit" #> [78091] "CompoundAuxVarest" #> [78092] "CompoundDensPlot" #> [78093] "CompoundFit" #> [78094] "CompoundIndicators" #> [78095] "CompoundMoments" #> [78096] "CompoundQuantiles" #> [78097] "CompoundVarest" #> [78098] "Contindic" #> [78099] "Contprof" #> [78100] "Fisk" #> [78101] "gb2" #> [78102] "Indicators" #> [78103] "LogDensity" #> [78104] "LogLikelihood" #> [78105] "MLfitGB2" #> [78106] "MLfullGB2" #> [78107] "MLprofGB2" #> [78108] "NonlinearFit" #> [78109] "PlotsML" #> [78110] "ProfLogLikelihood" #> [78111] "RobustWeights" #> [78112] "Thomae" #> [78113] "Varest" #> [78114] "fit.plot" #> [78115] "fitgroup.b2" #> [78116] "fitgroup.da" #> [78117] "fitgroup.f" #> [78118] "fitgroup.gb2" #> [78119] "fitgroup.ln" #> [78120] "fitgroup.sm" #> [78121] "gbfs" #> [78122] "get_free_bike_status" #> [78123] "get_gbfs" #> [78124] "get_gbfs_cities" #> [78125] "get_station_information" #> [78126] "get_station_status" #> [78127] "get_system_alerts" #> [78128] "get_system_calendar" #> [78129] "get_system_hours" #> [78130] "get_system_information" #> [78131] "get_system_pricing_plans" #> [78132] "get_system_regions" #> [78133] "BJ" #> [78134] "calc_score_stats" #> [78135] "estimate_ss_cor" #> [78136] "FGFR2" #> [78137] "GBJ" #> [78138] "GBJ_pvalue" #> [78139] "gbr_pcs" #> [78140] "GHC" #> [78141] "OMNI_individual" #> [78142] "OMNI_ss" #> [78143] "score_stats_only" #> [78144] "gbm-package" #> [78145] "basehaz.gbm" #> [78146] "calibrate.plot" #> [78147] "gbm.fit" #> [78148] "gbm.more" #> [78149] "gbm.object" #> [78150] "gbm.perf" #> [78151] "gbm.roc.area" #> [78152] "gbmCrossVal" #> [78153] "guessDist" #> [78154] "interact.gbm" #> [78155] "plot.gbm" #> [78156] "predict.gbm" #> [78157] "pretty.gbm.tree" #> [78158] "print.gbm" #> [78159] "quantile.rug" #> [78160] "reconstructGBMdata" #> [78161] "shrink.gbm" #> [78162] "shrink.gbm.pred" #> [78163] "summary.gbm" #> [78164] "test.gbm" #> [78165] "gbm2sas-package" #> [78166] "gbm2sas" #> [78167] "2017-01-28" #> [78168] "bppSgl" #> [78169] "bpp_solver" #> [78170] "bpp_solver_dpp" #> [78171] "bpp_solver_dpp_wrapper" #> [78172] "bpp_solver_sgl" #> [78173] "bpp_viewer" #> [78174] "bpp_viewer_single" #> [78175] "create_bn_rgl_control" #> [78176] "create_it_cube3d" #> [78177] "create_it_rgl_control" #> [78178] "gbp" #> [78179] "gbp1d" #> [78180] "gbp1d_solver_dpp" #> [78181] "gbp2d" #> [78182] "gbp2d_checkr" #> [78183] "gbp2d_it_create_ktlist" #> [78184] "gbp2d_solver_dpp" #> [78185] "gbp2d_solver_dpp_filt" #> [78186] "gbp2d_solver_dpp_prep_create_p" #> [78187] "gbp2d_viewer" #> [78188] "gbp2q" #> [78189] "gbp2q_checkr" #> [78190] "gbp2q_viewer" #> [78191] "gbp3d" #> [78192] "gbp3d_checkr" #> [78193] "gbp3d_it_create_ktlist" #> [78194] "gbp3d_solver_dpp" #> [78195] "gbp3d_solver_dpp_filt" #> [78196] "gbp3d_solver_dpp_prep_create_p" #> [78197] "gbp3d_viewer" #> [78198] "gbp3q" #> [78199] "gbp3q_checkr" #> [78200] "gbp3q_viewer" #> [78201] "gbp4d" #> [78202] "gbp4d_checkr" #> [78203] "gbp4d_it_create_ktlist" #> [78204] "gbp4d_solver_dpp" #> [78205] "gbp4d_solver_dpp_filt" #> [78206] "gbp4d_solver_dpp_prep_create_p" #> [78207] "gbp4d_viewer" #> [78208] "gbp4q" #> [78209] "gbp4q_checkr" #> [78210] "gbp4q_viewer" #> [78211] "Ktlist2d" #> [78212] "Ktlist3d" #> [78213] "Ktlist4d" #> [78214] "gbRd-package" #> [78215] "Rdo_args2txt" #> [78216] "Rdo_args2txt_list" #> [78217] "Rdo_create" #> [78218] "Rdo_get_args" #> [78219] "Rdo_section" #> [78220] "Rd_fun" #> [78221] "Rd_help2txt" #> [78222] "Rd_title" #> [78223] "gbs2ploidy-package" #> [78224] "estploidy" #> [78225] "estprops" #> [78226] "boston_housing" #> [78227] "comperf" #> [78228] "gbts" #> [78229] "german_credit" #> [78230] "predict.gbts" #> [78231] "adjacencyOfClasses" #> [78232] "cdf2quantile" #> [78233] "isargunnamed" #> [78234] "mintersect" #> [78235] "missing_arg" #> [78236] "myouter" #> [78237] "nposargs" #> [78238] "parse_text" #> [78239] "plotpdf" #> [78240] "pseudoInverse" #> [78241] "raw_history" #> [78242] "sim_complex" #> [78243] "sim_numbers" #> [78244] "GCAI.bias-package" #> [78245] "coeplot" #> [78246] "correct.guided" #> [78247] "counts.preprocess" #> [78248] "index.mat.generation" #> [78249] "index.preprocess" #> [78250] "lm.estimate" #> [78251] "obj.index" #> [78252] "panel.cor" #> [78253] "panel.smooth.r" #> [78254] "posplot" #> [78255] "test.dat.counts" #> [78256] "test.dat.seq" #> [78257] "train.dat.counts" #> [78258] "train.dat.seq" #> [78259] "averaged_trials" #> [78260] "avg_curve_slope" #> [78261] "between_trial_change" #> [78262] "centered_AUC" #> [78263] "consecutive_trial_change" #> [78264] "find_peaks" #> [78265] "format_data" #> [78266] "GCaMP" #> [78267] "inflect_points" #> [78268] "inflect_points_df" #> [78269] "moving_window" #> [78270] "perc_baseline" #> [78271] "plot_trials" #> [78272] "within_trial_change" #> [78273] "z_score" #> [78274] "aligned_peak_data" #> [78275] "align_chromatograms" #> [78276] "as.data.frame.GCalign" #> [78277] "check_input" #> [78278] "choose_optimal_reference" #> [78279] "draw_chromatogram" #> [78280] "GCalignR" #> [78281] "gc_heatmap" #> [78282] "linear_transformation" #> [78283] "merge_redundant_rows" #> [78284] "norm_peaks" #> [78285] "peak_data" #> [78286] "peak_factors" #> [78287] "peak_interspace" #> [78288] "plot.GCalign" #> [78289] "print.GCalign" #> [78290] "read_empower2" #> [78291] "read_peak_list" #> [78292] "remove_blanks" #> [78293] "remove_singletons" #> [78294] "simple_chroma" #> [78295] "gCat" #> [78296] "gcat.test" #> [78297] "mycounts" #> [78298] "mydist" #> [78299] "myedge" #> [78300] "figures" #> [78301] "GCD-package" #> [78302] "charcoal_methods" #> [78303] "charcoal_units" #> [78304] "GCD-internal" #> [78305] "paleofiredata" #> [78306] "paleofiresites" #> [78307] "pub" #> [78308] "coef.cv.gcdnet" #> [78309] "coef.gcdnet" #> [78310] "cv.gcdnet" #> [78311] "gcdnet" #> [78312] "plot.cv.gcdnet" #> [78313] "plot.gcdnet" #> [78314] "predict.cv.gcdnet" #> [78315] "predict.gcdnet" #> [78316] "print.gcdnet" #> [78317] "gcecox" #> [78318] "gcefg" #> [78319] "gcForest-package" #> [78320] "gcdata" #> [78321] "gcforest" #> [78322] "model_load" #> [78323] "model_save" #> [78324] "req_py" #> [78325] "author_cloud" #> [78326] "gcite" #> [78327] "gcite_author_info" #> [78328] "gcite_citation_index" #> [78329] "gcite_citation_page" #> [78330] "gcite_cite_over_time" #> [78331] "gcite_graph" #> [78332] "gcite_main_graph" #> [78333] "gcite_papers" #> [78334] "gcite_paper_df" #> [78335] "gcite_stopwords" #> [78336] "gcite_url" #> [78337] "gcite_username" #> [78338] "gcite_user_info" #> [78339] "gcite_wordcloud" #> [78340] "gcite_wordcloud_spec" #> [78341] "is_travis" #> [78342] "set_cookies_txt" #> [78343] "title_cloud" #> [78344] "AtlanticFish" #> [78345] "beta.gc" #> [78346] "binomial.gc" #> [78347] "corr.gc" #> [78348] "corrTG" #> [78349] "FHUBdiscrete" #> [78350] "gaussian.gc" #> [78351] "gm.gc" #> [78352] "LansingTrees" #> [78353] "marginal.gc" #> [78354] "matern.gc" #> [78355] "mlegc" #> [78356] "mvnintGHK" #> [78357] "negbin.gc" #> [78358] "OilWell" #> [78359] "plot.mlegc" #> [78360] "plot.predgc" #> [78361] "plot.simgc" #> [78362] "plotgc" #> [78363] "poisson.gc" #> [78364] "powerexp.gc" #> [78365] "predgc" #> [78366] "profile.mlegc" #> [78367] "simgc" #> [78368] "spherical.gc" #> [78369] "summary.mlegc" #> [78370] "summary.predgc" #> [78371] "vcov.mlegc" #> [78372] "Weed95" #> [78373] "weibull.gc" #> [78374] "zip.gc" #> [78375] "ac" #> [78376] "colpairs" #> [78377] "cpairs" #> [78378] "cparcoord" #> [78379] "dmat.color" #> [78380] "order.clusters" #> [78381] "order.single" #> [78382] "partition.crit" #> [78383] "pclen" #> [78384] "reorder.hclust" #> [78385] "vec2distm" #> [78386] "gcmr-package" #> [78387] "arma.cormat" #> [78388] "cluster.cormat" #> [78389] "cormat.gcmr" #> [78390] "gaussian.marg" #> [78391] "gcmr" #> [78392] "gcmr.options" #> [78393] "HUR" #> [78394] "ind.cormat" #> [78395] "malaria" #> [78396] "marginal.gcmr" #> [78397] "matern.cormat" #> [78398] "plot.gcmr" #> [78399] "profile.gcmr" #> [78400] "residuals.gcmr" #> [78401] "scotland" #> [78402] "summary.gcmr" #> [78403] "symlasso" #> [78404] "aapl" #> [78405] "anthoming" #> [78406] "cabbage_exp" #> [78407] "corneas" #> [78408] "drunk" #> [78409] "gcookbook" #> [78410] "heightweight" #> [78411] "isabel" #> [78412] "madmen" #> [78413] "madmen2" #> [78414] "pg_mean" #> [78415] "plum" #> [78416] "plum_wide" #> [78417] "simpledat" #> [78418] "simpledat_long" #> [78419] "tg" #> [78420] "tophitters2001" #> [78421] "uspopage" #> [78422] "uspopchange" #> [78423] "worldpop" #> [78424] "GCPM-package" #> [78425] "alpha.max-methods" #> [78426] "business-methods" #> [78427] "CDF-methods" #> [78428] "country-methods" #> [78429] "default-methods" #> [78430] "EAD-methods" #> [78431] "EC-methods" #> [78432] "EC.cont-methods" #> [78433] "EL-methods" #> [78434] "EL.analyt-methods" #> [78435] "ES-methods" #> [78436] "ES.cont-methods" #> [78437] "export-methods" #> [78438] "GCPM-class" #> [78439] "idiosyncr-methods" #> [78440] "LGD-methods" #> [78441] "LHR-methods" #> [78442] "link.function-methods" #> [78443] "loss-methods" #> [78444] "loss.thr-methods" #> [78445] "loss.unit-methods" #> [78446] "model.type-methods" #> [78447] "N-methods" #> [78448] "NC-methods" #> [78449] "NR-methods" #> [78450] "NS-methods" #> [78451] "PD-methods" #> [78452] "PDF-methods" #> [78453] "PL-methods" #> [78454] "portfolio.pois" #> [78455] "portfolio.pool" #> [78456] "portfolios" #> [78457] "random.numbers-methods" #> [78458] "SD-methods" #> [78459] "SD.analyt-methods" #> [78460] "SD.cont-methods" #> [78461] "SD.div-methods" #> [78462] "SD.syst-methods" #> [78463] "sec.var-methods" #> [78464] "sector.names-methods" #> [78465] "VaR-methods" #> [78466] "VaR.cont-methods" #> [78467] "W-methods" #> [78468] "citv" #> [78469] "gd" #> [78470] "gdeco" #> [78471] "gdinteract" #> [78472] "gdrisk" #> [78473] "H1N1" #> [78474] "NDVI" #> [78475] "optidisc" #> [78476] "riskmean" #> [78477] "road_GD" #> [78478] "sesu" #> [78479] "stra" #> [78480] "stra2v" #> [78481] "v2m" #> [78482] "Decathlon" #> [78483] "EastIndiesTrade" #> [78484] "foodnames" #> [78485] "HRstars" #> [78486] "MexLJ" #> [78487] "SpeedSki" #> [78488] "uniranks" #> [78489] "align_rasters" #> [78490] "batch_gdal_translate" #> [78491] "gdaladdo" #> [78492] "gdalbuildvrt" #> [78493] "gdaldem" #> [78494] "gdalinfo" #> [78495] "gdallocationinfo" #> [78496] "gdalmanage" #> [78497] "gdalsrsinfo" #> [78498] "gdaltindex" #> [78499] "gdaltransform" #> [78500] "gdalwarp" #> [78501] "gdal_chooseInstallation" #> [78502] "gdal_cmd_builder" #> [78503] "gdal_contour" #> [78504] "gdal_grid" #> [78505] "gdal_rasterize" #> [78506] "gdal_setInstallation" #> [78507] "gdal_translate" #> [78508] "get_subdatasets" #> [78509] "is.Raster" #> [78510] "mosaic_rasters" #> [78511] "nearblack" #> [78512] "ogr2ogr" #> [78513] "ogrinfo" #> [78514] "ogrlineref" #> [78515] "ogrtindex" #> [78516] "qm" #> [78517] "remove_file_extension" #> [78518] "tahoe_highrez_training" #> [78519] "tahoe_lidar_bareearth.tif" #> [78520] "tahoe_lidar_highesthit.tif" #> [78521] "test_modis.hdf" #> [78522] "2017-06-06" #> [78523] "15:34:19" #> [78524] "gdata-package" #> [78525] "ans" #> [78526] "Args" #> [78527] "bindData" #> [78528] "cbindX" #> [78529] "centerText" #> [78530] "ConvertMedUnits" #> [78531] "drop.levels" #> [78532] "duplicated2" #> [78533] "elem" #> [78534] "frameApply" #> [78535] "gdata-defunct" #> [78536] "getYear" #> [78537] "humanReadable" #> [78538] "installXLSXsupport" #> [78539] "interleave" #> [78540] "is.what" #> [78541] "ll" #> [78542] "ls.funs" #> [78543] "mapLevels" #> [78544] "matchcols" #> [78545] "MedUnits" #> [78546] "nPairs" #> [78547] "object.size" #> [78548] "read.xls" #> [78549] "rename.vars" #> [78550] "sheetCount" #> [78551] "startsWith" #> [78552] "trimSum" #> [78553] "unknownToNA" #> [78554] "unmatrix" #> [78555] "update.list" #> [78556] "upperTriangle" #> [78557] "wideByFactor" #> [78558] "write.fwf" #> [78559] "xlsFormats" #> [78560] "conc.ellipse" #> [78561] "contrib" #> [78562] "csMCA" #> [78563] "dichotom" #> [78564] "dimcontrib" #> [78565] "dimdesc.MCA" #> [78566] "dimeta2" #> [78567] "dimvtest" #> [78568] "getindexcat" #> [78569] "homog.test" #> [78570] "indsup" #> [78571] "medoids" #> [78572] "modif.rate" #> [78573] "multiMCA" #> [78574] "pem" #> [78575] "plot.csMCA" #> [78576] "plot.multiMCA" #> [78577] "plot.speMCA" #> [78578] "plot.stMCA" #> [78579] "prop.wtable" #> [78580] "speMCA" #> [78581] "stMCA" #> [78582] "tabcontrib" #> [78583] "Taste" #> [78584] "textindsup" #> [78585] "textvarsup" #> [78586] "translate.logit" #> [78587] "varsup" #> [78588] "wtable" #> [78589] "gDefrag-package" #> [78590] "edge.creation" #> [78591] "gDefrag.full" #> [78592] "node.creation" #> [78593] "plotgraph" #> [78594] "prioritize" #> [78595] "road_P" #> [78596] "GDELTtools" #> [78597] "GetAllOfGDELT" #> [78598] "GetGDELT" #> [78599] "NormEventCounts" #> [78600] "gdimap-package" #> [78601] "btable" #> [78602] "data.bval" #> [78603] "data.bvec" #> [78604] "data_brain_mask" #> [78605] "data_gfa" #> [78606] "data_V1" #> [78607] "data_V2" #> [78608] "gqi.odfpeaklines" #> [78609] "gqi.odfpeaks" #> [78610] "gqi.odfvmf" #> [78611] "gqi.odfvmflines" #> [78612] "gqi.odfvxgrid" #> [78613] "niinorm" #> [78614] "plotglyph" #> [78615] "rgbvolmap" #> [78616] "s2tessel.zorder" #> [78617] "simul.fandtasia" #> [78618] "simul.fandtasiaSignal" #> [78619] "simul.simplefield" #> [78620] "simulglyph.vmf" #> [78621] "slfcst" #> [78622] "sph.odfpeaklines" #> [78623] "sph.odfpeaks" #> [78624] "sph.odfvmf" #> [78625] "sph.odfvmflines" #> [78626] "sph.odfvxgrid" #> [78627] "synthfiberss2z" #> [78628] "'s3GDINA.R'" #> [78629] "'print.GDINA.R'" #> [78630] "'score.R'" #> [78631] "'sim20seqGDINA.R'" #> [78632] "'sim21seqDINA.R'" #> [78633] "'sim30DINA.R'" #> [78634] "'sim30pGDINA.R'" #> [78635] "'startGDINA.R'" #> [78636] "'summary.GDINA.R'" #> [78637] "Wenchao" #> [78638] "Jimmy" #> [78639] "Torre" #> [78640] "Miguel" #> [78641] "Sorrel" #> [78642] "2019-03-11" #> [78643] "14:22:39" #> [78644] "GDINA-package" #> [78645] "att.structure" #> [78646] "attributepattern" #> [78647] "autoGDINA" #> [78648] "bdiagMatrix" #> [78649] "bootSE" #> [78650] "cjoint" #> [78651] "ClassRate" #> [78652] "designmatrix" #> [78653] "DTM" #> [78654] "ecpe" #> [78655] "frac20" #> [78656] "GDINA" #> [78657] "GMSCDM" #> [78658] "indlogLik" #> [78659] "indlogPost" #> [78660] "internal_GDINA" #> [78661] "itemfit" #> [78662] "itemparm" #> [78663] "LC2LG" #> [78664] "modelcomp" #> [78665] "monocheck" #> [78666] "npar" #> [78667] "personparm" #> [78668] "plot.GDINA" #> [78669] "plot.itemfit" #> [78670] "plot.Qval" #> [78671] "Qval" #> [78672] "rowMatch" #> [78673] "sim10GDINA" #> [78674] "sim20seqGDINA" #> [78675] "sim21seqDINA" #> [78676] "sim30DINA" #> [78677] "sim30GDINA" #> [78678] "sim30pGDINA" #> [78679] "simDTM" #> [78680] "simGDINA" #> [78681] "startGDINA" #> [78682] "unique_only" #> [78683] "unrestrQ" #> [78684] "gdistance-package" #> [78685] "accCost" #> [78686] "adjacencyFromTransition" #> [78687] "ArithMath-methods" #> [78688] "commuteDistance" #> [78689] "Coords" #> [78690] "costDistance" #> [78691] "genDist" #> [78692] "geoCorrection" #> [78693] "passage" #> [78694] "pathInc" #> [78695] "raster-methods" #> [78696] "rSPDistance" #> [78697] "shortestPath" #> [78698] "Summary-methods" #> [78699] "sumReciprocal" #> [78700] "transition" #> [78701] "Transition" #> [78702] "slots" #> [78703] "Transition*" #> [78704] "gdm-package" #> [78705] "formatsitepair" #> [78706] "gdm.transform" #> [78707] "gdm.varImp" #> [78708] "gdmDissim" #> [78709] "gdmExpData" #> [78710] "isplineExtract" #> [78711] "plot.gdm" #> [78712] "plotUncertainty" #> [78713] "predict.gdm" #> [78714] "removeSitesFromSitePair" #> [78715] "stackedVars" #> [78716] "summary.gdm" #> [78717] "arrayAppend" #> [78718] "BayesAB" #> [78719] "BayesCpi" #> [78720] "GetHCS" #> [78721] "getMAF" #> [78722] "is.hwEq" #> [78723] "is.identical" #> [78724] "read.findhap" #> [78725] "snpRecode" #> [78726] "snpSelect" #> [78727] "toArray" #> [78728] "bulk_query" #> [78729] "gdns" #> [78730] "has_spf" #> [78731] "is_soft_fail" #> [78732] "resource_record_tbl" #> [78733] "spf_ipv4s" #> [78734] "split_spf" #> [78735] "gdpc-package" #> [78736] "auto.gdpc" #> [78737] "components.gdpcs" #> [78738] "fitted.gdpcs" #> [78739] "gdpc" #> [78740] "ipi91" #> [78741] "plot.gdpc" #> [78742] "plot.gdpcs" #> [78743] "pricesSP50" #> [78744] "fontconfig_reinit" #> [78745] "font_family_exists" #> [78746] "glyphs_match" #> [78747] "match_family" #> [78748] "m_str_extents" #> [78749] "raster_str" #> [78750] "raster_write" #> [78751] "set_dummy_conf" #> [78752] "str_extents" #> [78753] "str_metrics" #> [78754] "sys_fonts" #> [78755] "version_freetype" #> [78756] "angle2d" #> [78757] "cmod.man" #> [78758] "cmod.std" #> [78759] "decomp.cov" #> [78760] "eval.cmod" #> [78761] "plot.vgram" #> [78762] "predict.geolmMan" #> [78763] "predict.geolmStd" #> [78764] "update.geolmStd" #> [78765] "GeDS-package" #> [78766] "BaFe2As2" #> [78767] "coalMining" #> [78768] "coef.GeDS" #> [78769] "Derive" #> [78770] "deviance.GeDS" #> [78771] "EWmortality" #> [78772] "Fitters" #> [78773] "formula.GeDS" #> [78774] "GeDS-class" #> [78775] "GGeDS" #> [78776] "Integrate" #> [78777] "IRLSfit" #> [78778] "knots.GeDS" #> [78779] "lines,GeDS-method" #> [78780] "NGeDS" #> [78781] "plot,GeDS-method" #> [78782] "PPolyRep" #> [78783] "predict.GeDS" #> [78784] "print.GeDS" #> [78785] "SplineReg" #> [78786] "bootcurve" #> [78787] "CalculateIPWcumprob" #> [78788] "CalculateIPWprob" #> [78789] "cattle" #> [78790] "fittedcurve" #> [78791] "geer" #> [78792] "geerControl" #> [78793] "geerMod-class" #> [78794] "gees_estimation" #> [78795] "GenerateCattleMAR" #> [78796] "getGEER" #> [78797] "ipw_estimation" #> [78798] "modular" #> [78799] "panss" #> [78800] "show,geerMod-method" #> [78801] "GEEaSPU-package" #> [78802] "GEEaSPUpath" #> [78803] "GEEaSPUset" #> [78804] "geecure-package" #> [78805] "basesurv" #> [78806] "emes" #> [78807] "geebt" #> [78808] "geecure" #> [78809] "geecure2" #> [78810] "geega" #> [78811] "initial_Lambda" #> [78812] "print.geecure" #> [78813] "print.geecure2" #> [78814] "tonsil_bootsample" #> [78815] "varest" #> [78816] "varest2" #> [78817] "geem" #> [78818] "GEEmediate" #> [78819] "compCoef" #> [78820] "dietox" #> [78821] "fixed2Zcor" #> [78822] "geeglm" #> [78823] "geese.control" #> [78824] "genZcor" #> [78825] "ordgee" #> [78826] "relRisk" #> [78827] "respdis" #> [78828] "sitka89" #> [78829] "spruce" #> [78830] "geesmv-package" #> [78831] "cluster.size" #> [78832] "cormax.ar1" #> [78833] "cormax.exch" #> [78834] "cormax.ind" #> [78835] "GEE.var.fg" #> [78836] "GEE.var.gst" #> [78837] "GEE.var.kc" #> [78838] "GEE.var.lz" #> [78839] "GEE.var.mbn" #> [78840] "GEE.var.md" #> [78841] "GEE.var.mk" #> [78842] "GEE.var.pan" #> [78843] "GEE.var.wl" #> [78844] "mat.prod" #> [78845] "mat.sqrt" #> [78846] "mat.sqrt.inv" #> [78847] "geex-package" #> [78848] "approx_control-class" #> [78849] "basic_control-class" #> [78850] "coef,geex-method" #> [78851] "compute_pairwise_sum_of_list" #> [78852] "compute_sigma" #> [78853] "compute_sum_of_list" #> [78854] "correct_by" #> [78855] "correct_control-class" #> [78856] "create_basis" #> [78857] "create_GFUN" #> [78858] "create_psiFUN_list" #> [78859] "deriv_control-class" #> [78860] "diagnose_roots" #> [78861] "estimate_GFUN_roots" #> [78862] "estimate_sandwich_matrices" #> [78863] "estimating_function-class" #> [78864] "fay_bias_correction" #> [78865] "fay_df_correction" #> [78866] "geex-class" #> [78867] "geexex" #> [78868] "geex_control-class" #> [78869] "geex_summary-class" #> [78870] "get_corrections" #> [78871] "grab_bread" #> [78872] "grab_bread_list" #> [78873] "grab_design_levels" #> [78874] "grab_design_matrix" #> [78875] "grab_ee_list" #> [78876] "grab_estFUN" #> [78877] "grab_fixed_formula" #> [78878] "grab_GFUN" #> [78879] "grab_meat" #> [78880] "grab_meat_list" #> [78881] "grab_psiFUN" #> [78882] "grab_psiFUN_list" #> [78883] "grab_response" #> [78884] "grab_response_formula" #> [78885] "m_estimate" #> [78886] "m_estimation_basis-class" #> [78887] "nobs,geex-method" #> [78888] "root_control-class" #> [78889] "sandwich_components-class" #> [78890] "setup_approx_control" #> [78891] "setup_control" #> [78892] "setup_deriv_control" #> [78893] "setup_root_control" #> [78894] "summary,geex-method" #> [78895] "vcov,geex-method" #> [78896] "weights,geex-method" #> [78897] "geigen-package" #> [78898] "gevalues" #> [78899] "gqz" #> [78900] "gsvd" #> [78901] "gsvd.Auxiliaries" #> [78902] "geiger-package" #> [78903] "aicm" #> [78904] "aicw" #> [78905] "aov.phylo" #> [78906] "bd.ms" #> [78907] "calibrate.mecca" #> [78908] "calibrate.rjmcmc" #> [78909] "congruify.phylo" #> [78910] "dcount" #> [78911] "drop.extinct" #> [78912] "fitContinuous" #> [78913] "fitContinuousMCMC" #> [78914] "fitDiscrete" #> [78915] "gbresolve" #> [78916] "geiger-data" #> [78917] "geiger-defunct" #> [78918] "geiger-example" #> [78919] "geiger-internal" #> [78920] "load.rjmcmc" #> [78921] "make.gbm" #> [78922] "mecca" #> [78923] "medusa" #> [78924] "name.check" #> [78925] "nh.test" #> [78926] "nodelabel.phylo" #> [78927] "plot.medusa" #> [78928] "pp.mcmc" #> [78929] "ratematrix" #> [78930] "rjmcmc.bm" #> [78931] "sim.bd" #> [78932] "sim.bdtree" #> [78933] "sim.char" #> [78934] "startingpt.mecca" #> [78935] "subset.phylo" #> [78936] "tips" #> [78937] "to.auteur" #> [78938] "GE_bias" #> [78939] "GE_bias_normal_squaredmis" #> [78940] "GE_bias_normal_squaredmis_old" #> [78941] "GE_bias_old" #> [78942] "GE_BICS" #> [78943] "GE_BICS_old" #> [78944] "GE_enumerate_inputs" #> [78945] "GE_enumerate_inputs_old" #> [78946] "GE_nleqslv" #> [78947] "GE_nleqslv_old" #> [78948] "GE_scoreeq_sim" #> [78949] "GE_scoreeq_sim_old" #> [78950] "adj2lapl" #> [78951] "adj2nlapl" #> [78952] "gelnet" #> [78953] "gelnet.cv" #> [78954] "gelnet.ker" #> [78955] "gelnet.lin.obj" #> [78956] "gelnet.logreg.obj" #> [78957] "gelnet.oneclass.obj" #> [78958] "L1.ceiling" #> [78959] "gem-package" #> [78960] "gem_metadata" #> [78961] "PlotMetadata" #> [78962] "ReadGem" #> [78963] "gemlog-package" #> [78964] "ArtCohort" #> [78965] "cumulativeIncidence" #> [78966] "gems" #> [78967] "generateHazardMatrix" #> [78968] "generateParameterCovarianceMatrix" #> [78969] "generateParameterMatrix" #> [78970] "PosteriorProbabilities" #> [78971] "simulateCohort" #> [78972] "tavi" #> [78973] "transition.structure" #> [78974] "transitionProbabilities" #> [78975] "gemtc-package" #> [78976] "atrialFibrillation" #> [78977] "blobbogram" #> [78978] "blocker" #> [78979] "certolizumab" #> [78980] "dietfat" #> [78981] "hfPrevention" #> [78982] "ll.call" #> [78983] "mtc.anohe" #> [78984] "mtc.data.studyrow" #> [78985] "mtc.deviance" #> [78986] "mtc.hy.prior" #> [78987] "mtc.model" #> [78988] "mtc.network" #> [78989] "mtc.nodesplit" #> [78990] "mtc.run" #> [78991] "parkinson" #> [78992] "plotCovariateEffect" #> [78993] "rank.probability" #> [78994] "read.mtc.network" #> [78995] "relative.effect" #> [78996] "relative.effect.table" #> [78997] "thrombolytic" #> [78998] "plot.rbga" #> [78999] "rbga" #> [79000] "rbga.bin" #> [79001] "summary.rbga" #> [79002] "gaTourResults" #> [79003] "GenAlg" #> [79004] "GenAlg-tools" #> [79005] "maha" #> [79006] "tourData09" #> [79007] "genanaggr" #> [79008] "gendate" #> [79009] "genhistogram" #> [79010] "genloq" #> [79011] "genoutlier" #> [79012] "genpastoact" #> [79013] "genplot" #> [79014] "genranges" #> [79015] "genstatistic" #> [79016] "gentransform" #> [79017] "genwhisker" #> [79018] "kosetice.act.genasis" #> [79019] "kosetice.act.openair" #> [79020] "kosetice.pas.genasis" #> [79021] "kosetice.pas.openair" #> [79022] "asBCdat" #> [79023] "BCdat-class" #> [79024] "BC_dat" #> [79025] "checkBarcodeData" #> [79026] "createGDF" #> [79027] "errorCorrection" #> [79028] "errorCorrection_multiple" #> [79029] "extractBarcodes" #> [79030] "extractBarcodes_multiple" #> [79031] "extractBarcodes_single" #> [79032] "genBaRcode_app" #> [79033] "generateKirchenplot" #> [79034] "generateTimeSeriesData" #> [79035] "getBackbone" #> [79036] "ggplotDistanceGraph" #> [79037] "hybridsIdentification" #> [79038] "ori_BCs" #> [79039] "plotClusterGgTree" #> [79040] "plotClusterTree" #> [79041] "plotDistanceIgraph" #> [79042] "plotDistanceVisNetwork" #> [79043] "plotNucFrequency" #> [79044] "plotQualityScoreDis" #> [79045] "plotQualityScorePerCycle" #> [79046] "plotReadFrequencies" #> [79047] "plotSeqLogo" #> [79048] "plotVennDiagramm" #> [79049] "prepareDatObject" #> [79050] "processingRawData" #> [79051] "qualityFiltering" #> [79052] "readBCdat" #> [79053] "clusterData" #> [79054] "crossCorr" #> [79055] "gene.symbols" #> [79056] "genFile" #> [79057] "genModelResults" #> [79058] "genModScores" #> [79059] "normalizeData" #> [79060] "runBart" #> [79061] "runQgen" #> [79062] "tb.design" #> [79063] "tb.expr" #> [79064] "tb.flow" #> [79065] "tb.flow.des" #> [79066] "GenBinomApps-package" #> [79067] "clopper.pearson.ci" #> [79068] "cm.clopper.pearson.ci" #> [79069] "cm.n.clopper.pearson" #> [79070] "Binomial" #> [79071] "n.clopper.pearson" #> [79072] "gencve-package" #> [79073] "cgcv" #> [79074] "dShao" #> [79075] "featureSelect" #> [79076] "fires" #> [79077] "gcv" #> [79078] "kNN_LOOCV" #> [79079] "kNN_MLE" #> [79080] "logloss" #> [79081] "misclassificationrate" #> [79082] "rdigitsBFOS" #> [79083] "regal" #> [79084] "rxor" #> [79085] "ShaoReg" #> [79086] "SinghTest" #> [79087] "SinghTrain" #> [79088] "smape" #> [79089] "yhat_CART" #> [79090] "yhat_gel" #> [79091] "yhat_lars" #> [79092] "yhat_lm" #> [79093] "yhat_nn" #> [79094] "yhat_plus" #> [79095] "yhat_RF" #> [79096] "yhat_step" #> [79097] "yhat_SVM" #> [79098] "yh_C50" #> [79099] "yh_CART" #> [79100] "yh_kNN" #> [79101] "yh_lda" #> [79102] "yh_logistic" #> [79103] "yh_NB" #> [79104] "yh_qda" #> [79105] "yh_RF" #> [79106] "yh_svm" #> [79107] "gendata-package" #> [79108] "dtrans" #> [79109] "genmvnorm" #> [79110] "recalib" #> [79111] "revcode" #> [79112] "gender-package" #> [79113] "check_genderdata_package" #> [79114] "gender_df" #> [79115] "install_genderdata_package" #> [79116] "get_gender" #> [79117] "get_states" #> [79118] "map_gender" #> [79119] "authorships" #> [79120] "classificationErrors" #> [79121] "findGivenNames" #> [79122] "genderize" #> [79123] "genderizeAPI" #> [79124] "genderizeBootstrapError" #> [79125] "genderizePredict" #> [79126] "genderizeR" #> [79127] "genderizeTrain" #> [79128] "givenNamesDB_authorships" #> [79129] "givenNamesDB_titles" #> [79130] "numberOfNames" #> [79131] "textPrepare" #> [79132] "gendist-package" #> [79133] "darctan" #> [79134] "dcomposite" #> [79135] "dfolded" #> [79136] "dmixt" #> [79137] "dskew" #> [79138] "parctan" #> [79139] "pcomposite" #> [79140] "pfolded" #> [79141] "pmixt" #> [79142] "pskew" #> [79143] "qarctan" #> [79144] "qcomposite" #> [79145] "qfolded" #> [79146] "qmixt" #> [79147] "qskew" #> [79148] "rarctan" #> [79149] "rcomposite" #> [79150] "rfolded" #> [79151] "rmixt" #> [79152] "rskew" #> [79153] "GENEAclassify-package" #> [79154] "classifyGENEA" #> [79155] "createGENEAmodel" #> [79156] "dataImport" #> [79157] "getGENEAsegments" #> [79158] "stepCounter" #> [79159] "stepCounter2" #> [79160] "TrainingData" #> [79161] "trainingFit" #> [79162] "GENEAread-package" #> [79163] "AccData" #> [79164] "Convert.time" #> [79165] "epoch" #> [79166] "GENEActiv.calibrate" #> [79167] "get.intervals" #> [79168] "GRtime" #> [79169] "header.info" #> [79170] "parse.time" #> [79171] "print.stft" #> [79172] "Recalibrate" #> [79173] "uniform.window" #> [79174] "GeneClusterNet-package" #> [79175] "GeneCluster" #> [79176] "GeneClusterBIC" #> [79177] "GeneClusterInterp" #> [79178] "GeneClusterNet" #> [79179] "mExpression" #> [79180] "avgp" #> [79181] "caulobacter" #> [79182] "dominant.freqs" #> [79183] "fisher.g.test" #> [79184] "robust.g.test" #> [79185] "flexorhtest" #> [79186] "flexorhtest.pvalue" #> [79187] "GeneF" #> [79188] "accessions_by_spp" #> [79189] "accessions_from_spp" #> [79190] "accessions_warning" #> [79191] "archids_warning" #> [79192] "extract_proteins" #> [79193] "filterarchids_warning" #> [79194] "filterArch_ids" #> [79195] "geneHummus" #> [79196] "getAccessions" #> [79197] "getArch_ids" #> [79198] "getArch_labels" #> [79199] "getProteins_from_tax_ids" #> [79200] "getProtlinks" #> [79201] "getSparcleArchs" #> [79202] "get_spp" #> [79203] "labels_warning" #> [79204] "legumesIds" #> [79205] "my_legumes" #> [79206] "proteins_warning" #> [79207] "sizeIds" #> [79208] "geneListPie-package" #> [79209] "geneListProfile" #> [79210] "goslim.human.all" #> [79211] "goslim.human.BP" #> [79212] "goslim.human.CC" #> [79213] "goslim.human.MF" #> [79214] "goslim.mouse.all" #> [79215] "goslim.mouse.BP" #> [79216] "goslim.mouse.CC" #> [79217] "goslim.mouse.MF" #> [79218] "goslim.rat.all" #> [79219] "goslim.rat.BP" #> [79220] "goslim.rat.CC" #> [79221] "goslim.rat.MF" #> [79222] "goslim.yeast.all" #> [79223] "goslim.yeast.BP" #> [79224] "goslim.yeast.CC" #> [79225] "goslim.yeast.MF" #> [79226] "kegg2.5.generic" #> [79227] "load.genelist" #> [79228] "load.genesets" #> [79229] "printGeneListProfile" #> [79230] "AT5G62640" #> [79231] "genemodel.plot" #> [79232] "mutation.plot" #> [79233] "GeneNet-package" #> [79234] "arth800" #> [79235] "cor0.test" #> [79236] "ggm.estimate.pcor" #> [79237] "ggm.simulate.data" #> [79238] "ggm.simulate.pcor" #> [79239] "kappa2n" #> [79240] "network.make.graph" #> [79241] "network.test.edges" #> [79242] "z.transform" #> [79243] "geneNetBP-package" #> [79244] "absorb-methods" #> [79245] "fit-methods" #> [79246] "gen.evidence" #> [79247] "hdl" #> [79248] "genepi-package" #> [79249] "haplotypeOddsRatio" #> [79250] "twoStagePower" #> [79251] "genepop-package" #> [79252] "basic_info" #> [79253] "Contingency-test" #> [79254] "Differentiation" #> [79255] "diploidize" #> [79256] "genedivFis" #> [79257] "Hardy-Weinberg" #> [79258] "Linkage" #> [79259] "Nm_private" #> [79260] "nulls" #> [79261] "setMantelSeed" #> [79262] "setRandomSeed" #> [79263] "set_restriction" #> [79264] "2018-07-12" #> [79265] "07:20:10" #> [79266] "abs_res" #> [79267] "abs_stdapd" #> [79268] "abs_stdapdC" #> [79269] "abs_stdres" #> [79270] "abs_stdresC" #> [79271] "abs_stdrhserC" #> [79272] "abs_stdrhserr" #> [79273] "allPairs" #> [79274] "badCol" #> [79275] "bigfp" #> [79276] "bootPairs" #> [79277] "bootPairs0" #> [79278] "bootQuantile" #> [79279] "bootSign" #> [79280] "bootSignPcent" #> [79281] "bootSummary" #> [79282] "causeSummary" #> [79283] "causeSummary0" #> [79284] "cofactor" #> [79285] "comp_portfo2" #> [79286] "da" #> [79287] "da2Lag" #> [79288] "diff.e0" #> [79289] "dig" #> [79290] "e0" #> [79291] "EuroCrime" #> [79292] "generalCorrInfo" #> [79293] "get0outliers" #> [79294] "gmc0" #> [79295] "gmc1" #> [79296] "gmcmtx0" #> [79297] "gmcmtxZ" #> [79298] "gmcxy_np" #> [79299] "goodCol" #> [79300] "heurist" #> [79301] "ibad" #> [79302] "ii" #> [79303] "kern_ctrl" #> [79304] "mag" #> [79305] "mag_ctrl" #> [79306] "min.e0" #> [79307] "minor" #> [79308] "mtx" #> [79309] "mtx0" #> [79310] "mtx2" #> [79311] "nall" #> [79312] "nam.badCol" #> [79313] "nam.goodCol" #> [79314] "nam.mtx0" #> [79315] "napair" #> [79316] "naTriplet" #> [79317] "out1" #> [79318] "p1" #> [79319] "Panel2Lag" #> [79320] "PanelLag" #> [79321] "parcorMany" #> [79322] "parcorMtx" #> [79323] "parcorSilent" #> [79324] "parcor_ijk" #> [79325] "parcor_ijkOLD" #> [79326] "parcor_linear" #> [79327] "parcor_ridg" #> [79328] "pcause" #> [79329] "prelec2" #> [79330] "probSign" #> [79331] "rhs.lag2" #> [79332] "rhs1" #> [79333] "ridgek" #> [79334] "rij" #> [79335] "rijMrji" #> [79336] "rji" #> [79337] "rrij" #> [79338] "rrji" #> [79339] "rstar" #> [79340] "sales2Lag" #> [79341] "salesLag" #> [79342] "seed" #> [79343] "sgn.e0" #> [79344] "silentMtx" #> [79345] "silentMtx0" #> [79346] "silentPairs" #> [79347] "silentPairs0" #> [79348] "some0Pairs" #> [79349] "someCPairs" #> [79350] "someCPairs2" #> [79351] "someMagPairs" #> [79352] "somePairs" #> [79353] "somePairs2" #> [79354] "sort.abse0" #> [79355] "sort.e0" #> [79356] "sort_matrix" #> [79357] "stdres" #> [79358] "stdz_xy" #> [79359] "stochdom2" #> [79360] "wtdpapb" #> [79361] "generalhoslem-package" #> [79362] "lipsitz.test" #> [79363] "logitgof" #> [79364] "pulkrob" #> [79365] "ArkansasRiver" #> [79366] "GeneralizedHyperbolic" #> [79367] "GeneralizedHyperbolicDistribution" #> [79368] "GeneralizedHyperbolicPlots" #> [79369] "ghypCalcRange" #> [79370] "ghypChangePars" #> [79371] "ghypCheckPars" #> [79372] "ghypMom" #> [79373] "ghypParam" #> [79374] "ghypScale" #> [79375] "gigCalcRange" #> [79376] "gigChangePars" #> [79377] "gigCheckPars" #> [79378] "gigFit" #> [79379] "gigFitStart" #> [79380] "gigHessian" #> [79381] "gigMom" #> [79382] "gigParam" #> [79383] "GIGPlots" #> [79384] "hyperbCalcRange" #> [79385] "hyperbChangePars" #> [79386] "hyperbCvMTest" #> [79387] "hyperbFit" #> [79388] "hyperbFitStart" #> [79389] "hyperbHessian" #> [79390] "hyperblm" #> [79391] "Hyperbolic" #> [79392] "hyperbParam" #> [79393] "HyperbPlots" #> [79394] "hyperbWSqTable" #> [79395] "mamquam" #> [79396] "momRecursion" #> [79397] "nervePulse" #> [79398] "NIG" #> [79399] "nigCalcRange" #> [79400] "nigFitStart" #> [79401] "nigHessian" #> [79402] "nigParam" #> [79403] "nigPlots" #> [79404] "plotShapeTriangle" #> [79405] "resistors" #> [79406] "SandP500" #> [79407] "SkewLaplace" #> [79408] "SkewLaplacePlots" #> [79409] "Specific" #> [79410] "summary.gigFit" #> [79411] "summary.hyperbFit" #> [79412] "summary.hyperblm" #> [79413] "summary.nigFit" #> [79414] "GeneralizedUmatrix-package" #> [79415] "GeneralizedUmatrix" #> [79416] "GeneratePmatrix" #> [79417] "plotTopographicMap" #> [79418] "UmatrixColormap" #> [79419] "upscaleUmatrix" #> [79420] "XYcoords2LinesColumns" #> [79421] "GeneralOaxaca-package" #> [79422] "GeneralOaxaca" #> [79423] "statBO" #> [79424] "r_credit_card_numbers" #> [79425] "r_date_of_births" #> [79426] "r_email_addresses" #> [79427] "r_full_names" #> [79428] "r_ipv4_addresses" #> [79429] "r_latitudes" #> [79430] "r_longitudes" #> [79431] "r_national_identification_numbers" #> [79432] "r_phone_numbers" #> [79433] "coercion-factor" #> [79434] "coercion-time-difference" #> [79435] "equation" #> [79436] "estfun" #> [79437] "xy" #> [79438] "hypothesize" #> [79439] "varying" #> [79440] "BHcorrection" #> [79441] "BICs" #> [79442] "ensembleTable" #> [79443] "geNSCLC" #> [79444] "goodAndPoorClassification" #> [79445] "NCPUS" #> [79446] "puttingAllTogether" #> [79447] "removeGeneFrom" #> [79448] "searchResultsSummaryTable" #> [79449] "seedsFinder" #> [79450] "signatureFinder" #> [79451] "signatureSummaryTable" #> [79452] "stNSCLC" #> [79453] "testGE" #> [79454] "aboutContent" #> [79455] "aicc" #> [79456] "aicc.cpm" #> [79457] "aicc.cpmSet" #> [79458] "aicc.cpmSetSize" #> [79459] "aicc.pkm" #> [79460] "aicc.pkmSet" #> [79461] "aicc.pkmSetSize" #> [79462] "aicc.pkmSize" #> [79463] "averageSS" #> [79464] "calcg" #> [79465] "calcRate" #> [79466] "calcSplits" #> [79467] "calcTsplit" #> [79468] "cButtonStyle" #> [79469] "checkComponents" #> [79470] "checkSpecificModelCP" #> [79471] "checkSpecificModelSE" #> [79472] "classText" #> [79473] "clearNotifications" #> [79474] "combinePreds" #> [79475] "combinePredsAcrossModels" #> [79476] "countCarcs" #> [79477] "CPcols" #> [79478] "CPdistOptions" #> [79479] "cpLogLik" #> [79480] "cpm" #> [79481] "cpmCPCellPlot" #> [79482] "cpmFail" #> [79483] "cpmSetFail" #> [79484] "cpmSetFailRemove" #> [79485] "cpmSetSizeFail" #> [79486] "cpmSetSizeFailRemove" #> [79487] "cpmSetSpecCPCellPlot" #> [79488] "createvtext" #> [79489] "dataDownloadWidget" #> [79490] "dataInputWidget" #> [79491] "dataTabPanel" #> [79492] "dateToDay" #> [79493] "defineUnitCol" #> [79494] "disclaimersContent" #> [79495] "dlModTabCP" #> [79496] "dlModTabSE" #> [79497] "downloadCPFig" #> [79498] "downloadData" #> [79499] "downloadgFig" #> [79500] "downloadMFig" #> [79501] "downloadSEFig" #> [79502] "downloadTable" #> [79503] "DWPbyCarcass" #> [79504] "DWPCols" #> [79505] "Ecbinom" #> [79506] "estg" #> [79507] "estgGeneric" #> [79508] "estgGenericSize" #> [79509] "estM" #> [79510] "estText" #> [79511] "expandModelSetCP" #> [79512] "GenEst" #> [79513] "GenEstInlineCSS" #> [79514] "GenEstServer" #> [79515] "GenEstShinyJS" #> [79516] "GenEstUI" #> [79517] "gettingStartedContent" #> [79518] "initialOutput" #> [79519] "initialReactiveValues" #> [79520] "isNeverDecreasing" #> [79521] "kFixedWidget" #> [79522] "ltranspose" #> [79523] "matchCells" #> [79524] "modelInputWidget" #> [79525] "modelOutputPanel" #> [79526] "modelOutputWidget" #> [79527] "modelRunWidget" #> [79528] "modelSelectionWidget" #> [79529] "modelSetCells" #> [79530] "modelSetModelCells" #> [79531] "modelSetModelPredictors" #> [79532] "modelSetPredictors" #> [79533] "modNamePaste" #> [79534] "modNameSplit" #> [79535] "msgFracNote" #> [79536] "msgList" #> [79537] "msgModDone" #> [79538] "msgModFail" #> [79539] "msgModPartialFail" #> [79540] "msgModRun" #> [79541] "msgModSENobs" #> [79542] "msgModWarning" #> [79543] "msgSampleSize" #> [79544] "msgSplitFail" #> [79545] "msgSSavgFail" #> [79546] "msgSSinputFail" #> [79547] "navbar" #> [79548] "obsCols_fta" #> [79549] "obsCols_ltp" #> [79550] "obsCols_SE" #> [79551] "pickSizeclass" #> [79552] "pkLogLik" #> [79553] "pkm" #> [79554] "pkmFail" #> [79555] "pkmParamPlot" #> [79556] "pkmSECellPlot" #> [79557] "pkmSetAllFail" #> [79558] "pkmSetFail" #> [79559] "pkmSetFailRemove" #> [79560] "pkmSetSizeFail" #> [79561] "pkmSetSizeFailRemove" #> [79562] "pkmSetSpecParamPlot" #> [79563] "pkmSetSpecSECellPlot" #> [79564] "plot.cpm" #> [79565] "plot.cpmSet" #> [79566] "plot.estM" #> [79567] "plot.gGeneric" #> [79568] "plot.gGenericSize" #> [79569] "plot.pkm" #> [79570] "plot.pkmSet" #> [79571] "plot.splitFull" #> [79572] "plot.splitSummary" #> [79573] "plotCPCells" #> [79574] "plotCPFigure" #> [79575] "plotCPHeader" #> [79576] "plotNA" #> [79577] "plotSEBoxPlots" #> [79578] "plotSEBoxTemplate" #> [79579] "plotSECells" #> [79580] "plotSEFigure" #> [79581] "plotSEHeader" #> [79582] "ppersist" #> [79583] "predsCols" #> [79584] "prepPredictors" #> [79585] "prepSizeclassText" #> [79586] "prepSS" #> [79587] "prettyModTabCP" #> [79588] "prettyModTabSE" #> [79589] "prettySplitTab" #> [79590] "print.cpm" #> [79591] "print.pkm" #> [79592] "rcp" #> [79593] "readCSV" #> [79594] "refMod" #> [79595] "removeCols" #> [79596] "renderDTns" #> [79597] "reNULL" #> [79598] "reVal" #> [79599] "rpk" #> [79600] "runGenEst" #> [79601] "SEcols" #> [79602] "selectedDataPanel" #> [79603] "SEsi" #> [79604] "SEsi0" #> [79605] "SEsi_left" #> [79606] "SEsi_right" #> [79607] "setFigW" #> [79608] "setkNeed" #> [79609] "setNotSuspending" #> [79610] "simpleMplot" #> [79611] "sizeCols" #> [79612] "solar_powerTower" #> [79613] "solar_PV" #> [79614] "solar_trough" #> [79615] "summary.estM" #> [79616] "summary.gGeneric" #> [79617] "summary.gGenericSize" #> [79618] "summary.splitFull" #> [79619] "tidyModelSetCP" #> [79620] "tidyModelSetSE" #> [79621] "transposeSplits" #> [79622] "trimSetSize" #> [79623] "trueLength" #> [79624] "updateColNames_size" #> [79625] "updateSizeclasses" #> [79626] "updatesizeCol" #> [79627] "update_input" #> [79628] "update_output" #> [79629] "update_rv" #> [79630] "widgetMaker" #> [79631] "wind_cleared" #> [79632] "wind_RP" #> [79633] "wind_RPbat" #> [79634] "api_url" #> [79635] "authorization" #> [79636] "client_login" #> [79637] "fetch_accessions" #> [79638] "filter_DOI" #> [79639] "filter_ORIGCTY" #> [79640] "filter_SAMPSTAT" #> [79641] "mcpd_filter" #> [79642] "print_setup" #> [79643] "setup_production" #> [79644] "setup_sandbox" #> [79645] "user_login" #> [79646] "ci.balance" #> [79647] "Depreciated" #> [79648] "diseq" #> [79649] "expectedGenotypes" #> [79650] "gregorius" #> [79651] "groupGenotype" #> [79652] "homozygote" #> [79653] "HWE.chisq" #> [79654] "HWE.exact" #> [79655] "HWE.test" #> [79656] "makeGenotypes" #> [79657] "order.genotype" #> [79658] "plot.genotype" #> [79659] "print.LD" #> [79660] "summary.genotype" #> [79661] "write.pop.file" #> [79662] "CoreSetOptimizer" #> [79663] "CoreSetter" #> [79664] "CoreSetterCombined" #> [79665] "CoreSetterPoly" #> [79666] "GeneticSubsetter" #> [79667] "genotypes.poly" #> [79668] "HET" #> [79669] "Mat" #> [79670] "MTK" #> [79671] "MtkCalc" #> [79672] "PicCalc" #> [79673] "SubsetterMTK" #> [79674] "SubsetterPIC" #> [79675] "area.graph.statistics" #> [79676] "build.node.data" #> [79677] "dmatrix.df" #> [79678] "dps" #> [79679] "graph.statistics" #> [79680] "knn.graph" #> [79681] "plot.gravity" #> [79682] "predict.gravity" #> [79683] "print.gravity" #> [79684] "ralu.model" #> [79685] "ralu.site" #> [79686] "rasters" #> [79687] "summary.gravity" #> [79688] "GenForImp-package" #> [79689] "ForImp.Mahala" #> [79690] "ForImp.PCA" #> [79691] "missing.gen" #> [79692] "missing.gen0" #> [79693] "genie-package" #> [79694] "hclust2" #> [79695] "add_genius" #> [79696] "genius_album" #> [79697] "genius_lyrics" #> [79698] "genius_tracklist" #> [79699] "genius_url" #> [79700] "gen_album_url" #> [79701] "gen_song_url" #> [79702] "possible_album" #> [79703] "possible_lyrics" #> [79704] "prep_info" #> [79705] "geniusr" #> [79706] "genius_token" #> [79707] "get_album_meta" #> [79708] "get_artist_meta" #> [79709] "get_artist_songs" #> [79710] "get_song_meta" #> [79711] "scrape_lyrics_id" #> [79712] "scrape_lyrics_url" #> [79713] "scrape_tracklist" #> [79714] "search_artist" #> [79715] "search_song" #> [79716] "KernSec" #> [79717] "KernSur" #> [79718] "GenlibR-package" #> [79719] "Classes" #> [79720] "handling" #> [79721] "genealogy" #> [79722] "GLgroup" #> [79723] "gen.branching" #> [79724] "gen.children" #> [79725] "gen.climbPAR" #> [79726] "gen.completeness" #> [79727] "gen.completenessVar" #> [79728] "gen.depth" #> [79729] "gen.f" #> [79730] "gen.fCI" #> [79731] "gen.find.Min.Distance.MRCA" #> [79732] "gen.findDistance" #> [79733] "gen.findFounders" #> [79734] "gen.findMRCA" #> [79735] "gen.founder" #> [79736] "gen.gc" #> [79737] "gen.genealogy" #> [79738] "gen.genout" #> [79739] "gen.getAncestorsPAR" #> [79740] "gen.getFoundersPAR" #> [79741] "gen.graph" #> [79742] "gen.half.founder" #> [79743] "gen.implex" #> [79744] "gen.implexVar" #> [79745] "gen.lineages" #> [79746] "gen.max" #> [79747] "gen.mean" #> [79748] "gen.meangendepth" #> [79749] "gen.meangendepthVar" #> [79750] "gen.min" #> [79751] "gen.nochildren" #> [79752] "gen.noind" #> [79753] "gen.nomen" #> [79754] "gen.nowomen" #> [79755] "gen.occ" #> [79756] "gen.parent" #> [79757] "gen.phi" #> [79758] "gen.phiCI" #> [79759] "gen.phiMean" #> [79760] "gen.phiOver" #> [79761] "gen.pro" #> [79762] "gen.rec" #> [79763] "gen.sibship" #> [79764] "gen.simuProb" #> [79765] "gen.simuSample" #> [79766] "gen.simuSampleFreq" #> [79767] "gen.simuSet" #> [79768] "genea140" #> [79769] "geneaJi" #> [79770] "GLgen-class" #> [79771] "GLgroup-class" #> [79772] "GLmultiList-class" #> [79773] "pop140" #> [79774] "distrib" #> [79775] "distrib_sk" #> [79776] "genlog_mle" #> [79777] "genlog_mle_sk" #> [79778] "genlog_simu" #> [79779] "genlog_simu_sk" #> [79780] "genlog_slider" #> [79781] "GENMETA" #> [79782] "GENMETA.control" #> [79783] "GENMETA.plot" #> [79784] "GENMETA.summary" #> [79785] "genMOSS" #> [79786] "MOSS_GWAS" #> [79787] "mWindow" #> [79788] "recode_data" #> [79789] "simuCC" #> [79790] "genMOSSplus-package" #> [79791] "ex2plink" #> [79792] "genos.clean" #> [79793] "genos.clean.batch" #> [79794] "get.data.dims" #> [79795] "get.file.copy" #> [79796] "MOSS.GWAS" #> [79797] "pre0.dir.create" #> [79798] "pre1.plink2mach" #> [79799] "pre1.plink2mach.batch" #> [79800] "pre2.remove.genos" #> [79801] "pre2.remove.genos.batch" #> [79802] "pre3.call.mach" #> [79803] "pre3.call.mach.batch" #> [79804] "pre4.combine.case.control" #> [79805] "pre4.combine.case.control.batch" #> [79806] "pre5.genos2numeric" #> [79807] "pre5.genos2numeric.batch" #> [79808] "pre6.merge.genos" #> [79809] "pre7.add.conf.var" #> [79810] "pre7.add.conf.var.unix" #> [79811] "pre8.split.train.test" #> [79812] "pre8.split.train.test.batch" #> [79813] "run1.moss" #> [79814] "tune1.subsets" #> [79815] "geno2proteo-package" #> [79816] "generatingCDSaaFile" #> [79817] "genomicLocsToProteinSequence" #> [79818] "genomicLocsToWholeDNASequence" #> [79819] "proteinLocsToGenomic" #> [79820] "proteinLocsToProteinSeq" #> [79821] "app_genogeo" #> [79822] "bar_colour" #> [79823] "error_bar_plot" #> [79824] "exponent_tilt" #> [79825] "genogeo" #> [79826] "genogeographer" #> [79827] "kidd_loci" #> [79828] "LR_table" #> [79829] "main_alleles" #> [79830] "pops_to_DB" #> [79831] "profile_AA_x0" #> [79832] "random_AIMs_profile" #> [79833] "seldin_loci" #> [79834] "simulate_pops" #> [79835] "genomeplot-package" #> [79836] "genomeplot" #> [79837] ".sim.data" #> [79838] "acf.summary" #> [79839] "block.glm" #> [79840] "GenomicMating-package" #> [79841] "Amat.pieces" #> [79842] "getGaSolutions" #> [79843] "getGaSolutionsFrontier" #> [79844] "getGaSolutionsFrontierMultiTrait" #> [79845] "getGaSolutionsFrontierMultiTraitSimcross" #> [79846] "getOptParentalProportions" #> [79847] "plotGM" #> [79848] "genomicper-package" #> [79849] "genes_permutation" #> [79850] "genome_order" #> [79851] "get_pathways" #> [79852] "get_results" #> [79853] "hsaXXXXX" #> [79854] "hyprbg" #> [79855] "plot_results" #> [79856] "read2_paths" #> [79857] "read_pvals" #> [79858] "SNPsAnnotation" #> [79859] "snps_permutation" #> [79860] "GenomicTools-package" #> [79861] "annotTrack" #> [79862] "eQTL" #> [79863] "geneEXP" #> [79864] "genotData" #> [79865] "getKEGGOrganisms" #> [79866] "getKEGGPathway" #> [79867] "getKEGGPathwayImage" #> [79868] "getKEGGPathwayOverview" #> [79869] "getRSLocation" #> [79870] "gtfToBed" #> [79871] "mdr" #> [79872] "mdrEnsemble" #> [79873] "mdrExample" #> [79874] "plot.eqtl" #> [79875] "plot.mdr" #> [79876] "plot.qtlRes" #> [79877] "print.eqtl" #> [79878] "print.mdr" #> [79879] "QTL" #> [79880] "recodeData" #> [79881] "summary.eqtl" #> [79882] "GenomicTools.fileHandler-package" #> [79883] "example.bed" #> [79884] "example.fasta" #> [79885] "example.fastq" #> [79886] "example.gff" #> [79887] "example.gtf" #> [79888] "example.ped" #> [79889] "example.vcf" #> [79890] "example2.gtf.gz" #> [79891] "exportBed" #> [79892] "exportFA" #> [79893] "importBed" #> [79894] "importBlastTab" #> [79895] "importFA" #> [79896] "importFeatureCounts" #> [79897] "importFQ" #> [79898] "importGFF" #> [79899] "importGFF3" #> [79900] "importGTF" #> [79901] "importPED" #> [79902] "importSTARLog" #> [79903] "importVCF" #> [79904] "importXML" #> [79905] "prereadGTF" #> [79906] "print.bed" #> [79907] "print.fa" #> [79908] "print.featureCounts" #> [79909] "print.fq" #> [79910] "print.pedMap" #> [79911] "print.vcf" #> [79912] "summary.bed" #> [79913] "summary.fa" #> [79914] "summary.featureCounts" #> [79915] "summary.fq" #> [79916] "summary.gtf" #> [79917] "genoPlotR-package" #> [79918] "annotation" #> [79919] "apply_color_scheme" #> [79920] "artemisColors" #> [79921] "auto_annotate" #> [79922] "barto" #> [79923] "c.dna_seg" #> [79924] "chrY_subseg" #> [79925] "dna_seg" #> [79926] "gene_types" #> [79927] "human_nt" #> [79928] "mauve_bbone" #> [79929] "middle" #> [79930] "plot_gene_map" #> [79931] "range.dna_seg" #> [79932] "read_functions" #> [79933] "reverse" #> [79934] "seg_plot" #> [79935] "three_genes" #> [79936] "GenOrd-package" #> [79937] "contord" #> [79938] "corrcheck" #> [79939] "ordcont" #> [79940] "ordsample" #> [79941] "GenoScan.example" #> [79942] "GenoScan.info" #> [79943] "GenoScan.prelim" #> [79944] "GenoScan.Region" #> [79945] "GenoScan.SingleWindow" #> [79946] "GenoScan.VCF.chr" #> [79947] "binary_coding" #> [79948] "CO" #> [79949] "convert2qtl_table" #> [79950] "count_CO" #> [79951] "genotypeR-class" #> [79952] "genotypes_data" #> [79953] "GoldenGate2iCOM_design" #> [79954] "grep_df_subset" #> [79955] "Heterogametic_Genotype_Warnings" #> [79956] "illumina_Genotype_Table" #> [79957] "initialize_genotypeR_data" #> [79958] "make_marker_names" #> [79959] "read_in_illumina_GoldenGate" #> [79960] "read_in_Master_SNPs_data" #> [79961] "read_in_sequenom_data" #> [79962] "Ref_Alt_Table" #> [79963] "SequenomMarkers" #> [79964] "sort_sequenom_df" #> [79965] "subsetChromosome" #> [79966] "zero_one_two_coding" #> [79967] "fibtele" #> [79968] "fibtelereg" #> [79969] "info.pls_class" #> [79970] "info.reg_class" #> [79971] "invariance_test" #> [79972] "node-class" #> [79973] "node.reg_class" #> [79974] "plot.treemodel" #> [79975] "plot.treemodelreg" #> [79976] "plot.xtree.pls" #> [79977] "plot.xtree.reg" #> [79978] "pls.pathmox" #> [79979] "pls.treemodel" #> [79980] "print.xtree.pls" #> [79981] "print.xtree.reg" #> [79982] "reg.pathmox" #> [79983] "reg.treemodel" #> [79984] "summary.xtree.pls" #> [79985] "summary.xtree.reg" #> [79986] "tree-class" #> [79987] "add.fun.t" #> [79988] "add.or.function" #> [79989] "additive.ll" #> [79990] "additive.ll.linear" #> [79991] "calc.like" #> [79992] "calc.like.linear" #> [79993] "calc.like.linear.log.envir.interaction" #> [79994] "df2.ll" #> [79995] "df2.ll.linear" #> [79996] "dom.fun.t" #> [79997] "dom.or.function" #> [79998] "dominant.ll" #> [79999] "dominant.ll.linear" #> [80000] "es.calc.linear" #> [80001] "expected.linear.ll" #> [80002] "expected.linear.ll.lin.env" #> [80003] "find.prob.dom" #> [80004] "find.prob.rec" #> [80005] "genpwr.calc" #> [80006] "integrand_funct_case" #> [80007] "integrand_funct_control" #> [80008] "linear.mles" #> [80009] "linear.mles.lin.envir.interaction" #> [80010] "linear.mles.lin.envir.interaction_reduced" #> [80011] "linear.mles.log.envir.interaction" #> [80012] "linear.outcome.lin.envir.interaction.sds" #> [80013] "linear.outcome.lin.envir.interaction.sds_reduced" #> [80014] "linear.outcome.log.envir.interaction.sds" #> [80015] "linear.sds" #> [80016] "ll.ge.logistic" #> [80017] "ll.ge.logistic.lin.envir" #> [80018] "ll.linear.selector" #> [80019] "ll_zero_finder2" #> [80020] "logistic.mles" #> [80021] "ncp.search" #> [80022] "null.ll" #> [80023] "null.ll.linear" #> [80024] "odds_ratio_function" #> [80025] "or.function.2df" #> [80026] "or.plot" #> [80027] "or_calc" #> [80028] "power.calc.linear" #> [80029] "power.plot" #> [80030] "power_envir.calc" #> [80031] "power_envir.calc.linear_outcome" #> [80032] "power_linear_envir.calc.linear_outcome" #> [80033] "power_linear_envir.calc.logistic_outcome" #> [80034] "p_vec_returner" #> [80035] "p_vec_returner_lin_env" #> [80036] "quad_roots" #> [80037] "rec.fun.t" #> [80038] "rec.or.function" #> [80039] "recessive.ll" #> [80040] "recessive.ll.linear" #> [80041] "solve_a" #> [80042] "ss.calc" #> [80043] "ss.calc.linear" #> [80044] "ss.plot" #> [80045] "ss_envir.calc" #> [80046] "ss_envir.calc.linear_outcome" #> [80047] "ss_linear_envir.calc.linear_outcome" #> [80048] "ss_linear_envir.calc.logistic_outcome" #> [80049] "X_mat_returner" #> [80050] "X_mat_returner_lle" #> [80051] "zero_finder_nleqslv" #> [80052] "genridge-package" #> [80053] "Acetylene" #> [80054] "biplot.pcaridge" #> [80055] "contourf" #> [80056] "Manpower" #> [80057] "pairs.ridge" #> [80058] "pca.ridge" #> [80059] "plot.ridge" #> [80060] "plot3d.ridge" #> [80061] "trans.colors" #> [80062] "vif.ridge" #> [80063] "GenSA-package" #> [80064] "GenSA" #> [80065] "ab.arglist" #> [80066] "ab.create" #> [80067] "ab.model" #> [80068] "ab.predict" #> [80069] "AbstractModel-class" #> [80070] "gensemble" #> [80071] "gensemble-class" #> [80072] "mksampsize" #> [80073] "predict.gensemble" #> [80074] "gensphere-package" #> [80075] "cfunc.new" #> [80076] "gensphere" #> [80077] "genspheremisc" #> [80078] "genSurv-package" #> [80079] "as.CMM" #> [80080] "as.TDCM" #> [80081] "as.THMM" #> [80082] "genCMM" #> [80083] "genCPHM" #> [80084] "genTDCM" #> [80085] "genTHMM" #> [80086] "gensvm-package" #> [80087] "coef.gensvm" #> [80088] "coef.gensvm.grid" #> [80089] "fitted.gensvm" #> [80090] "fitted.gensvm.grid" #> [80091] "gensvm" #> [80092] "gensvm.accuracy" #> [80093] "gensvm.generate.cv.idx" #> [80094] "gensvm.grid" #> [80095] "gensvm.load.full.grid" #> [80096] "gensvm.load.small.grid" #> [80097] "gensvm.load.tiny.grid" #> [80098] "gensvm.maxabs.scale" #> [80099] "gensvm.rank.score" #> [80100] "gensvm.refit" #> [80101] "gensvm.train.test.split" #> [80102] "plot.gensvm" #> [80103] "plot.gensvm.grid" #> [80104] "predict.gensvm" #> [80105] "predict.gensvm.grid" #> [80106] "print.gensvm" #> [80107] "print.gensvm.grid" #> [80108] "chr6" #> [80109] "splineAnalyze" #> [80110] "geoaxe-package" #> [80111] "to_wkt" #> [80112] "alik_cutoff" #> [80113] "alik_inla" #> [80114] "alik_optim" #> [80115] "bf1skel" #> [80116] "bf2new" #> [80117] "bf2optim" #> [80118] "bf2se" #> [80119] "bmbfse" #> [80120] "geoBayes" #> [80121] "geoBayes_correlation" #> [80122] "geoBayes_models" #> [80123] "linkfcn" #> [80124] "mcmcmake" #> [80125] "mcsglmm" #> [80126] "mcstrga" #> [80127] "mkpredgrid2d" #> [80128] "plotbf2" #> [80129] "revlogreg" #> [80130] "rhizoctonia" #> [80131] "rsglmm" #> [80132] "spcovariance" #> [80133] "sploglik" #> [80134] "sploglik_cross" #> [80135] "stackdata" #> [80136] "subset.geomcmc" #> [80137] "boxplot_geog" #> [80138] "boxplot_geog_example" #> [80139] "pdens2000" #> [80140] "summary_geog" #> [80141] "baseline.dist" #> [80142] "BMCT" #> [80143] "cdfU" #> [80144] "cutChain" #> [80145] "d.base" #> [80146] "Earthquakes" #> [80147] "helloWorld" #> [80148] "loc2U" #> [80149] "loc2U_R" #> [80150] "locCircle" #> [80151] "locGrid" #> [80152] "locSquad" #> [80153] "locUloc" #> [80154] "locUloc_R" #> [80155] "MCMCinput" #> [80156] "mixChain" #> [80157] "plotTexas" #> [80158] "plot_baseline" #> [80159] "plot_etran" #> [80160] "plot_pRPS" #> [80161] "pOne" #> [80162] "predY" #> [80163] "pRPS" #> [80164] "repYeb" #> [80165] "repYpost" #> [80166] "Rhizoc" #> [80167] "rhoMatern" #> [80168] "rhoPowerExp" #> [80169] "rhoSph" #> [80170] "Rongelap" #> [80171] "runMCMC.sf" #> [80172] "runMCMCpartialPois_" #> [80173] "runMCMC_" #> [80174] "TexasCounty.boundary" #> [80175] "TexasCounty.center" #> [80176] "TexasCounty.population" #> [80177] "tranR" #> [80178] "U2Z" #> [80179] "unifLoc" #> [80180] "Weed" #> [80181] "GeoDE-package" #> [80182] "AllGMTfiles" #> [80183] "chdirAnalysis" #> [80184] "example_expression_data" #> [80185] "example_gammas" #> [80186] "example_sampleclass" #> [80187] "gmt" #> [80188] "multigmtPAEAAnalysis" #> [80189] "PAEAAnalysis" #> [80190] "CollectData" #> [80191] "DiseaseData_shp" #> [80192] "ecological_detector" #> [80193] "Elevation_shp" #> [80194] "factor_detector" #> [80195] "interaction_detector" #> [80196] "maps2dataframe" #> [80197] "risk_detector" #> [80198] "SoilType_shp" #> [80199] "Watershed_shp" #> [80200] "geodist" #> [80201] "geodist_benchmark" #> [80202] "adjustHeight" #> [80203] "calcRelativeCoords" #> [80204] "getHeightInformation" #> [80205] "GpsCoordinates-class" #> [80206] "levelplot" #> [80207] "levelplotLegendLabel" #> [80208] "myColorRamp" #> [80209] "parseProcessedDataFile" #> [80210] "parseRawDataFile" #> [80211] "plot,Profile,ANY-method" #> [80212] "plot3d,ProfileSet-method" #> [80213] "plotIntersect" #> [80214] "plotLegend" #> [80215] "ProcessedData-class" #> [80216] "Profile-class" #> [80217] "ProfileSet-class" #> [80218] "RawData-class" #> [80219] "sinkhole" #> [80220] "+.gg" #> [80221] "attach_spdf" #> [80222] "aus_pop" #> [80223] "auto_states" #> [80224] "eu_gdp" #> [80225] "eu_imm" #> [80226] "facet_geo" #> [80227] "geofacet" #> [80228] "get_grid_names" #> [80229] "get_ne_data" #> [80230] "grids" #> [80231] "grid_auto" #> [80232] "grid_design" #> [80233] "grid_preview" #> [80234] "grid_submit" #> [80235] "india_pop" #> [80236] "london_afford" #> [80237] "nhs_scot_dental" #> [80238] "plot.facet_geo" #> [80239] "print.facet_geo" #> [80240] "sa_pop_dens" #> [80241] "state_ranks" #> [80242] "state_unemp" #> [80243] "geofd-package" #> [80244] "fit.tracevariog" #> [80245] "l2.norm" #> [80246] "maritimes.avg" #> [80247] "maritimes.coords" #> [80248] "maritimes.data" #> [80249] "okfd" #> [80250] "okfd.cv" #> [80251] "plot.geofd" #> [80252] "trace.variog" #> [80253] "berne" #> [80254] "berne.grid" #> [80255] "bootstrap.geoGAM" #> [80256] "geoGAM" #> [80257] "predict.geoGAM" #> [80258] "GeoGenetix-package" #> [80259] "D_E" #> [80260] "D_G" #> [80261] "gen" #> [80262] "Reformat23" #> [80263] "Reformat32" #> [80264] "SimTangleData" #> [80265] "TangleInference" #> [80266] "TangleInferenceGauss" #> [80267] "assign_polygons" #> [80268] "calculate_cell_size" #> [80269] "calculate_grid" #> [80270] "get_shape_details" #> [80271] "get_shape_details_internal" #> [80272] "hungariansafe_cc" #> [80273] "hungarian_cc" #> [80274] "plot.geogrid" #> [80275] "read_polygons" #> [80276] "geojson-package" #> [80277] "as.geojson" #> [80278] "feature" #> [80279] "featurecollection" #> [80280] "geobuf" #> [80281] "geojson_data" #> [80282] "geometrycollection" #> [80283] "geo_bbox" #> [80284] "geo_pretty" #> [80285] "geo_type" #> [80286] "geo_write" #> [80287] "linestring" #> [80288] "linting_opts" #> [80289] "multilinestring" #> [80290] "multipoint" #> [80291] "multipolygon" #> [80292] "ndgeo" #> [80293] "polygon" #> [80294] "to_geojson" #> [80295] "as.json" #> [80296] "canada_cities" #> [80297] "file_to_geojson" #> [80298] "geo2topo" #> [80299] "geojson-add" #> [80300] "geojsonio" #> [80301] "geojsonio-defunct" #> [80302] "geojson_atomize" #> [80303] "geojson_json" #> [80304] "geojson_list" #> [80305] "geojson_read" #> [80306] "geojson_sf" #> [80307] "geojson_sp" #> [80308] "geojson_style" #> [80309] "geojson_write" #> [80310] "map_gist" #> [80311] "map_leaf" #> [80312] "pretty" #> [80313] "projections" #> [80314] "topojson_json" #> [80315] "topojson_list" #> [80316] "topojson_read" #> [80317] "topojson_write" #> [80318] "us_cities" #> [80319] "geojsonlint-package" #> [80320] "geojson_hint" #> [80321] "geojson_lint" #> [80322] "geojson_validate" #> [80323] "gj_write" #> [80324] "Dump_From_GeoJson" #> [80325] "Features_2Collection" #> [80326] "FROM_GeoJson" #> [80327] "FROM_GeoJson_Schema" #> [80328] "merge_files" #> [80329] "shiny_from_JSON" #> [80330] "TO_GeoJson" #> [80331] "df_geojson" #> [80332] "geojson_sfc" #> [80333] "geojson_wkt" #> [80334] "geo_melbourne" #> [80335] "sfc_geojson" #> [80336] "sf_geojson" #> [80337] "2019-01-30" #> [80338] "22:33:52" #> [80339] "attribute<-" #> [80340] "datagroup" #> [80341] "datagroup-class" #> [80342] "defaultProcessInputs" #> [80343] "gconfig" #> [80344] "geojob" #> [80345] "geojob-class" #> [80346] "geoknife" #> [80347] "geom<-" #> [80348] "parseCategorical" #> [80349] "parseTimeseries" #> [80350] "simplegeom" #> [80351] "simplegeom-class" #> [80352] "successful" #> [80353] "url<-" #> [80354] "values<-" #> [80355] "version<-" #> [80356] "webdata" #> [80357] "webdata-class" #> [80358] "webgeom" #> [80359] "webgeom-class" #> [80360] "webprocess" #> [80361] "webprocess-class" #> [80362] "GeoLight-package" #> [80363] "calib1" #> [80364] "changeLight" #> [80365] "coord" #> [80366] "distanceFilter" #> [80367] "geolight.convert" #> [80368] "getElevation" #> [80369] "gleTrans" #> [80370] "glfTrans" #> [80371] "HillEkstromCalib" #> [80372] "hoopoe1" #> [80373] "hoopoe2" #> [80374] "lightFilter" #> [80375] "ligTrans" #> [80376] "loessFilter" #> [80377] "luxTrans" #> [80378] "mergeSites" #> [80379] "refracted" #> [80380] "siteMap" #> [80381] "staroddiTrans" #> [80382] "trip2kml" #> [80383] "tripMap" #> [80384] "trnTrans" #> [80385] "twilight" #> [80386] "twilightCalc" #> [80387] "zenith" #> [80388] "GEOmap-package" #> [80389] "addLLXY" #> [80390] "addTIX" #> [80391] "along.great" #> [80392] "antipolygon" #> [80393] "BASICTOPOMAP" #> [80394] "bcars" #> [80395] "boundGEOmap" #> [80396] "CCcheck" #> [80397] "ccw" #> [80398] "coastmap" #> [80399] "ColorScale" #> [80400] "darc" #> [80401] "DATUMinfo" #> [80402] "demcmap" #> [80403] "difflon" #> [80404] "distaz" #> [80405] "dms" #> [80406] "DUMPLOC" #> [80407] "EHB.LLZ" #> [80408] "Ellipsoidal.Distance" #> [80409] "eqswath" #> [80410] "ExcludeGEOmap" #> [80411] "expandbound" #> [80412] "ExplodeSymbols" #> [80413] "faultdip" #> [80414] "faultperp" #> [80415] "fixCoastwrap" #> [80416] "gclc" #> [80417] "geoarea" #> [80418] "geoLEGEND" #> [80419] "GEOmap.breakline" #> [80420] "GEOmap.breakpoly" #> [80421] "GEOmap.cat" #> [80422] "GEOmap.CombineStrokes" #> [80423] "GEOmap.Extract" #> [80424] "GEOmap.list" #> [80425] "GEOsymbols" #> [80426] "GEOTOPO" #> [80427] "getETOPO" #> [80428] "getGEOmap" #> [80429] "getGEOperim" #> [80430] "getgreatarc" #> [80431] "getmagsize" #> [80432] "getnicetix" #> [80433] "getspline" #> [80434] "getsplineG" #> [80435] "GETXprofile" #> [80436] "GLOB.XY" #> [80437] "GLOBE.ORTH" #> [80438] "GlobeView" #> [80439] "gmat" #> [80440] "goodticdivs" #> [80441] "inpoly" #> [80442] "insertNA" #> [80443] "insertvec" #> [80444] "insideGEOmapXY" #> [80445] "KINOUT" #> [80446] "lamaz.eqarea" #> [80447] "LandSeaCol" #> [80448] "lcgc" #> [80449] "linesGEOmapXY" #> [80450] "Lintersect" #> [80451] "list.GEOmap" #> [80452] "ll2xyz" #> [80453] "Lll2xyz" #> [80454] "LLlabel" #> [80455] "LOCPOLIMAP" #> [80456] "locworld" #> [80457] "Lxyz2ll" #> [80458] "MAPconstants" #> [80459] "maplim" #> [80460] "maps2GEOmap" #> [80461] "mapTeleSeis" #> [80462] "Markup" #> [80463] "merid" #> [80464] "niceLLtix" #> [80465] "NoOverlap" #> [80466] "normalfault" #> [80467] "NSarrow" #> [80468] "NSWath" #> [80469] "OverTurned" #> [80470] "perpen" #> [80471] "pgon" #> [80472] "pline" #> [80473] "plotGEOmap" #> [80474] "plotGEOmapXY" #> [80475] "plothypos" #> [80476] "plotnicetix" #> [80477] "plotusa" #> [80478] "plotUTM" #> [80479] "plotworldmap" #> [80480] "PointsAlong" #> [80481] "polyintern" #> [80482] "printGEOinfo" #> [80483] "printGEOmap" #> [80484] "projtype" #> [80485] "rectPERIM" #> [80486] "rekt2line" #> [80487] "rose" #> [80488] "rotateGEOmap" #> [80489] "rotdelta4" #> [80490] "rotmat2D" #> [80491] "rotx4" #> [80492] "roty4" #> [80493] "SELGEOmap" #> [80494] "setMarkup" #> [80495] "setplotmat" #> [80496] "SETPOLIMAP" #> [80497] "setPROJ" #> [80498] "settopocol" #> [80499] "sizelegend" #> [80500] "sqrTICXY" #> [80501] "SSfault" #> [80502] "STROKEinfo" #> [80503] "subsetTOPO" #> [80504] "SynAnticline" #> [80505] "targetLL" #> [80506] "teeth" #> [80507] "thrust" #> [80508] "TOPOCOL" #> [80509] "trans4" #> [80510] "UTM.ll" #> [80511] "utm.sphr.ll" #> [80512] "utm.sphr.xy" #> [80513] "UTM.xy" #> [80514] "utmbox" #> [80515] "UTMzone" #> [80516] "X.prod" #> [80517] "XSECDEMg" #> [80518] "XSECEQ" #> [80519] "XSECwin" #> [80520] "XY.GLOB" #> [80521] "xyz2ll" #> [80522] "zebra" #> [80523] "geomapdata-package" #> [80524] "africa.bdy" #> [80525] "cosomap" #> [80526] "ETOPO5" #> [80527] "fujitopo" #> [80528] "kammap" #> [80529] "usacity" #> [80530] "listExpeditions" #> [80531] "listMarkers" #> [80532] "queryFasta" #> [80533] "queryMetadata" #> [80534] "geomerge-package" #> [80535] "ACLED" #> [80536] "AidData" #> [80537] "generateGrid" #> [80538] "geoEPR" #> [80539] "geomerge" #> [80540] "geomerge.assign" #> [80541] "geomerge.merge" #> [80542] "geomerge.neighbor" #> [80543] "gpw" #> [80544] "plot.geomerge" #> [80545] "print.geomerge" #> [80546] "summary.geomerge" #> [80547] "geometa" #> [80548] "getGeometaOption" #> [80549] "getISOCodelist" #> [80550] "getISOCodelists" #> [80551] "getISOInternalCodelists" #> [80552] "getISOMetadataNamespace" #> [80553] "getISOMetadataNamespaces" #> [80554] "getISOMetadataSchemas" #> [80555] "GMLAbstractCoordinateOperation" #> [80556] "GMLAbstractCoordinateSystem" #> [80557] "GMLAbstractCoverage" #> [80558] "GMLAbstractCRS" #> [80559] "GMLAbstractCurve" #> [80560] "GMLAbstractDiscreteCoverage" #> [80561] "GMLAbstractFeature" #> [80562] "GMLAbstractGeneralConversion" #> [80563] "GMLAbstractGeneralDerivedCRS" #> [80564] "GMLAbstractGeneralOperationParameter" #> [80565] "GMLAbstractGeneralParameterValue" #> [80566] "GMLAbstractGeometricAggregate" #> [80567] "GMLAbstractGeometricPrimitive" #> [80568] "GMLAbstractGeometry" #> [80569] "GMLAbstractGML" #> [80570] "GMLAbstractImplicitGeometry" #> [80571] "GMLAbstractObject" #> [80572] "GMLAbstractReferenceableGrid" #> [80573] "GMLAbstractRing" #> [80574] "GMLAbstractSingleCRS" #> [80575] "GMLAbstractSingleOperation" #> [80576] "GMLAbstractSurface" #> [80577] "GMLAbstractTimeGeometricPrimitive" #> [80578] "GMLAbstractTimeObject" #> [80579] "GMLAbstractTimePrimitive" #> [80580] "GMLAffineCS" #> [80581] "GMLBaseUnit" #> [80582] "GMLCartesianCS" #> [80583] "GMLCompoundCRS" #> [80584] "GMLConventionalUnit" #> [80585] "GMLConversion" #> [80586] "GMLCoordinateSystemAxis" #> [80587] "GMLCOVAbstractCoverage" #> [80588] "GMLCOVExtension" #> [80589] "GMLCylindricalCS" #> [80590] "GMLDefinition" #> [80591] "GMLDerivedCRS" #> [80592] "GMLDerivedUnit" #> [80593] "GMLElement" #> [80594] "GMLEllipsoidalCS" #> [80595] "GMLEnvelope" #> [80596] "GMLEnvelopeWithTimePeriod" #> [80597] "GMLGeneralGridAxis" #> [80598] "GMLGeodeticCRS" #> [80599] "GMLGrid" #> [80600] "GMLGridCoverage" #> [80601] "GMLGridFunction" #> [80602] "GMLLinearCS" #> [80603] "GMLLinearRing" #> [80604] "GMLLineString" #> [80605] "GMLMultiCurve" #> [80606] "GMLMultiCurveCoverage" #> [80607] "GMLMultiPoint" #> [80608] "GMLMultiPointCoverage" #> [80609] "GMLMultiSolidCoverage" #> [80610] "GMLMultiSurface" #> [80611] "GMLMultiSurfaceCoverage" #> [80612] "GMLObliqueCartesianCS" #> [80613] "GMLOperationMethod" #> [80614] "GMLOperationParameter" #> [80615] "GMLOperationParameterGroup" #> [80616] "GMLParameterValue" #> [80617] "GMLParameterValueGroup" #> [80618] "GMLPoint" #> [80619] "GMLPolarCS" #> [80620] "GMLPolygon" #> [80621] "GMLProjectedCRS" #> [80622] "GMLRectifiedGrid" #> [80623] "GMLRectifiedGridCoverage" #> [80624] "GMLReferenceableGridByArray" #> [80625] "GMLReferenceableGridByTransformation" #> [80626] "GMLReferenceableGridByVectors" #> [80627] "GMLSphericalCS" #> [80628] "GMLTemporalCRS" #> [80629] "GMLTemporalCS" #> [80630] "GMLTimeCS" #> [80631] "GMLTimeInstant" #> [80632] "GMLTimePeriod" #> [80633] "GMLUnitDefinition" #> [80634] "GMLUserDefinedCS" #> [80635] "GMLVerticalCRS" #> [80636] "GMLVerticalCS" #> [80637] "ISOAbsoluteExternalPositionalAccuracy" #> [80638] "ISOAbstractCatalogue" #> [80639] "ISOAbstractGenericName" #> [80640] "ISOAbstractObject" #> [80641] "ISOAbstractPositionalAccuracy" #> [80642] "ISOAddress" #> [80643] "ISOAggregateInformation" #> [80644] "ISOAnchor" #> [80645] "ISOAngle" #> [80646] "ISOAssociationRole" #> [80647] "ISOAssociationType" #> [80648] "ISOBand" #> [80649] "ISOBaseBoolean" #> [80650] "ISOBaseCharacterString" #> [80651] "ISOBaseDate" #> [80652] "ISOBaseDateTime" #> [80653] "ISOBaseDecimal" #> [80654] "ISOBaseInteger" #> [80655] "ISOBaseReal" #> [80656] "ISOBinding" #> [80657] "ISOBoundAssociationRole" #> [80658] "ISOBoundFeatureAttribute" #> [80659] "ISOBoundingPolygon" #> [80660] "ISOBrowseGraphic" #> [80661] "ISOCarrierOfCharacteristics" #> [80662] "ISOCellGeometry" #> [80663] "ISOCharacterSet" #> [80664] "ISOCitation" #> [80665] "ISOClassification" #> [80666] "ISOCodelist" #> [80667] "ISOCodeListValue" #> [80668] "ISOConformanceResult" #> [80669] "ISOConstraint" #> [80670] "ISOConstraints" #> [80671] "ISOContact" #> [80672] "ISOContentInformation" #> [80673] "ISOCoupledResource" #> [80674] "ISOCouplingType" #> [80675] "ISOCoverageContentType" #> [80676] "ISOCoverageDescription" #> [80677] "ISODataIdentification" #> [80678] "ISODataQuality" #> [80679] "ISODataQualityAbstractElement" #> [80680] "ISODatatype" #> [80681] "ISODate" #> [80682] "ISODateType" #> [80683] "ISODCPList" #> [80684] "ISODefinitionReference" #> [80685] "ISODefinitionSource" #> [80686] "ISODigitalTransferOptions" #> [80687] "ISODimension" #> [80688] "ISODimensionNameType" #> [80689] "ISODistance" #> [80690] "ISODistribution" #> [80691] "ISODistributor" #> [80692] "ISODomainConsistency" #> [80693] "ISOElementSequence" #> [80694] "ISOEvaluationMethodType" #> [80695] "ISOExtendedElementInformation" #> [80696] "ISOExtent" #> [80697] "ISOFeatureAssociation" #> [80698] "ISOFeatureAttribute" #> [80699] "ISOFeatureCatalogue" #> [80700] "ISOFeatureCatalogueDescription" #> [80701] "ISOFeatureOperation" #> [80702] "ISOFeatureType" #> [80703] "ISOFileName" #> [80704] "ISOFormat" #> [80705] "ISOGeographicBoundingBox" #> [80706] "ISOGeographicDescription" #> [80707] "ISOGeographicExtent" #> [80708] "ISOGeometricObjects" #> [80709] "ISOGeometricObjectType" #> [80710] "ISOGeoreferenceable" #> [80711] "ISOGriddedDataPositionalAccuracy" #> [80712] "ISOGridSpatialRepresentation" #> [80713] "ISOHierarchyLevel" #> [80714] "ISOIdentification" #> [80715] "ISOIdentifier" #> [80716] "ISOInheritanceRelation" #> [80717] "ISOInitiativeType" #> [80718] "ISOKeywords" #> [80719] "ISOKeywordType" #> [80720] "ISOLanguage" #> [80721] "ISOLegalConstraints" #> [80722] "ISOLength" #> [80723] "ISOLineage" #> [80724] "ISOListedValue" #> [80725] "ISOLocalName" #> [80726] "ISOMaintenanceFrequency" #> [80727] "ISOMaintenanceInformation" #> [80728] "ISOMeasure" #> [80729] "ISOMemberName" #> [80730] "ISOMetadata" #> [80731] "ISOMetadataExtensionInformation" #> [80732] "ISOMetadataNamespace" #> [80733] "ISOMetaIdentifier" #> [80734] "ISOMimeFileType" #> [80735] "ISOMultiplicity" #> [80736] "ISOMultiplicityRange" #> [80737] "ISOObligation" #> [80738] "ISOOnLineFunction" #> [80739] "ISOOnlineResource" #> [80740] "ISOOperationMetadata" #> [80741] "ISOParameter" #> [80742] "ISOParameterDirection" #> [80743] "ISOPresentationForm" #> [80744] "ISOProcessStep" #> [80745] "ISOPropertyType" #> [80746] "ISORangeDimension" #> [80747] "ISORecord" #> [80748] "ISORecordType" #> [80749] "ISOReferenceIdentifier" #> [80750] "ISOReferenceSystem" #> [80751] "ISORepresentativeFraction" #> [80752] "ISOResponsibleParty" #> [80753] "ISORestriction" #> [80754] "ISORole" #> [80755] "ISORoleType" #> [80756] "ISOScale" #> [80757] "ISOScope" #> [80758] "ISOScopedName" #> [80759] "ISOSecurityConstraints" #> [80760] "ISOServiceIdentification" #> [80761] "ISOSource" #> [80762] "ISOSpatialRepresentation" #> [80763] "ISOSpatialRepresentationType" #> [80764] "ISOSpatialTemporalExtent" #> [80765] "ISOStandardOrderProcess" #> [80766] "ISOStatus" #> [80767] "ISOTelephone" #> [80768] "ISOTemporalExtent" #> [80769] "ISOTimePeriod" #> [80770] "ISOTopicCategory" #> [80771] "ISOTopologyLevel" #> [80772] "ISOTypeName" #> [80773] "ISOUnlimitedInteger" #> [80774] "ISOURL" #> [80775] "ISOVectorSpatialRepresentation" #> [80776] "ISOVerticalExtent" #> [80777] "registerISOCodelist" #> [80778] "registerISOMetadataNamespace" #> [80779] "registerISOMetadataSchema" #> [80780] "setGeometaOption" #> [80781] "setISOCodelists" #> [80782] "setISOMetadataNamespaces" #> [80783] "setISOMetadataSchemas" #> [80784] "Sterratt" #> [80785] "2019-03-27" #> [80786] "bary2cart" #> [80787] "cart2bary" #> [80788] "cart2sph" #> [80789] "convhulln" #> [80790] "delaunayn" #> [80791] "distmesh2d" #> [80792] "distmeshnd" #> [80793] "entry.value" #> [80794] "extprod3d" #> [80795] "feasible.point" #> [80796] "halfspacen" #> [80797] "inhulln" #> [80798] "intersectn" #> [80799] "matmax" #> [80800] "mesh.dcircle" #> [80801] "mesh.diff" #> [80802] "mesh.drectangle" #> [80803] "mesh.dsphere" #> [80804] "mesh.hunif" #> [80805] "pol2cart" #> [80806] "polyarea" #> [80807] "rbox" #> [80808] "sph2cart" #> [80809] "surf.tri" #> [80810] "tetramesh" #> [80811] "to.mesh3d" #> [80812] "trimesh" #> [80813] "tsearch" #> [80814] "tsearchn" #> [80815] "Unique" #> [80816] "as.adjmat" #> [80817] "as.edgedf" #> [80818] "bikes" #> [80819] "fortify.adjmat" #> [80820] "fortify.edgedf" #> [80821] "fortify.igraph" #> [80822] "fortify.network" #> [80823] "GeomCircle" #> [80824] "geom_net" #> [80825] "jtt" #> [80826] "metro_map" #> [80827] "mm.directed" #> [80828] "soccer" #> [80829] "theme_elements" #> [80830] "theme_net" #> [80831] "geomongo" #> [80832] "json_schema_validator" #> [80833] "mongodb_console" #> [80834] "geomorph-package" #> [80835] "advanced.procD.lm" #> [80836] "arrayspecs" #> [80837] "bilat.symmetry" #> [80838] "buildtemplate" #> [80839] "compare.evol.rates" #> [80840] "compare.multi.evol.rates" #> [80841] "compare.pls" #> [80842] "coords.subset" #> [80843] "define.links" #> [80844] "define.modules" #> [80845] "define.sliders" #> [80846] "digit.curves" #> [80847] "digit.fixed" #> [80848] "digitize2d" #> [80849] "digitsurface" #> [80850] "editTemplate" #> [80851] "estimate.missing" #> [80852] "findMeanSpec" #> [80853] "fixed.angle" #> [80854] "geomorph.data.frame" #> [80855] "globalIntegration" #> [80856] "gm.prcomp" #> [80857] "gpagen" #> [80858] "gridPar" #> [80859] "hummingbirds" #> [80860] "integration.test" #> [80861] "interlmkdist" #> [80862] "larvalMorph" #> [80863] "modularity.test" #> [80864] "morphol.disparity" #> [80865] "mshape" #> [80866] "nested.update" #> [80867] "phylo.integration" #> [80868] "phylo.modularity" #> [80869] "physignal" #> [80870] "picknplot.shape" #> [80871] "plethodon" #> [80872] "plethShapeFood" #> [80873] "plethspecies" #> [80874] "plot.bilat.symmetry" #> [80875] "plot.CR" #> [80876] "plot.CR.phylo" #> [80877] "plot.evolrate" #> [80878] "plot.gm.prcomp" #> [80879] "plot.gpagen" #> [80880] "plot.mshape" #> [80881] "plot.physignal" #> [80882] "plot.pls" #> [80883] "plot.procD.lm" #> [80884] "plotAllometry" #> [80885] "plotAllSpecimens" #> [80886] "plotGMPhyloMorphoSpace" #> [80887] "plotOutliers" #> [80888] "plotRefToTarget" #> [80889] "plotspec" #> [80890] "plotTangentSpace" #> [80891] "print.bilat.symmetry" #> [80892] "print.combined.set" #> [80893] "print.compare.pls" #> [80894] "print.CR" #> [80895] "print.CR.phylo" #> [80896] "print.evolrate" #> [80897] "print.evolrate1" #> [80898] "print.geomorphShapes" #> [80899] "print.gm.prcomp" #> [80900] "print.gpagen" #> [80901] "print.morphol.disparity" #> [80902] "print.physignal" #> [80903] "print.plotTangentSpace" #> [80904] "print.pls" #> [80905] "print.procD.lm" #> [80906] "procD.allometry" #> [80907] "procD.lm" #> [80908] "procD.pgls" #> [80909] "pupfish" #> [80910] "ratland" #> [80911] "read.morphologika" #> [80912] "read.ply" #> [80913] "readland.nts" #> [80914] "readland.shapes" #> [80915] "readland.tps" #> [80916] "readmulti.nts" #> [80917] "rotate.coords" #> [80918] "scallopPLY" #> [80919] "scallops" #> [80920] "shape.predictor" #> [80921] "shapeHulls" #> [80922] "summary.bilat.symmetry" #> [80923] "summary.combined.set" #> [80924] "summary.compare.pls" #> [80925] "summary.CR" #> [80926] "summary.CR.phylo" #> [80927] "summary.evolrate" #> [80928] "summary.evolrate1" #> [80929] "summary.geomorphShapes" #> [80930] "summary.gm.prcomp" #> [80931] "summary.gpagen" #> [80932] "summary.morphol.disparity" #> [80933] "summary.physignal" #> [80934] "summary.plotTangentSpace" #> [80935] "summary.pls" #> [80936] "summary.procD.lm" #> [80937] "two.b.pls" #> [80938] "two.d.array" #> [80939] "warpRefMesh" #> [80940] "warpRefOutline" #> [80941] "writeland.tps" #> [80942] "geonames" #> [80943] "GNcities" #> [80944] "GNcountryCode" #> [80945] "GNcountryInfo" #> [80946] "GNcountrySubdivision" #> [80947] "GNearthquakes" #> [80948] "GNfindNearby" #> [80949] "GNfindNearbyPlaceName" #> [80950] "GNfindNearbyPostalCodes" #> [80951] "GNfindNearbyStreets" #> [80952] "GNfindNearByWeather" #> [80953] "GNfindNearbyWikipedia" #> [80954] "GNfindNearestAddress" #> [80955] "GNfindNearestIntersection" #> [80956] "GNgtopo30" #> [80957] "GNneighbourhood" #> [80958] "GNpostalCodeCountryInfo" #> [80959] "GNpostalCodeLookup" #> [80960] "GNpostalCodeSearch" #> [80961] "GNsearch" #> [80962] "GNsrtm3" #> [80963] "GNtimezone" #> [80964] "GNweather" #> [80965] "GNweatherIcao" #> [80966] "GNwikipediaBoundingBox" #> [80967] "GNwikipediaSearch" #> [80968] "geonapi" #> [80969] "GNManager" #> [80970] "GNPrivConfiguration" #> [80971] "GNRESTRequest" #> [80972] "GNUtils" #> [80973] "GNVersion" #> [80974] "eurodist" #> [80975] "geonetwork" #> [80976] "plot.geonetwork" #> [80977] "geoops-package" #> [80978] "Feature" #> [80979] "FeatureCollection" #> [80980] "geojson-types" #> [80981] "GeometryCollection" #> [80982] "geo_along" #> [80983] "geo_area" #> [80984] "geo_bbox_polygon" #> [80985] "geo_bearing" #> [80986] "geo_destination" #> [80987] "geo_distance" #> [80988] "geo_get_coords" #> [80989] "geo_line_distance" #> [80990] "geo_midpoint" #> [80991] "geo_nearest" #> [80992] "geo_planepoint" #> [80993] "geo_pointgrid" #> [80994] "geo_trianglegrid" #> [80995] "LineString" #> [80996] "MultiLineString" #> [80997] "MultiPoint" #> [80998] "MultiPolygon" #> [80999] "Polygon" #> [81000] "geoparser_q" #> [81001] "geophys-package" #> [81002] "annotatebox" #> [81003] "annotateplane" #> [81004] "AXB.prod" #> [81005] "BMOD" #> [81006] "desh" #> [81007] "DGzx" #> [81008] "dircheck" #> [81009] "DO.DYKE" #> [81010] "DO.HALFSPACE" #> [81011] "dofry" #> [81012] "DoMohr" #> [81013] "DoMohrFig1" #> [81014] "draw.brachiopod" #> [81015] "elipfit" #> [81016] "flipZEE" #> [81017] "get.brachiopod" #> [81018] "get.heat2" #> [81019] "Glines" #> [81020] "heat.sol" #> [81021] "labelLine" #> [81022] "lipper" #> [81023] "Maxstress" #> [81024] "ModelG" #> [81025] "mogi1" #> [81026] "mogiM" #> [81027] "mohrleg" #> [81028] "NinePointCircle" #> [81029] "NORMvec" #> [81030] "okada85" #> [81031] "perpproj" #> [81032] "PLOTbox" #> [81033] "plotfry" #> [81034] "PLOTplane" #> [81035] "points2line" #> [81036] "PolarDecomp" #> [81037] "PPoints" #> [81038] "pstart" #> [81039] "PXY" #> [81040] "randFRY" #> [81041] "randpoles" #> [81042] "REplane" #> [81043] "rev2RH" #> [81044] "rot2Zplane" #> [81045] "Sect2vex" #> [81046] "setSTRESS" #> [81047] "Showfry" #> [81048] "stressSETUP" #> [81049] "tauline" #> [81050] "TriangleCenter" #> [81051] "TriangleInfo" #> [81052] "vecproj" #> [81053] "vlength" #> [81054] "xtractlip" #> [81055] ".nlmP" #> [81056] "as.geodata" #> [81057] "boxcox.geodata" #> [81058] "boxcoxfit" #> [81059] "ca20" #> [81060] "camg" #> [81061] "coords.aniso" #> [81062] "coords2coords" #> [81063] "cov.spatial" #> [81064] "dup.coords" #> [81065] "elevation" #> [81066] "eyefit" #> [81067] "gambia" #> [81068] "geoR-defunct" #> [81069] "globalvar" #> [81070] "grf" #> [81071] "hist.krige.bayes" #> [81072] "hoef" #> [81073] "image.grf" #> [81074] "image.krige.bayes" #> [81075] "image.kriging" #> [81076] "InvChisquare" #> [81077] "isaaks" #> [81078] "jitterDupCoords" #> [81079] "kattegat" #> [81080] "krige.bayes" #> [81081] "krige.conv" #> [81082] "krweights" #> [81083] "Ksat" #> [81084] "ksline" #> [81085] "landim1" #> [81086] "legend.krige" #> [81087] "likfit" #> [81088] "likfitBGCCM" #> [81089] "lines.variogram" #> [81090] "lines.variogram.envelope" #> [81091] "lines.variomodel" #> [81092] "lines.variomodel.grf" #> [81093] "lines.variomodel.krige.bayes" #> [81094] "lines.variomodel.likGRF" #> [81095] "lines.variomodel.variofit" #> [81096] "locations.inside" #> [81097] "loglik.GRF" #> [81098] "matern" #> [81099] "names.geodata" #> [81100] "nearloc" #> [81101] "output.control" #> [81102] "parana" #> [81103] "pars.limits" #> [81104] "plot.geodata" #> [81105] "plot.grf" #> [81106] "plot.krige.bayes" #> [81107] "plot.proflik" #> [81108] "plot.variog4" #> [81109] "plot.xvalid" #> [81110] "points.geodata" #> [81111] "polygrid" #> [81112] "practicalRange" #> [81113] "predict.BGCCM" #> [81114] "pred_grid" #> [81115] "print.BGCCM" #> [81116] "proflik" #> [81117] "read.geodata" #> [81118] "s100" #> [81119] "s121" #> [81120] "s256i" #> [81121] "sample.geodata" #> [81122] "sample.posterior" #> [81123] "sample.prior" #> [81124] "set.coords.lims" #> [81125] "SIC" #> [81126] "soil250" #> [81127] "soja98" #> [81128] "statistics.predictive" #> [81129] "subarea" #> [81130] "subset.geodata" #> [81131] "summary.geodata" #> [81132] "summary.likGRF" #> [81133] "summary.variofit" #> [81134] "tce" #> [81135] "trend.spatial" #> [81136] "varcov.spatial" #> [81137] "varcovBGCCM" #> [81138] "variofit" #> [81139] "variog" #> [81140] "variog.mc.env" #> [81141] "variog.model.env" #> [81142] "variog4" #> [81143] "wo" #> [81144] "wolfcamp" #> [81145] "wrappers" #> [81146] "wrc" #> [81147] "xvalid" #> [81148] "BivalvePBDB" #> [81149] "CellCount" #> [81150] "CHullArea" #> [81151] "CHullAreaEarth" #> [81152] "CoordCollapse" #> [81153] "CoordList_PBDB" #> [81154] "deg2rad" #> [81155] "EqualAreaRectangle" #> [81156] "gcd_hf" #> [81157] "gcd_vif" #> [81158] "GeoCor" #> [81159] "GeoPerformance_SkewCV" #> [81160] "GeoRange_MultiTaxa" #> [81161] "GeoRarefaction_MultiTaxa" #> [81162] "GeoRarefaction_SingleTaxon" #> [81163] "HorseShoeArea" #> [81164] "LatRg" #> [81165] "LongRg" #> [81166] "MSTDist" #> [81167] "MSTDist_FromMat" #> [81168] "PEE_MultiTaxa" #> [81169] "PEE_SingleTaxon" #> [81170] "PlotMST" #> [81171] "Plot_Rarefaction" #> [81172] "PtsAlgHorseShoe" #> [81173] "PWMatrix" #> [81174] "RandHorseShoe" #> [81175] "RandRec" #> [81176] "asympvar" #> [81177] "b50," #> [81178] "p50" #> [81179] "b64" #> [81180] "binom.krige" #> [81181] "binom.krige.bayes" #> [81182] "covariog" #> [81183] "covariog.model.env" #> [81184] "create.mcmc.coda" #> [81185] "geoRglm-defunct" #> [81186] "glsm.krige" #> [81187] "glsm.mcmc" #> [81188] "hist.glm.krige.bayes" #> [81189] "image.glm.krige.bayes" #> [81190] "krige.glm.control" #> [81191] "likfit.glsm" #> [81192] "lines.covariomodel" #> [81193] "model.glm.control" #> [81194] "output.glm.control" #> [81195] "plot.covariogram" #> [81196] "pois.krige" #> [81197] "pois.krige.bayes" #> [81198] "prepare.likfit.glsm" #> [81199] "prior.glm.control" #> [81200] "proflik.glsm" #> [81201] "rongelap" #> [81202] "summary.likGLSM" #> [81203] "control.georob" #> [81204] "cv.georob" #> [81205] "default.aniso" #> [81206] "fit.variogram.model" #> [81207] "georob" #> [81208] "georobModelBuilding" #> [81209] "georobObject" #> [81210] "georobPackage" #> [81211] "georobS3methods" #> [81212] "georobSimulation" #> [81213] "lgnpp" #> [81214] "param.names" #> [81215] "plot.georob" #> [81216] "pmm" #> [81217] "predict.georob" #> [81218] "profilelogLik" #> [81219] "sample.variogram" #> [81220] "validate.predictions" #> [81221] "adaptive.sample" #> [81222] "contin.inhibit.sample" #> [81223] "discrete.inhibit.sample" #> [81224] "majete" #> [81225] "random.sample" #> [81226] "geosapi" #> [81227] "GSAbstractDBDataStore" #> [81228] "GSDataStore" #> [81229] "GSDataStoreManager" #> [81230] "GSDimension" #> [81231] "GSFeatureType" #> [81232] "GSLayer" #> [81233] "GSLayerGroup" #> [81234] "GSManager" #> [81235] "GSMetadataLink" #> [81236] "GSNamespace" #> [81237] "GSNamespaceManager" #> [81238] "GSOracleNGDataStore" #> [81239] "GSPostGISDataStore" #> [81240] "GSResource" #> [81241] "GSRESTEntrySet" #> [81242] "GSRESTResource" #> [81243] "GSShapefileDataStore" #> [81244] "GSShapefileDirectoryDataStore" #> [81245] "GSStyleManager" #> [81246] "GSUtils" #> [81247] "GSVersion" #> [81248] "GSVirtualTable" #> [81249] "GSVirtualTableGeometry" #> [81250] "GSVirtualTableParameter" #> [81251] "GSWorkspace" #> [81252] "GSWorkspaceManager" #> [81253] "geoscale-package" #> [81254] "biozones" #> [81255] "geoscaleBox" #> [81256] "geoscalePlot" #> [81257] "timescales" #> [81258] "traits" #> [81259] "geospacom-package" #> [81260] "CH1903" #> [81261] "DistanceMatrix" #> [81262] "GPS" #> [81263] "ImagePoly" #> [81264] "ReadPoly" #> [81265] "yu.reg" #> [81266] "Arith,Spectra,Spectra-method" #> [81267] "dim,Spectra-method" #> [81268] "geoSpectral" #> [81269] "head,Spectra-method" #> [81270] "names,SpcList-method" #> [81271] "names,Spectra-method" #> [81272] "ncol,Spectra-method" #> [81273] "nrow,Spectra-method" #> [81274] "rep,Spectra-method" #> [81275] "show,SpcHeader-method" #> [81276] "show,SpcList-method" #> [81277] "show,Spectra-method" #> [81278] "sort,SpcList-method" #> [81279] "sort,Spectra-method" #> [81280] "spc.bbox2lines" #> [81281] "spc.cname.construct" #> [81282] "spc.colMeans" #> [81283] "spc.colnames" #> [81284] "spc.data2header" #> [81285] "spc.data2header,list-method" #> [81286] "spc.example_spectra" #> [81287] "spc.export.text" #> [81288] "spc.export.xlsx" #> [81289] "spc.getheader" #> [81290] "spc.getheader,list-method" #> [81291] "spc.getinvalid.idx" #> [81292] "spc.getselected.idx" #> [81293] "spc.getwavelengths" #> [81294] "spc.header.infos" #> [81295] "spc.header2data" #> [81296] "spc.interp.spectral" #> [81297] "spc.invalid.detect" #> [81298] "spc.lapply" #> [81299] "spc.lines" #> [81300] "spc.make.stindex" #> [81301] "spc.makeSpcList" #> [81302] "spc.plot" #> [81303] "spc.plot.depth" #> [81304] "spc.plot.depth.overlay" #> [81305] "spc.plot.depth.plotly" #> [81306] "spc.plot.grid" #> [81307] "spc.plot.map.leaflet" #> [81308] "spc.plot.map.plotly" #> [81309] "spc.plot.map.rbokeh" #> [81310] "spc.plot.overlay" #> [81311] "spc.plot.plotly" #> [81312] "spc.plot.time" #> [81313] "spc.plot.time.plotly" #> [81314] "spc.rbind" #> [81315] "spc.rbind,STIDF-method" #> [81316] "spc.Read_ASD" #> [81317] "spc.Read_NOMAD_v2" #> [81318] "spc.select" #> [81319] "spc.setheader<-" #> [81320] "spc.setheader<-,list-method" #> [81321] "spc.setinvalid.idx<-" #> [81322] "spc.setselected.idx<-" #> [81323] "spc.setwavelengths<-" #> [81324] "spc.STI.stdistance" #> [81325] "spc.timeMatch" #> [81326] "spc.updateheader" #> [81327] "SpcHeader-class" #> [81328] "SpcHeaderAdd" #> [81329] "SpcHeaderList-class" #> [81330] "SpcList" #> [81331] "SpcList-class" #> [81332] "Spectra-class" #> [81333] "Spectra-coerce" #> [81334] "subset,SpcList-method" #> [81335] "subset,Spectra-method" #> [81336] "$,SpcList-method" #> [81337] "$,Spectra-method" #> [81338] "geosphere-package" #> [81339] "alongTrackDistance" #> [81340] "antipode" #> [81341] "areaPolygon" #> [81342] "bearingRhumb" #> [81343] "destPoint" #> [81344] "destPointRhumb" #> [81345] "dist2gc" #> [81346] "dist2Line" #> [81347] "distCosine" #> [81348] "distGeo" #> [81349] "distHaversine" #> [81350] "distm" #> [81351] "distMeeus" #> [81352] "distRhumb" #> [81353] "distVincentyEllipsoid" #> [81354] "distVincentySphere" #> [81355] "finalBearing" #> [81356] "gcIntersect" #> [81357] "gcIntersectBearing" #> [81358] "gcLat" #> [81359] "gcLon" #> [81360] "gcMaxLat" #> [81361] "greatCircle" #> [81362] "greatCircleBearing" #> [81363] "horizon" #> [81364] "intermediate" #> [81365] "lengthLine" #> [81366] "mercator" #> [81367] "midPoint" #> [81368] "onGreatCircle" #> [81369] "perimeter" #> [81370] "plotArrows" #> [81371] "randomCoordinates" #> [81372] "refEllipsoids" #> [81373] "wrld" #> [81374] "geospt-package" #> [81375] "bestnet" #> [81376] "bp.with.outlier.label" #> [81377] "COSha10" #> [81378] "COSha10map" #> [81379] "COSha30" #> [81380] "COSha30map" #> [81381] "criterio.cv" #> [81382] "est.variograms" #> [81383] "extractFormula" #> [81384] "graph.rbf" #> [81385] "lalib" #> [81386] "network.design" #> [81387] "pocket.plot" #> [81388] "preci" #> [81389] "rbf.cv" #> [81390] "rbf.cv1" #> [81391] "RBF.phi" #> [81392] "rbf.tcv" #> [81393] "samplePts" #> [81394] "seqPtsOptNet" #> [81395] "simPtsOptNet" #> [81396] "geosptdb-package" #> [81397] "cp.xnews" #> [81398] "criterioST.cv" #> [81399] "croatia" #> [81400] "croatia.grid7cp" #> [81401] "croatia.temp" #> [81402] "croatiadb" #> [81403] "graph.rbfST" #> [81404] "idwST" #> [81405] "idwST.cv" #> [81406] "idwST.cv1" #> [81407] "idwST.tcv" #> [81408] "rbfST" #> [81409] "rbfST.cv" #> [81410] "rbfST.cv1" #> [81411] "rbfST.tcv" #> [81412] "asImRaster" #> [81413] "conditionalGmrf" #> [81414] "excProb" #> [81415] "gambiaUTM" #> [81416] "glgm-methods" #> [81417] "krigeLgm" #> [81418] "lgm-methods" #> [81419] "likfitLgm" #> [81420] "loaloa" #> [81421] "maternGmrfPrec" #> [81422] "murder" #> [81423] "pcPriorRange" #> [81424] "postExp" #> [81425] "profLlgm" #> [81426] "RFsimulate" #> [81427] "rongelapUTM" #> [81428] "simLgcp" #> [81429] "spatialRoc" #> [81430] "squareRaster-methods" #> [81431] "stackRasterList" #> [81432] "swissRain" #> [81433] "swissRainR" #> [81434] "AASHTO" #> [81435] "bearingCapacity" #> [81436] "bearingCapacityFactors" #> [81437] "bearingPressure" #> [81438] "grainSize" #> [81439] "hydraulicConductivity" #> [81440] "indexParameters" #> [81441] "lateralEarthPressures" #> [81442] "MohrCircle" #> [81443] "Plasticity" #> [81444] "slopeStability" #> [81445] "soilProfile" #> [81446] "SPT" #> [81447] "stressHorizontal" #> [81448] "stressInducedArea" #> [81449] "stressInducedPoint" #> [81450] "stressPlot" #> [81451] "stressVertical" #> [81452] "USCS" #> [81453] "wellHydraulics" #> [81454] "codesNearToCode" #> [81455] "distKm" #> [81456] "fr_geo_deg" #> [81457] "gboot_block" #> [81458] "gboot_CI" #> [81459] "gboot_cloud" #> [81460] "gboot_cross" #> [81461] "gboot_plot" #> [81462] "gboot_solow" #> [81463] "gboot_variogram" #> [81464] "NVDI" #> [81465] "soilmoisture" #> [81466] "argsParser" #> [81467] "bondone" #> [81468] "brick" #> [81469] "brick.decimal.formatter" #> [81470] "brickFromOutputSoil3DTensor" #> [81471] "color.bar" #> [81472] "color.bar.raster" #> [81473] "create.geotop.inpts.keyword" #> [81474] "create.geotop.meteo.files" #> [81475] "declared.geotop.inpts.keywords" #> [81476] "geotopbrick" #> [81477] "GeotopRasterBrick-class" #> [81478] "get.geotop.inpts.keyword.value" #> [81479] "get.geotop.recovery.state" #> [81480] "getProjection" #> [81481] "getvalues.brick.at.depth" #> [81482] "KML" #> [81483] "max_value" #> [81484] "min_value" #> [81485] "Ops" #> [81486] "pointer.to.maps.xyz.time" #> [81487] "read.ascii.vectorized.brick" #> [81488] "read.raster.from.url" #> [81489] "read.vectorized.geotop.recovery" #> [81490] "replace.keyword" #> [81491] "set.geotop.recovery.state" #> [81492] "vertical.aggregate.brick.within.depth" #> [81493] "write.ascii.vectorized.brick" #> [81494] "write.geotop.table" #> [81495] "write.vectorized.geotop.recovery" #> [81496] "write.vectorized.variable.in.string" #> [81497] "writeRasterxGEOtop" #> [81498] "zoo-class" #> [81499] "add_gps_to_rayshader" #> [81500] "crop_raster_square" #> [81501] "crop_raster_track" #> [81502] "dplyr_data" #> [81503] "drybrush" #> [81504] "elevation_shade" #> [81505] "elevation_transparency" #> [81506] "example_igc" #> [81507] "example_raster" #> [81508] "get_slippy_map" #> [81509] "ggslippy" #> [81510] "latlong_to_rayshader_coords" #> [81511] "mapbox_dem" #> [81512] "mosaic_files" #> [81513] "raster_zscale" #> [81514] "read_igc" #> [81515] "slippy_overlay" #> [81516] "slippy_raster" #> [81517] "addContour" #> [81518] "cal.max.width.Zone" #> [81519] "calcCritNarrow" #> [81520] "calcDCrit" #> [81521] "calCrit" #> [81522] "calCrit1" #> [81523] "calCrit2" #> [81524] "calCrit2bis" #> [81525] "calCrit3" #> [81526] "calCrit4" #> [81527] "calCrit5" #> [81528] "calCrit7" #> [81529] "calCritMinMean" #> [81530] "calDistance" #> [81531] "calFrame" #> [81532] "calGearyGlo" #> [81533] "calGearyLoc" #> [81534] "calMoranBLocal" #> [81535] "calMoranBTot" #> [81536] "calMoranGlo" #> [81537] "calMoranLoc" #> [81538] "calNei" #> [81539] "calRMmodel" #> [81540] "calStep" #> [81541] "calZoneN" #> [81542] "checkContour" #> [81543] "cleanSp" #> [81544] "contourArea" #> [81545] "contourAuto" #> [81546] "contourBetween" #> [81547] "contourToSpp" #> [81548] "correctBoundaryMap" #> [81549] "correctionTree" #> [81550] "correctN" #> [81551] "costLab" #> [81552] "Cost_By_Laplace" #> [81553] "Cost_By_Mean" #> [81554] "createHoles" #> [81555] "datanormX" #> [81556] "dataReg" #> [81557] "detectSmallZones" #> [81558] "detZoneClose" #> [81559] "detZoneEng" #> [81560] "DIJ" #> [81561] "dispZ" #> [81562] "dispZmap" #> [81563] "Extreme_Zone" #> [81564] "findN" #> [81565] "findNptInZone" #> [81566] "findZCenter" #> [81567] "genData" #> [81568] "genEmptyGrid" #> [81569] "genMap" #> [81570] "genQseq" #> [81571] "getId" #> [81572] "getNumZone" #> [81573] "getPoly" #> [81574] "getZoneId" #> [81575] "getZonePts" #> [81576] "holeSp" #> [81577] "Identify" #> [81578] "initialZoning" #> [81579] "labZone" #> [81580] "lastPass" #> [81581] "linesSp" #> [81582] "list_Zone_2_Neighbours" #> [81583] "loopQ1" #> [81584] "loopQ2" #> [81585] "loopQ3" #> [81586] "loopQ4" #> [81587] "loopQ5" #> [81588] "mapTest" #> [81589] "meanL" #> [81590] "meansdSimu" #> [81591] "meanvarSimu" #> [81592] "MeanVarWPts" #> [81593] "new_krigGrid_for_visualisation" #> [81594] "normDistMat" #> [81595] "normSize" #> [81596] "normZcoords" #> [81597] "nPolyZone" #> [81598] "optiGrow" #> [81599] "optiRG" #> [81600] "orderZ" #> [81601] "plotCrit" #> [81602] "plotListC" #> [81603] "plotSp" #> [81604] "plotVario" #> [81605] "plotZ" #> [81606] "pointsSp" #> [81607] "polyToSp2" #> [81608] "printLabZ" #> [81609] "printZid" #> [81610] "printZsurf" #> [81611] "ptInZone" #> [81612] "ptNei" #> [81613] "ptsInSp" #> [81614] "r2" #> [81615] "randKmap" #> [81616] "randKmapGrid" #> [81617] "readS" #> [81618] "removeFromZ" #> [81619] "resZTest" #> [81620] "searchNODcrit1" #> [81621] "setId" #> [81622] "setIds" #> [81623] "shape1" #> [81624] "Sigmai2" #> [81625] "SigmaL2" #> [81626] "smoothingMap" #> [81627] "smoothingZone" #> [81628] "spToSL" #> [81629] "superLines" #> [81630] "touch.border" #> [81631] "Transition_Zone_Far_Boundary" #> [81632] "Transition_Zone_Near_Boundary" #> [81633] "valZ" #> [81634] "voronoiPolygons" #> [81635] "wMean" #> [81636] "zone.extended" #> [81637] "zoneAssign" #> [81638] "zoneFusion2" #> [81639] "zoneFusion3" #> [81640] "zoneFusion4" #> [81641] "zoneGeneration" #> [81642] "zoneGrow" #> [81643] "zoneModifnonIso" #> [81644] "boy.surface" #> [81645] "conic.spiral" #> [81646] "conic.spiral.nautilus" #> [81647] "cross.cap" #> [81648] "cross.polytope" #> [81649] "cube.dotline" #> [81650] "cube.face" #> [81651] "cube.iterate" #> [81652] "cube.solid.grid" #> [81653] "cube.solid.random" #> [81654] "dini.surface" #> [81655] "ellipsoid" #> [81656] "enneper.surface" #> [81657] "f_composition" #> [81658] "f_helmert" #> [81659] "klein.fig.eight" #> [81660] "mobius" #> [81661] "mobius.experiment" #> [81662] "print.geozoo" #> [81663] "print.geozooNoScale" #> [81664] "roman.surface" #> [81665] "sphere.hollow" #> [81666] "sphere.solid.grid" #> [81667] "sphere.solid.random" #> [81668] "torus" #> [81669] "torus.flat" #> [81670] "write.xml" #> [81671] "decodePolyline" #> [81672] "encodePolyline" #> [81673] "gepaf" #> [81674] "calculate_network_statistics" #> [81675] "conditional_edge_prediction" #> [81676] "conditional_edge_prediction_correlation_plot" #> [81677] "conditional_edge_prediction_MSE" #> [81678] "conditional_edge_prediction_plot" #> [81679] "convert_simulated_networks_to_observed_scale" #> [81680] "covariate_data_2005" #> [81681] "Estimate_Plot" #> [81682] "find_example_simulated_network" #> [81683] "gergm" #> [81684] "hysteresis" #> [81685] "hysteresis_plot" #> [81686] "lending_2005" #> [81687] "net_exports_2005" #> [81688] "parallel_gergm" #> [81689] "plot_network" #> [81690] "simulate_networks" #> [81691] "Thin_Statistic_Samples" #> [81692] "Trace_Plot" #> [81693] "germanpolls" #> [81694] "get_data_from_xml_de" #> [81695] "get_data_from_xml_laender" #> [81696] "dtsm" #> [81697] "evalDays" #> [81698] "evalFactor" #> [81699] "fplot" #> [81700] "GerminaQuant" #> [81701] "ger_ASG" #> [81702] "ger_boxp" #> [81703] "ger_cumsum" #> [81704] "ger_CVG" #> [81705] "ger_getdata" #> [81706] "ger_GRP" #> [81707] "ger_GRS" #> [81708] "ger_GSP" #> [81709] "ger_intime" #> [81710] "ger_leq" #> [81711] "ger_linereg" #> [81712] "ger_MGR" #> [81713] "ger_MGT" #> [81714] "ger_SDG" #> [81715] "ger_summary" #> [81716] "ger_SYN" #> [81717] "ger_testcomp" #> [81718] "ger_UNC" #> [81719] "ger_VGT" #> [81720] "osmp" #> [81721] "prosopis" #> [81722] "rep_row" #> [81723] "starts_with" #> [81724] "stat_sm" #> [81725] "CUGerm" #> [81726] "FirstGermTime" #> [81727] "FourPHFfit" #> [81728] "germination.indices" #> [81729] "GermPercent" #> [81730] "GermSpeed" #> [81731] "GermSynchrony" #> [81732] "GermValue" #> [81733] "MeanGermPercent" #> [81734] "MeanGermRate" #> [81735] "MeanGermTime" #> [81736] "plot.FourPHFfit" #> [81737] "TimsonsIndex" #> [81738] "WeightGermPercent" #> [81739] "effectmeasures" #> [81740] "fitmeasures" #> [81741] "gesca.rick2" #> [81742] "gesca.run" #> [81743] "latentmeasures" #> [81744] "qualmeasures" #> [81745] "summary.gesca" #> [81746] "GESE-package" #> [81747] "condSegProbF" #> [81748] "database" #> [81749] "dataRaw" #> [81750] "GESE" #> [81751] "GESE-internal" #> [81752] "getSegInfo" #> [81753] "mapInfo" #> [81754] "pednew" #> [81755] "trim_oneLineage" #> [81756] "trim_unrelated" #> [81757] "context" #> [81758] "fn" #> [81759] "posure" #> [81760] "analyse_sim" #> [81761] "Blank" #> [81762] "createRFfunction" #> [81763] "createRFfunction,Curve-method" #> [81764] "Curve-class" #> [81765] "evaluateCDFfunction" #> [81766] "evaluateCDFfunction,Curve-method" #> [81767] "event_prediction" #> [81768] "event_prediction_KM" #> [81769] "fit_KM" #> [81770] "fit_tte_data" #> [81771] "frontierpower" #> [81772] "getAssessCDFfunction" #> [81773] "getAssessCDFfunction,RCurve-method" #> [81774] "getCDFfunction" #> [81775] "getCDFfunction,Curve-method" #> [81776] "getLength" #> [81777] "getLength,RCurve-method" #> [81778] "getN" #> [81779] "getN,RCurve-method" #> [81780] "getNactive" #> [81781] "getNactive,RCurve-method" #> [81782] "getNames,Curve-method" #> [81783] "getNcontrol" #> [81784] "getNcontrol,RCurve-method" #> [81785] "getParam,Curve-method" #> [81786] "getParams" #> [81787] "getParams,Curve-method" #> [81788] "getParamsV" #> [81789] "getParamsV,Curve-method" #> [81790] "getPatients" #> [81791] "getPatients,RCurve-method" #> [81792] "getPDFfunction" #> [81793] "getPDFfunction,Curve-method" #> [81794] "getRatio" #> [81795] "getRatio,RCurve-method" #> [81796] "getRFfunction" #> [81797] "getRFfunction,Curve-method" #> [81798] "getType" #> [81799] "getType,Curve-method" #> [81800] "InstantR" #> [81801] "LinearR" #> [81802] "LogLogistic" #> [81803] "MixExp" #> [81804] "MixWei" #> [81805] "nph_traj" #> [81806] "PieceExponential" #> [81807] "PieceR" #> [81808] "plotCDF" #> [81809] "plotCDF,Curve-method" #> [81810] "plotRecruitment" #> [81811] "plotRecruitment,RCurve-method" #> [81812] "plotSF" #> [81813] "plotSF,Curve-method" #> [81814] "plot_ep" #> [81815] "plot_npht" #> [81816] "RCurve-class" #> [81817] "run_gestate" #> [81818] "setPatients" #> [81819] "setPatients,RCurve-method" #> [81820] "set_assess_time" #> [81821] "set_event_number" #> [81822] "show,Curve-method" #> [81823] "show,RCurve-method" #> [81824] "simulate_trials" #> [81825] "simulate_trials_strata" #> [81826] "summarise_analysis" #> [81827] "ABIdata" #> [81828] "findReplicateGroups" #> [81829] "fitGMM" #> [81830] "fitRockeDurbin" #> [81831] "GESTr" #> [81832] "getMonotonicConfidences" #> [81833] "getMonotonicConfidences_multiclass" #> [81834] "mergeComponents" #> [81835] "TranSAM" #> [81836] "gbcbd_get_default_cache_folder" #> [81837] "gbcbd_get_JSON_fct" #> [81838] "gbcbd_get_series" #> [81839] "gbcbd_get_single_series" #> [81840] "gbcbd_message" #> [81841] "gbcbd_test_internet" #> [81842] "create_CRU_df" #> [81843] "create_CRU_stack" #> [81844] "getCRUCLdata" #> [81845] "get_CRU_df" #> [81846] "get_CRU_stack" #> [81847] "fix.fct" #> [81848] "gdfpd.convert.to.wide" #> [81849] "gdfpd.download.file" #> [81850] "gdfpd.export.DFP.data" #> [81851] "gdfpd.fix.DFP.dataframes" #> [81852] "gdfpd.get.bovespa.data" #> [81853] "gdfpd.get.files.from.bovespa" #> [81854] "gdfpd.get.inflation.data" #> [81855] "gdfpd.get.info.companies" #> [81856] "gdfpd.GetDFPData" #> [81857] "gdfpd.read.dfp.zip.file" #> [81858] "gdfpd.read.dfp.zip.file.type.1" #> [81859] "gdfpd.read.dfp.zip.file.type.2" #> [81860] "gdfpd.read.fca.zip.file" #> [81861] "gdfpd.read.fre.zip.file" #> [81862] "gdfpd.read.fwf.file" #> [81863] "gdfpd.read.zip.file.type.fca" #> [81864] "gdfpd.read.zip.file.type.fre" #> [81865] "gdfpd.search.company" #> [81866] "get_files" #> [81867] "my.copy.fct" #> [81868] "my.merge.dfs.lists" #> [81869] "xml.fct.auditing" #> [81870] "xml.fct.board.composition" #> [81871] "xml.fct.capital" #> [81872] "xml.fct.capital.reduction" #> [81873] "xml.fct.committee.composition" #> [81874] "xml.fct.compensation" #> [81875] "xml.fct.compensation.summary" #> [81876] "xml.fct.debt" #> [81877] "xml.fct.div.details" #> [81878] "xml.fct.family.related.parts" #> [81879] "xml.fct.family.relations" #> [81880] "xml.fct.repurchases" #> [81881] "xml.fct.responsible" #> [81882] "xml.fct.splits.inplits" #> [81883] "xml.fct.stock.values" #> [81884] "xml.fct.stockholder" #> [81885] "xml.fct.stocks.details" #> [81886] "xml.fct.transactions.related" #> [81887] "add.order" #> [81888] "ghfd_build_lob" #> [81889] "ghfd_download_file" #> [81890] "ghfd_get_available_tickers_from_file" #> [81891] "ghfd_get_available_tickers_from_ftp" #> [81892] "ghfd_get_ftp_contents" #> [81893] "ghfd_get_HF_data" #> [81894] "ghfd_read_file" #> [81895] "ghfd_read_file.orders" #> [81896] "ghfd_read_file.trades" #> [81897] "organize.lob" #> [81898] "print.lob" #> [81899] "process.lob.from.df" #> [81900] "admin_addPeer" #> [81901] "admin_datadir" #> [81902] "admin_nodeInfo" #> [81903] "admin_peers" #> [81904] "admin_setSolc" #> [81905] "admin_startRPC" #> [81906] "admin_startWS" #> [81907] "admin_stopRPC" #> [81908] "admin_stopWS" #> [81909] "debug_backtraceAt" #> [81910] "debug_blockProfile" #> [81911] "debug_cpuProfile" #> [81912] "debug_dumpBlock" #> [81913] "debug_gcStats" #> [81914] "debug_getBlockRlp" #> [81915] "debug_goTrace" #> [81916] "debug_memStats" #> [81917] "debug_seedHash" #> [81918] "debug_setBlockProfileRate" #> [81919] "debug_setHead" #> [81920] "debug_stacks" #> [81921] "debug_startCPUProfile" #> [81922] "debug_startGoTrace" #> [81923] "debug_stopCPUProfile" #> [81924] "debug_stopGoTrace" #> [81925] "debug_traceBlock" #> [81926] "debug_traceBlockByHash" #> [81927] "debug_traceBlockByNumber" #> [81928] "debug_traceBlockFromFile" #> [81929] "debug_traceTransaction" #> [81930] "debug_verbosity" #> [81931] "debug_vmodule" #> [81932] "debug_writeBlockProfile" #> [81933] "debug_writeMemProfile" #> [81934] "ether.toEther" #> [81935] "ether.toFinney" #> [81936] "ether.toGether" #> [81937] "ether.toGwei" #> [81938] "ether.toKether" #> [81939] "ether.toKwei" #> [81940] "ether.toMether" #> [81941] "ether.toMwei" #> [81942] "ether.toSzabo" #> [81943] "ether.toTether" #> [81944] "ether.toWei" #> [81945] "eth_call" #> [81946] "eth_estimateGas" #> [81947] "eth_getBlockByHash" #> [81948] "eth_getBlockByNumber" #> [81949] "eth_getCode" #> [81950] "eth_getFilterChanges" #> [81951] "eth_getFilterLogs" #> [81952] "eth_getLogs" #> [81953] "eth_getProof" #> [81954] "eth_getWork" #> [81955] "eth_newBlockFilter" #> [81956] "eth_newFilter" #> [81957] "eth_newPendingTransactionFilter" #> [81958] "eth_sendRawTransaction" #> [81959] "eth_sendTransaction" #> [81960] "eth_sign" #> [81961] "eth_submitHashrate" #> [81962] "eth_submitWork" #> [81963] "eth_uninstallFilter" #> [81964] "gethr" #> [81965] "get_network_id" #> [81966] "get_post" #> [81967] "hex_to_text" #> [81968] "miner_setEtherBase" #> [81969] "miner_setExtra" #> [81970] "miner_setGasPrice" #> [81971] "miner_start" #> [81972] "miner_stop" #> [81973] "net_listening" #> [81974] "net_peerCount" #> [81975] "net_version" #> [81976] "personal_ecRecover" #> [81977] "personal_importRawKey" #> [81978] "personal_listAccounts" #> [81979] "personal_lockAccount" #> [81980] "personal_newAccount" #> [81981] "personal_sendTransaction" #> [81982] "personal_sign" #> [81983] "personal_unlockAccount" #> [81984] "process_block" #> [81985] "process_log" #> [81986] "process_receipt" #> [81987] "process_transaction" #> [81988] "set_network_id" #> [81989] "shh_addPrivatekey" #> [81990] "shh_addSymKey" #> [81991] "shh_deleteKeyPair" #> [81992] "shh_deleteSymKey" #> [81993] "shh_generateSymKeyFromPassword" #> [81994] "shh_getPrivateKey" #> [81995] "shh_getPublicKey" #> [81996] "shh_getSymKey" #> [81997] "shh_hasKeyPair" #> [81998] "shh_hasSymKey" #> [81999] "shh_info" #> [82000] "shh_markTrustedPeer" #> [82001] "shh_newKeyPair" #> [82002] "shh_newMessageFilter" #> [82003] "shh_newSymKey" #> [82004] "shh_post" #> [82005] "shh_setMaxMessageSize" #> [82006] "shh_setMinPoW" #> [82007] "shh_version" #> [82008] "text_to_hex" #> [82009] "txpool_content" #> [82010] "txpool_inspect" #> [82011] "txpool_status" #> [82012] "getlandsat-package" #> [82013] "lsat_cache" #> [82014] "lsat_image" #> [82015] "lsat_list" #> [82016] "lsat_scenes" #> [82017] "lsat_scene_files" #> [82018] "gld.get.papers.info" #> [82019] "gld_download_lattes_files" #> [82020] "gld_get_lattes_data" #> [82021] "gld_get_lattes_data_from_zip" #> [82022] "gld_get_qualis" #> [82023] "gld_get_SJR" #> [82024] "gld_read_zip" #> [82025] "genSWATdates" #> [82026] "getMet" #> [82027] "getSWATcfsr" #> [82028] "getSWATdates" #> [82029] "getSWATwunderForecast" #> [82030] "SWATsubGage" #> [82031] "draw_table" #> [82032] "getmstatistic" #> [82033] "heartgenes214" #> [82034] "getopt" #> [82035] "get_Rscript_filename" #> [82036] "sort_list" #> [82037] "GetOptions" #> [82038] "GetoptLong" #> [82039] "GetoptLong.options" #> [82040] "get_scriptdir" #> [82041] "get_scriptname" #> [82042] "qq.options" #> [82043] "qqcat" #> [82044] "getPass-package" #> [82045] "getPass" #> [82046] "getProxy-package" #> [82047] "getProxy" #> [82048] "GetR-package" #> [82049] "checkData" #> [82050] "Communality" #> [82051] "gTree" #> [82052] "guttmanErrors" #> [82053] "gets-package" #> [82054] "arx" #> [82055] "biascorr" #> [82056] "coef.arx" #> [82057] "coef.gets" #> [82058] "coef.isat" #> [82059] "dropvar" #> [82060] "eviews" #> [82061] "gets" #> [82062] "getsFun" #> [82063] "getsm" #> [82064] "hpdata" #> [82065] "iim" #> [82066] "infldata" #> [82067] "isat" #> [82068] "isattest" #> [82069] "isatvar" #> [82070] "isvarcor" #> [82071] "isvareffcor" #> [82072] "ols" #> [82073] "periodicdummies" #> [82074] "printtex" #> [82075] "recursive" #> [82076] "so2data" #> [82077] "sp500data" #> [82078] "get_data_dict" #> [82079] "get_tb_burden" #> [82080] "map_tb_burden" #> [82081] "plot_tb_burden" #> [82082] "plot_tb_burden_overview" #> [82083] "plot_tb_burden_summary" #> [82084] "prepare_df_plot" #> [82085] "render_country_report" #> [82086] "run_tb_dashboard" #> [82087] "search_data_dict" #> [82088] "summarise_tb_burden" #> [82089] "who_shapefile" #> [82090] "download.TD.data" #> [82091] "get.yield.curve" #> [82092] "read.TD.files" #> [82093] "gettz-package" #> [82094] "GEVcdn-package" #> [82095] "gevcdn.bag" #> [82096] "gevcdn.bootstrap" #> [82097] "gevcdn.cost" #> [82098] "gevcdn.evaluate" #> [82099] "gevcdn.fit" #> [82100] "gevcdn.identity" #> [82101] "gevcdn.initialize" #> [82102] "gevcdn.logistic" #> [82103] "gevcdn.reshape" #> [82104] "GEVStableGarch-package" #> [82105] "gat" #> [82106] "GEVSTABLEGARCH-class" #> [82107] "GEVSTABLEGARCHSPEC-class" #> [82108] "gsFit" #> [82109] "gsMomentAparch" #> [82110] "gsSelect" #> [82111] "gsSim" #> [82112] "gsSpec" #> [82113] "skstd" #> [82114] "GExMap-package" #> [82115] "gexmap" #> [82116] "go" #> [82117] "Generator" #> [82118] "Experiments" #> [82119] "gexp" #> [82120] "GFA-package" #> [82121] "gfa" #> [82122] "informativeNoisePrior" #> [82123] "reconstruction" #> [82124] "robustComponents" #> [82125] "sequentialGfaPrediction" #> [82126] "undoNormalizeData" #> [82127] "visualizeComponents" #> [82128] "animate_annual" #> [82129] "annual_stack" #> [82130] "calc_gfc_tiles" #> [82131] "calc_pixel_areas" #> [82132] "download_tiles" #> [82133] "extract_gfc" #> [82134] "gen_grid" #> [82135] "gfc_stats" #> [82136] "gfc_tiles" #> [82137] "plot_gfc" #> [82138] "scale_by_pixel_area" #> [82139] "scale_toar" #> [82140] "test_poly" #> [82141] "threshold_gfc" #> [82142] "utm_zone" #> [82143] "calculateGUI" #> [82144] "curdies" #> [82145] "GFD" #> [82146] "startup" #> [82147] "createBase" #> [82148] "estGF" #> [82149] "reSamGF" #> [82150] "round_preserve_sum" #> [82151] "checkHttpStatus" #> [82152] "dataJson2df" #> [82153] "GDPmix" #> [82154] "genDfwds" #> [82155] "getCSRRating" #> [82156] "getCSRRating_unit" #> [82157] "getENNames" #> [82158] "getENNames_unit" #> [82159] "getExchange" #> [82160] "getHisMktCap" #> [82161] "getHisMktCap_unit" #> [82162] "getIndexConstnt" #> [82163] "getIndexData" #> [82164] "getNBS" #> [82165] "getPPPList" #> [82166] "getPPPList_unit" #> [82167] "getStockList" #> [82168] "getTickers" #> [82169] "getTickers_unit" #> [82170] "getWaternomicsData_goog" #> [82171] "getWaternomicsData_NBS" #> [82172] "getWaterQ_MEP_all" #> [82173] "getWaterQ_MEP_all_unit" #> [82174] "is.listed" #> [82175] "milSec" #> [82176] "plotChord" #> [82177] "plotScatterPie" #> [82178] "statscnDbs" #> [82179] "statscnQueryData" #> [82180] "statscnQueryLastN" #> [82181] "statscnQueryZb" #> [82182] "statscnRegions" #> [82183] "statscnRowNamePrefix" #> [82184] "updateNBS" #> [82185] "GFGM.copula-package" #> [82186] "CvM.GFGM.BurrIII" #> [82187] "Dependence.GFGM" #> [82188] "GFGM.BurrIII" #> [82189] "MLE.GFGM.BurrIII" #> [82190] "MLE.GFGM.spline" #> [82191] "Sdist.GFGM.BurrIII" #> [82192] "Sdist.GFGM.spline" #> [82193] "GFMR.cv" #> [82194] "GroupFusedMulti" #> [82195] "predict.gfmR" #> [82196] "print.gfmR" #> [82197] "print.gfmR.cv" #> [82198] "gforce.certify" #> [82199] "gforce.certify_adapt" #> [82200] "gforce.clust2mat" #> [82201] "gforce.confint2test" #> [82202] "gforce.defaults" #> [82203] "gforce.FDR_control" #> [82204] "gforce.FORCE" #> [82205] "gforce.FORCE_adapt" #> [82206] "gforce.Gamma" #> [82207] "gforce.generator" #> [82208] "gforce.glatent_confints" #> [82209] "gforce.glatent_confints.cv_defaults" #> [82210] "gforce.hclust" #> [82211] "gforce.hclust.agg2clust" #> [82212] "gforce.hclust.agglomerate" #> [82213] "gforce.kmeans" #> [82214] "gforce.kmeans_SDP_matrix" #> [82215] "gforce.metrics" #> [82216] "gforce.PECOK" #> [82217] "gforce.PECOK_adapt" #> [82218] "gforce.scio" #> [82219] "ggallin-package" #> [82220] "ggallin-NEWS" #> [82221] "interp_trans" #> [82222] "ssqrt_trans" #> [82223] "%of%" #> [82224] "alluvial-data" #> [82225] "geom_alluvium" #> [82226] "geom_flow" #> [82227] "geom_lode" #> [82228] "geom_stratum" #> [82229] "lode-guidance-functions" #> [82230] "majors" #> [82231] "self-adjoin" #> [82232] "stat_alluvium" #> [82233] "stat_flow" #> [82234] "stat_stratum" #> [82235] "vaccinations" #> [82236] "(ggcorr," #> [82237] "ggnet," #> [82238] "Moritz" #> [82239] "Marbach" #> [82240] "(ggnet," #> [82241] "Edwin" #> [82242] "Thoen" #> [82243] "Amos" #> [82244] "Elberg" #> [82245] "Joseph" #> [82246] "Larmarange" #> [82247] "Barret" #> [82248] "Schloerke" #> [82249] "2018-05-17" #> [82250] "23:31:19" #> [82251] "add_ref_boxes" #> [82252] "add_ref_lines" #> [82253] "australia_PISA2012" #> [82254] "brew_colors" #> [82255] "broomify" #> [82256] "eval_data_col" #> [82257] "find_plot_type" #> [82258] "flea" #> [82259] "fn_switch" #> [82260] "ggally_barDiag" #> [82261] "ggally_blank" #> [82262] "ggally_box" #> [82263] "ggally_cor" #> [82264] "ggally_density" #> [82265] "ggally_densityDiag" #> [82266] "ggally_denstrip" #> [82267] "ggally_diagAxis" #> [82268] "ggally_dot" #> [82269] "ggally_dot_and_box" #> [82270] "ggally_facetbar" #> [82271] "ggally_facetdensity" #> [82272] "ggally_facetdensitystrip" #> [82273] "ggally_facethist" #> [82274] "ggally_na" #> [82275] "ggally_nostic_cooksd" #> [82276] "ggally_nostic_hat" #> [82277] "ggally_nostic_line" #> [82278] "ggally_nostic_resid" #> [82279] "ggally_nostic_se_fit" #> [82280] "ggally_nostic_sigma" #> [82281] "ggally_nostic_std_resid" #> [82282] "ggally_points" #> [82283] "ggally_ratio" #> [82284] "ggally_smooth" #> [82285] "ggally_text" #> [82286] "ggcoef" #> [82287] "ggcorr" #> [82288] "ggduo" #> [82289] "ggfacet" #> [82290] "gglegend" #> [82291] "ggmatrix" #> [82292] "ggmatrix_gtable" #> [82293] "ggmatrix_progress" #> [82294] "ggnet" #> [82295] "ggnet2" #> [82296] "ggnetworkmap" #> [82297] "ggnostic" #> [82298] "ggpairs" #> [82299] "ggparcoord" #> [82300] "ggscatmat" #> [82301] "ggsurv" #> [82302] "ggts" #> [82303] "glyphplot" #> [82304] "glyphs" #> [82305] "grab_legend" #> [82306] "is_horizontal" #> [82307] "lowertriangle" #> [82308] "mapping_string" #> [82309] "mapping_swap_x_y" #> [82310] "model_response_variables" #> [82311] "print.ggmatrix" #> [82312] "print_if_interactive" #> [82313] "psychademic" #> [82314] "putPlot" #> [82315] "rescale01" #> [82316] "scag_order" #> [82317] "scatmat" #> [82318] "singleClassOrder" #> [82319] "str.ggmatrix" #> [82320] "twitter_spambots" #> [82321] "uppertriangle" #> [82322] "v1_ggmatrix_theme" #> [82323] "wrap_fn_with_param_arg" #> [82324] "annotate_textp" #> [82325] "byte_format" #> [82326] "coord_proj" #> [82327] "fortify.table" #> [82328] "GeomCartogram" #> [82329] "geom_bkde" #> [82330] "geom_bkde2d" #> [82331] "geom_cartogram" #> [82332] "geom_dumbbell" #> [82333] "geom_encircle" #> [82334] "geom_lollipop" #> [82335] "geom_stateface" #> [82336] "geom_xspline" #> [82337] "geom_xspline2" #> [82338] "ggalt" #> [82339] "load_stateface" #> [82340] "show_stateface" #> [82341] "stat_ash" #> [82342] "stat_stepribbon" #> [82343] "'transition-layers.R'" #> [82344] "'transition-null.R'" #> [82345] "'transition-time.R'" #> [82346] "'transition_reveal.R'" #> [82347] "'transmute-enter.R'" #> [82348] "'transmute-exit.R'" #> [82349] "'tween_before_stat.R'" #> [82350] "'view-.R'" #> [82351] "'view-follow.R'" #> [82352] "'view-step.R'" #> [82353] "'view-step-manual.R'" #> [82354] "'view-zoom-manual.R'" #> [82355] "Pedersen" #> [82356] "19:10:02" #> [82357] "gganimate-package" #> [82358] "anim_save" #> [82359] "ease_aes" #> [82360] "enter_exit" #> [82361] "frame_vars" #> [82362] "renderers" #> [82363] "shadow_mark" #> [82364] "shadow_null" #> [82365] "shadow_trail" #> [82366] "shadow_wake" #> [82367] "split_animation" #> [82368] "transition_components" #> [82369] "transition_events" #> [82370] "transition_filter" #> [82371] "transition_layers" #> [82372] "transition_manual" #> [82373] "transition_null" #> [82374] "transition_reveal" #> [82375] "transition_states" #> [82376] "transition_time" #> [82377] "view_follow" #> [82378] "view_static" #> [82379] "view_step" #> [82380] "view_zoom" #> [82381] "add_missing_combinations" #> [82382] "asymmetrise" #> [82383] "asymmetrise_stats" #> [82384] "bind_missing_combs" #> [82385] "continuous_scale_asym" #> [82386] "factor_is_greater" #> [82387] "GeomAsymmat" #> [82388] "geom_asymmat" #> [82389] "get_other_combs" #> [82390] "ggasym" #> [82391] "is_grouped" #> [82392] "make_fill_df" #> [82393] "organize_levels" #> [82394] "scale_gradient" #> [82395] "swap_cols" #> [82396] "which_level" #> [82397] "geom_beeswarm" #> [82398] "geom_quasirandom" #> [82399] "ggbeeswarm" #> [82400] "position_beeswarm" #> [82401] "position_quasirandom" #> [82402] "build_plot" #> [82403] "ggbuildr" #> [82404] "chernoffGrob" #> [82405] "geom_chernoff" #> [82406] "scale_brow_continuous" #> [82407] "scale_smile_continuous" #> [82408] "compile_ggconf" #> [82409] "define_ggconf_constants" #> [82410] "exec_ggconf" #> [82411] "find_first_index" #> [82412] "get_all_theme_aes" #> [82413] "get_analogue" #> [82414] "get_element_tree_clone" #> [82415] "get_theme_elem_name_conf" #> [82416] "ggconf_dbgmsg" #> [82417] "remove_element_whatever" #> [82418] "replace_marks" #> [82419] "show_fixit_diagnostics" #> [82420] "theme2" #> [82421] "ggcorrplot" #> [82422] "activate_collider_paths" #> [82423] "Adjust" #> [82424] "as.data.frame.tidy_dagitty" #> [82425] "as.tbl.tidy_daggity" #> [82426] "Assess" #> [82427] "d-separation" #> [82428] "familial" #> [82429] "relationships" #> [82430] "as_tbl_graph" #> [82431] "Canonicalize" #> [82432] "DAGs" #> [82433] "Colliders" #> [82434] "Covariate" #> [82435] "Adjustment" #> [82436] "Edges" #> [82437] "dagify" #> [82438] "dplyr" #> [82439] "Equivalent" #> [82440] "Exogenous" #> [82441] "expand_scale" #> [82442] "geom_dag_collider_edges" #> [82443] "geom_dag_edges" #> [82444] "geom_dag_text" #> [82445] "ggdag" #> [82446] "ggdag_classic" #> [82447] "ggrepel" #> [82448] "Instrumental" #> [82449] "is.tidy_dagitty" #> [82450] "is_confounder" #> [82451] "Nodes" #> [82452] "Pathways" #> [82453] "print.tidy_dagitty" #> [82454] "Quick" #> [82455] "Plots" #> [82456] "Common" #> [82457] "scale_dag" #> [82458] "tbl_df.tidy_daggity" #> [82459] "Is" #> [82460] "Collider" #> [82461] "theme_dag_blank" #> [82462] "theme_dag_grey" #> [82463] "tidy_dagitty" #> [82464] "Status" #> [82465] "dark_mode" #> [82466] "ggdark" #> [82467] "ggdarktheme" #> [82468] "invert_color" #> [82469] "invert_geom_defaults" #> [82470] "invert_theme_elements" #> [82471] "geom_arima" #> [82472] "geom_diagnostics" #> [82473] "geom_outlier" #> [82474] "geom_sa" #> [82475] "ipi_c_eu" #> [82476] "ggdendro-package" #> [82477] "as.dendro" #> [82478] "dendro_data" #> [82479] "dendro_data.rpart" #> [82480] "dendro_data.tree" #> [82481] "ggdendrogram" #> [82482] "ggdistribute-package" #> [82483] "annotate_corner" #> [82484] "cmode" #> [82485] "data_normal_sample" #> [82486] "dmode" #> [82487] "example_plot" #> [82488] "geom_posterior" #> [82489] "label_plot" #> [82490] "mejr_geom_defaults" #> [82491] "mejr_palette" #> [82492] "position_spread" #> [82493] "posterior_plot" #> [82494] "post_int" #> [82495] "scale_add" #> [82496] "show_colors" #> [82497] "test_mejr_theme" #> [82498] "theme_mejr" #> [82499] "trim_ends" #> [82500] "BuildDMI" #> [82501] "BuildModel" #> [82502] "BuildPrior" #> [82503] "check_pvec" #> [82504] "ConvertChains" #> [82505] "dbeta_lu" #> [82506] "dcauchy_l" #> [82507] "dconstant" #> [82508] "deviance.model" #> [82509] "dgamma_l" #> [82510] "dlnorm_l" #> [82511] "dtnorm" #> [82512] "effectiveSize_hyper" #> [82513] "gelman" #> [82514] "GetNsim" #> [82515] "GetParameterMatrix" #> [82516] "GetPNames" #> [82517] "ggdmc" #> [82518] "iseffective" #> [82519] "isflat" #> [82520] "ismixed" #> [82521] "isstuck" #> [82522] "mcmc_list.model" #> [82523] "PickStuck" #> [82524] "plot_prior" #> [82525] "print.prior" #> [82526] "rlba_norm" #> [82527] "rprior" #> [82528] "simulate.model" #> [82529] "StartNewsamples" #> [82530] "summary_mcmc_list" #> [82531] "TableParameters" #> [82532] "theta2mcmclist" #> [82533] "unstick_one" #> [82534] "gge" #> [82535] "GGEBiplotGUI-package" #> [82536] "GGEBiplot" #> [82537] "Ontario" #> [82538] "CompareGens" #> [82539] "DiscRep" #> [82540] "EnvRelationship" #> [82541] "ExamineEnv" #> [82542] "ExamineGen" #> [82543] "GGEModel" #> [82544] "GGEPlot" #> [82545] "MeanStability" #> [82546] "RankEnv" #> [82547] "RankGen" #> [82548] "stattable" #> [82549] "WhichWon" #> [82550] "-.gg" #> [82551] "as.ggedit" #> [82552] "as.gglist" #> [82553] "cloneFacet" #> [82554] "cloneLayer" #> [82555] "cloneRoot" #> [82556] "cloneScales" #> [82557] "dput.ggedit" #> [82558] "ggedit" #> [82559] "ggedit_opts" #> [82560] "gggsave" #> [82561] "gg_session" #> [82562] "gg_vetting" #> [82563] "is.ggedit" #> [82564] "is.gglist" #> [82565] "layersList" #> [82566] "pList" #> [82567] "print.ggedit" #> [82568] "proto_features" #> [82569] "remove_geom" #> [82570] "rgg" #> [82571] "summary.ggedit" #> [82572] "efc" #> [82573] "get_title" #> [82574] "ggaverage" #> [82575] "new_data" #> [82576] "pretty_range" #> [82577] "rprs_values" #> [82578] "buildAncDesCoordDF" #> [82579] "buildAncDesTotalDF" #> [82580] "buildAncList" #> [82581] "buildDesList" #> [82582] "buildEdgeTotalDF" #> [82583] "buildMinusPathDF" #> [82584] "buildPathDF" #> [82585] "buildPlotTotalDF" #> [82586] "buildSpreadTotalDF" #> [82587] "dfToIG" #> [82588] "getAncestors" #> [82589] "getBasicStatistics" #> [82590] "getBranchQual" #> [82591] "getBranchQuant" #> [82592] "getChild" #> [82593] "getDegree" #> [82594] "getDescendants" #> [82595] "getNodes" #> [82596] "getParent" #> [82597] "getPath" #> [82598] "getPathOnly" #> [82599] "getVariable" #> [82600] "isChild" #> [82601] "isParent" #> [82602] "nodeToDF" #> [82603] "plotAncDes" #> [82604] "plotDegMatrix" #> [82605] "plotPath" #> [82606] "plotPathOnAll" #> [82607] "plotVariableMatrix" #> [82608] "sbGeneal" #> [82609] "statGeneal" #> [82610] "geom_peak" #> [82611] "ggetho" #> [82612] "ggperio" #> [82613] "ggspectro" #> [82614] "id_labeller" #> [82615] "stat_bar_tile_etho" #> [82616] "stat_ld_annotations" #> [82617] "stat_pop_etho" #> [82618] "time_scales" #> [82619] "ggExtra" #> [82620] "ggMarginal" #> [82621] "ggMarginalGadget" #> [82622] "plotCount" #> [82623] "removeGrid" #> [82624] "rotateTextX" #> [82625] ".in_numeric" #> [82626] "fake_df" #> [82627] "GeomIntervalPath" #> [82628] "GeomIntervalPoly" #> [82629] "geom_interval" #> [82630] "ggfan" #> [82631] "gp_model_fit" #> [82632] "StatInterval" #> [82633] "StatIntervalFctr" #> [82634] "StatSample" #> [82635] "stat_interval" #> [82636] "stat_sample" #> [82637] "geom_fit_text" #> [82638] "ggfittext" #> [82639] "ggfocus" #> [82640] "scale_alpha_focus" #> [82641] "scale_color_focus" #> [82642] "scale_fill_focus" #> [82643] "'parallel_sets.R'" #> [82644] "'position-jitternormal.R'" #> [82645] "'scale-depth.R'" #> [82646] "'scale-unit.R'" #> [82647] "'sina.R'" #> [82648] "'spiro.R'" #> [82649] "'trans.R'" #> [82650] "'trans_linear.R'" #> [82651] "'utilities.R'" #> [82652] "facet_grid_paginate" #> [82653] "facet_stereo" #> [82654] "facet_wrap_paginate" #> [82655] "facet_zoom" #> [82656] "gather_set_data" #> [82657] "GeomShape" #> [82658] "geom_arc" #> [82659] "geom_arc_bar" #> [82660] "geom_bezier" #> [82661] "geom_bspline" #> [82662] "geom_bspline_closed" #> [82663] "geom_circle" #> [82664] "geom_diagonal" #> [82665] "geom_diagonal_wide" #> [82666] "geom_ellipse" #> [82667] "geom_link" #> [82668] "geom_mark_circle" #> [82669] "geom_mark_ellipse" #> [82670] "geom_mark_hull" #> [82671] "geom_mark_rect" #> [82672] "geom_parallel_sets" #> [82673] "geom_regon" #> [82674] "geom_shape" #> [82675] "geom_sina" #> [82676] "geom_spiro" #> [82677] "geom_voronoi" #> [82678] "ggforce" #> [82679] "linear_trans" #> [82680] "n_pages" #> [82681] "position_jitternormal" #> [82682] "power_trans" #> [82683] "radial_trans" #> [82684] "scale_depth" #> [82685] "scale_unit" #> [82686] "theme_no_axes" #> [82687] "trans_reverser" #> [82688] "gf_abline" #> [82689] "gf_area" #> [82690] "gf_ash" #> [82691] "gf_bar" #> [82692] "gf_barh" #> [82693] "gf_bin2d" #> [82694] "gf_blank" #> [82695] "gf_boxplot" #> [82696] "gf_boxploth" #> [82697] "gf_col" #> [82698] "gf_contour" #> [82699] "gf_count" #> [82700] "gf_crossbar" #> [82701] "gf_curve" #> [82702] "gf_density" #> [82703] "gf_density_2d" #> [82704] "gf_dist" #> [82705] "gf_dotplot" #> [82706] "gf_empty" #> [82707] "gf_errorbar" #> [82708] "gf_errorbarh" #> [82709] "gf_facet_wrap" #> [82710] "gf_fitdistr" #> [82711] "gf_freqpoly" #> [82712] "gf_function" #> [82713] "gf_function_2d" #> [82714] "gf_hex" #> [82715] "gf_histogram" #> [82716] "gf_jitter" #> [82717] "gf_labs" #> [82718] "gf_line" #> [82719] "gf_linerange" #> [82720] "gf_point" #> [82721] "gf_polygon" #> [82722] "gf_qq" #> [82723] "gf_quantile" #> [82724] "gf_raster" #> [82725] "gf_rect" #> [82726] "gf_ribbon" #> [82727] "gf_rug" #> [82728] "gf_segment" #> [82729] "gf_sf" #> [82730] "gf_smooth" #> [82731] "gf_spline" #> [82732] "gf_spoke" #> [82733] "gf_step" #> [82734] "gf_text" #> [82735] "gf_theme" #> [82736] "gf_tile" #> [82737] "gf_violin" #> [82738] "ggformula" #> [82739] "layer_factory" #> [82740] "MIpop" #> [82741] "StatAsh" #> [82742] "stat_fitdistr" #> [82743] "stat_lm" #> [82744] "stat_qqline" #> [82745] "stat_spline" #> [82746] "07:00:07" #> [82747] "+,ggmultiplot,ANY-method" #> [82748] "apply_facets" #> [82749] "apply_grid" #> [82750] "as_tibble.basis" #> [82751] "autoplot.aareg" #> [82752] "autoplot.basis" #> [82753] "autoplot.breakpoints" #> [82754] "autoplot.cpt" #> [82755] "autoplot.cv.glmnet" #> [82756] "autoplot.density" #> [82757] "autoplot.forecast" #> [82758] "autoplot.ggmultiplot" #> [82759] "autoplot.ggplot" #> [82760] "autoplot.glmnet" #> [82761] "autoplot.kmeans" #> [82762] "autoplot.list" #> [82763] "autoplot.map" #> [82764] "autoplot.matrix" #> [82765] "autoplot.MSM.lm" #> [82766] "autoplot.pca_common" #> [82767] "autoplot.performance" #> [82768] "autoplot.RasterCommon" #> [82769] "autoplot.SpatialCommon" #> [82770] "autoplot.spec" #> [82771] "autoplot.stepfun" #> [82772] "autoplot.survfit" #> [82773] "autoplot.ts" #> [82774] "autoplot.tsmodel" #> [82775] "autoplot.varprd" #> [82776] "cbind_wraps" #> [82777] "confint.acf" #> [82778] "deprecate.warning" #> [82779] "fitted.ar" #> [82780] "fortify.aareg" #> [82781] "fortify.acf" #> [82782] "fortify.basis" #> [82783] "fortify.cpt" #> [82784] "fortify.cv.glmnet" #> [82785] "fortify.density" #> [82786] "fortify.dist" #> [82787] "fortify.ets" #> [82788] "fortify.factanal" #> [82789] "fortify.forecast" #> [82790] "fortify.glmnet" #> [82791] "fortify.kmeans" #> [82792] "fortify.lfda" #> [82793] "fortify.list" #> [82794] "fortify.matrix" #> [82795] "fortify.MSM.lm" #> [82796] "fortify.performance" #> [82797] "fortify.prcomp" #> [82798] "fortify.RasterCommon" #> [82799] "fortify.SpatialCommon" #> [82800] "fortify.spec" #> [82801] "fortify.stepfun" #> [82802] "fortify.survfit" #> [82803] "fortify.ts" #> [82804] "fortify.tsmodel" #> [82805] "fortify.varprd" #> [82806] "fortify_base" #> [82807] "fortify_map" #> [82808] "geom_confint" #> [82809] "geom_factory" #> [82810] "get.dtindex" #> [82811] "get.dtindex.continuous" #> [82812] "get.layout" #> [82813] "get_geom_function" #> [82814] "ggcpgram" #> [82815] "ggdistribution" #> [82816] "ggfortify" #> [82817] "ggfreqplot" #> [82818] "ggmultiplot-class" #> [82819] "ggtsdiag" #> [82820] "grid.draw.ggmultiplot" #> [82821] "is.univariate" #> [82822] "is_derived_from" #> [82823] "plot_label" #> [82824] "post_autoplot" #> [82825] "post_fortify" #> [82826] "print,ggmultiplot-method" #> [82827] "rbind_ts" #> [82828] "residuals.ar" #> [82829] "show,ggmultiplot-method" #> [82830] "support_autoplot" #> [82831] "example_genes" #> [82832] "geom_gene_arrow" #> [82833] "geom_gene_label" #> [82834] "gggenes" #> [82835] "make_alignment_dummies" #> [82836] "theme_genes" #> [82837] "ggghost" #> [82838] "is.ggghost" #> [82839] "print.ggghost" #> [82840] "reanimate" #> [82841] "recover_data" #> [82842] "subset.ggghost" #> [82843] "summary.ggghost" #> [82844] "supp_data" #> [82845] "supp_data<-" #> [82846] "%g<%" #> [82847] "chords" #> [82848] "chord_for_frets" #> [82849] "narrow_chord" #> [82850] "notes_for_frets" #> [82851] "select_chords" #> [82852] "tablature" #> [82853] "gghalfnorm" #> [82854] "gghighlight-package" #> [82855] "gghighlight" #> [82856] "gghighlight-old" #> [82857] "draw_key" #> [82858] "geom_flag" #> [82859] "geom_icon" #> [82860] "geom_image" #> [82861] "geom_phylopic" #> [82862] "geom_pokemon" #> [82863] "geom_subview" #> [82864] "geom_twitchemote" #> [82865] "geom_worldcup2018" #> [82866] "ggbackground" #> [82867] "image_read2" #> [82868] "list.flag" #> [82869] "list.icon" #> [82870] "list.pokemon" #> [82871] "list.worldcup2018" #> [82872] "phylopic_uid" #> [82873] "theme_transparent" #> [82874] "accidentsData" #> [82875] "BirthDeath" #> [82876] "BirthDeath2000" #> [82877] "DieselbioRon95" #> [82878] "FuelConsumption" #> [82879] "ggaov" #> [82880] "ggchisqtest" #> [82881] "ggcortest" #> [82882] "ggproptest" #> [82883] "ggttest" #> [82884] "ggvartest" #> [82885] "LaptopRates" #> [82886] "LivLab" #> [82887] "MilkConsumption" #> [82888] "m_anova" #> [82889] "randexperiment" #> [82890] "Salary_Gender" #> [82891] "gginnards-package" #> [82892] "delete_layers" #> [82893] "drop_vars" #> [82894] "geom_debug" #> [82895] "geom_null" #> [82896] "stat_debug_group" #> [82897] "stat_debug_panel" #> [82898] "str" #> [82899] "Joan" #> [82900] "Capdevila" #> [82901] "Pujol" #> [82902] "Jairo" #> [82903] "Migueles" #> [82904] "07:03:34" #> [82905] "GGIR-package" #> [82906] "chartime2iso8601" #> [82907] "create_test_acc_csv" #> [82908] "create_test_sleeplog_csv" #> [82909] "data.calibrate" #> [82910] "data.getmeta" #> [82911] "data.inspectfile" #> [82912] "datadir2fnames" #> [82913] "g.abr.day.names" #> [82914] "g.analyse" #> [82915] "g.applymetrics" #> [82916] "g.binread" #> [82917] "g.calibrate" #> [82918] "g.create.sp.mat" #> [82919] "g.createcoordinates" #> [82920] "g.cwaread" #> [82921] "g.detecmidnight" #> [82922] "g.dotorcomma" #> [82923] "g.downsample" #> [82924] "g.extractheadervars" #> [82925] "g.getbout" #> [82926] "g.getidfromheaderobject" #> [82927] "g.getM5L5" #> [82928] "g.getmeta" #> [82929] "g.getstarttime" #> [82930] "g.impute" #> [82931] "g.inspectfile" #> [82932] "g.intensitygradient" #> [82933] "g.loadlog" #> [82934] "g.metric" #> [82935] "g.part1" #> [82936] "g.part2" #> [82937] "g.part3" #> [82938] "g.part4" #> [82939] "g.part5" #> [82940] "g.plot" #> [82941] "g.plot5" #> [82942] "g.readaccfile" #> [82943] "g.report.part2" #> [82944] "g.report.part4" #> [82945] "g.report.part5" #> [82946] "g.shell.GGIR" #> [82947] "g.sib.det" #> [82948] "g.sib.plot" #> [82949] "g.sib.sum" #> [82950] "g.wavread" #> [82951] "g.weardec" #> [82952] "getFirstTimestamp" #> [82953] "getfolderstructure" #> [82954] "getStartEnd" #> [82955] "getStartEndNumeric" #> [82956] "identify_levels" #> [82957] "is.ISO8601" #> [82958] "isfilelist" #> [82959] "iso8601chartime2POSIX" #> [82960] "is_this_a_dst_night" #> [82961] "numUnpack" #> [82962] "POSIXtime2iso8601" #> [82963] "updateBlocksize" #> [82964] "annotate_interactive" #> [82965] "drawDetails.interactive_path_grob" #> [82966] "drawDetails.interactive_points_grob" #> [82967] "drawDetails.interactive_polygon_grob" #> [82968] "drawDetails.interactive_polyline_grob" #> [82969] "drawDetails.interactive_rect_grob" #> [82970] "drawDetails.interactive_segments_grob" #> [82971] "drawDetails.interactive_text_grob" #> [82972] "dsvg" #> [82973] "dsvg_view" #> [82974] "GeomInteractiveBoxplot" #> [82975] "geom_bar_interactive" #> [82976] "geom_boxplot_interactive" #> [82977] "geom_histogram_interactive" #> [82978] "geom_hline_interactive" #> [82979] "geom_map_interactive" #> [82980] "geom_path_interactive" #> [82981] "geom_point_interactive" #> [82982] "geom_polygon_interactive" #> [82983] "geom_rect_interactive" #> [82984] "geom_segment_interactive" #> [82985] "geom_sf_interactive" #> [82986] "geom_text_interactive" #> [82987] "geom_vline_interactive" #> [82988] "ggiraph" #> [82989] "ggiraphOutput" #> [82990] "girafe" #> [82991] "girafeOutput" #> [82992] "girafe_options" #> [82993] "interactive_path_grob" #> [82994] "interactive_points_grob" #> [82995] "interactive_polygon_grob" #> [82996] "interactive_polyline_grob" #> [82997] "interactive_rect_grob" #> [82998] "interactive_segments_grob" #> [82999] "interactive_text_grob" #> [83000] "opts_hover" #> [83001] "opts_selection" #> [83002] "opts_sizing" #> [83003] "opts_toolbar" #> [83004] "opts_tooltip" #> [83005] "opts_zoom" #> [83006] "renderggiraph" #> [83007] "renderGirafe" #> [83008] "addLabelDf" #> [83009] "browsers" #> [83010] "coord_radar" #> [83011] "getMapping" #> [83012] "ggAncova" #> [83013] "ggArea" #> [83014] "ggBar" #> [83015] "ggBoxplot" #> [83016] "ggCatepillar" #> [83017] "ggChoropleth" #> [83018] "ggCLE" #> [83019] "ggCor" #> [83020] "ggDensity" #> [83021] "ggDonut" #> [83022] "ggDot" #> [83023] "ggEffect" #> [83024] "ggErrorBar" #> [83025] "ggHeatmap" #> [83026] "ggHSD" #> [83027] "ggPair" #> [83028] "ggPie" #> [83029] "ggPieDonut" #> [83030] "ggPoints" #> [83031] "ggPredict" #> [83032] "ggRadar" #> [83033] "ggRose" #> [83034] "ggSpine" #> [83035] "ggViolin" #> [83036] "makeEq" #> [83037] "model2df" #> [83038] "myscale" #> [83039] "myscale2" #> [83040] "newColName" #> [83041] "num2cut" #> [83042] "num2factorDf" #> [83043] "p2chr" #> [83044] "palette2colors" #> [83045] "pastecolon" #> [83046] "pastecomma" #> [83047] "rescale_df" #> [83048] "subcolors" #> [83049] "summarySE" #> [83050] "taco" #> [83051] "theme_clean" #> [83052] "theme_clean2" #> [83053] "unselectNumeric" #> [83054] "ggjoy" #> [83055] "bardet" #> [83056] "coef.cv.gglasso" #> [83057] "coef.gglasso" #> [83058] "cv.gglasso" #> [83059] "gglasso" #> [83060] "plot.cv.gglasso" #> [83061] "plot.gglasso" #> [83062] "predict.cv.gglasso" #> [83063] "predict.gglasso" #> [83064] "print.gglasso" #> [83065] "aacids" #> [83066] "alphabet" #> [83067] "calcInformation" #> [83068] "createPolygons" #> [83069] "determineOrder" #> [83070] "GeomLogo" #> [83071] "getOutline" #> [83072] "identifyParts" #> [83073] "letterObject" #> [83074] "letterToPolygon" #> [83075] "mainPlusIslands" #> [83076] "point_line_dist" #> [83077] "position_logo" #> [83078] "simplifyPolygon" #> [83079] "simplify_rec" #> [83080] "splitSequence" #> [83081] "StatLogo" #> [83082] "aes_eval" #> [83083] "aes_group" #> [83084] "aes_loop" #> [83085] "cur_vars_env" #> [83086] "expand.grid2" #> [83087] "fun.par" #> [83088] "ggloop" #> [83089] "is.c" #> [83090] "is.fun" #> [83091] "is.op" #> [83092] "list.pos" #> [83093] "map_aes" #> [83094] "messy_eval" #> [83095] "name_groups" #> [83096] "name_subgroups" #> [83097] "recycle.NA" #> [83098] "recycle.vector" #> [83099] "remap_xy_FALSE" #> [83100] "remap_xy_NA" #> [83101] "remap_xy_TRUE" #> [83102] "rm.gg2" #> [83103] "what" #> [83104] "%L+%" #> [83105] "%M%" #> [83106] "%R%" #> [83107] "billionaires" #> [83108] "gglorenz" #> [83109] "stat_lorenz" #> [83110] "stat_lorenz_generalized" #> [83111] "adjMatrix" #> [83112] "allEdges" #> [83113] "anger" #> [83114] "basiSet" #> [83115] "bfsearch" #> [83116] "binve" #> [83117] "blkdiag" #> [83118] "blodiag" #> [83119] "checkIdent" #> [83120] "cmpGraph" #> [83121] "conComp" #> [83122] "cycleMatrix" #> [83123] "diagv" #> [83124] "drawGraph" #> [83125] "dSep" #> [83126] "edgematrix" #> [83127] "findPath" #> [83128] "fitAncestralGraph" #> [83129] "fitConGraph" #> [83130] "fitCovGraph" #> [83131] "fitDag" #> [83132] "fitDagLatent" #> [83133] "fitmlogit" #> [83134] "fundCycles" #> [83135] "ggm" #> [83136] "glucose" #> [83137] "grMAT" #> [83138] "InducedGraphs" #> [83139] "isAcyclic" #> [83140] "isADMG" #> [83141] "isAG" #> [83142] "isGident" #> [83143] "MAG" #> [83144] "makeMG" #> [83145] "marg.param" #> [83146] "MarkEqMag" #> [83147] "MarkEqRcg" #> [83148] "mat.mlogit" #> [83149] "MRG" #> [83150] "msep" #> [83151] "MSG" #> [83152] "parcor" #> [83153] "pcor.test" #> [83154] "powerset" #> [83155] "rcorr" #> [83156] "RepMarBG" #> [83157] "RepMarDAG" #> [83158] "RepMarUG" #> [83159] "rnormDag" #> [83160] "rsphere" #> [83161] "shipley.test" #> [83162] "Operations" #> [83163] "surdata" #> [83164] "swp" #> [83165] "topSort" #> [83166] "transClos" #> [83167] "triDec" #> [83168] "UG" #> [83169] "unmakeMG" #> [83170] "bb2bbox" #> [83171] "calc_zoom" #> [83172] "crime" #> [83173] "geom_leg" #> [83174] "get_cloudmademap" #> [83175] "get_googlemap" #> [83176] "get_map" #> [83177] "get_navermap" #> [83178] "get_openstreetmap" #> [83179] "get_stamenmap" #> [83180] "ggimage" #> [83181] "gglocator" #> [83182] "ggmap" #> [83183] "ggmap-defunct" #> [83184] "ggmapplot" #> [83185] "ggmap_options" #> [83186] "hadley" #> [83187] "inset" #> [83188] "inset_raster" #> [83189] "legs2route" #> [83190] "LonLat2XY" #> [83191] "make_bbox" #> [83192] "mapdist" #> [83193] "OSM_scale_lookup" #> [83194] "print.ggmap" #> [83195] "qmap" #> [83196] "qmplot" #> [83197] "register_google" #> [83198] "revgeocode" #> [83199] "route" #> [83200] "theme_inset" #> [83201] "trek" #> [83202] "XY2LonLat" #> [83203] "zips" #> [83204] "calc_bin" #> [83205] "custom.sort" #> [83206] "get_family" #> [83207] "ggmcmc" #> [83208] "ggs" #> [83209] "ggs_autocorrelation" #> [83210] "ggs_caterpillar" #> [83211] "ggs_chain" #> [83212] "ggs_compare_partial" #> [83213] "ggs_crosscorrelation" #> [83214] "ggs_density" #> [83215] "ggs_geweke" #> [83216] "ggs_histogram" #> [83217] "ggs_pairs" #> [83218] "ggs_ppmean" #> [83219] "ggs_ppsd" #> [83220] "ggs_Rhat" #> [83221] "ggs_rocplot" #> [83222] "ggs_running" #> [83223] "ggs_separation" #> [83224] "ggs_traceplot" #> [83225] "gl_unq" #> [83226] "roc_calc" #> [83227] "s.binary" #> [83228] "s.y.rep" #> [83229] "sde0f" #> [83230] "y.binary" #> [83231] "GGMM-package" #> [83232] "BRGM" #> [83233] "GGMM" #> [83234] "SimHetDat" #> [83235] "ddecker" #> [83236] "geom_mosaic" #> [83237] "hbar" #> [83238] "hspine" #> [83239] "scale_type.product" #> [83240] "scale_type.productlist" #> [83241] "scale_type.tbl_df" #> [83242] "scale_x_productlist" #> [83243] "spine" #> [83244] "squeeze" #> [83245] "StatMosaic" #> [83246] "vbar" #> [83247] "vspine" #> [83248] "GGMridge-package" #> [83249] "EM.mixture" #> [83250] "getEfronp" #> [83251] "ksStat" #> [83252] "lambda.cv" #> [83253] "lambda.pcut.cv" #> [83254] "lambda.pcut.cv1" #> [83255] "lambda.TargetD" #> [83256] "ne.lambda.cv" #> [83257] "R.separate.ridge" #> [83258] "scaledMat" #> [83259] "structuredEstimate" #> [83260] "transFisher" #> [83261] "GGMselect-package" #> [83262] "penalty" #> [83263] "selectFast" #> [83264] "selectMyFam" #> [83265] "selectQE" #> [83266] "simulateGraph" #> [83267] "add_empty_pop" #> [83268] "add_start_points" #> [83269] "adj_matrix_to_tree" #> [83270] "branch_singles" #> [83271] "example_edges" #> [83272] "example_pop_df" #> [83273] "find_start_node" #> [83274] "get_Muller_df" #> [83275] "get_population_df" #> [83276] "move_down" #> [83277] "move_right" #> [83278] "move_up" #> [83279] "Muller_plot" #> [83280] "Muller_pop_plot" #> [83281] "path_vector" #> [83282] "reorder_by_vector" #> [83283] "geom_edges" #> [83284] "geom_edgetext" #> [83285] "geom_edgetext_repel" #> [83286] "geom_nodes" #> [83287] "geom_nodetext" #> [83288] "geom_nodetext_repel" #> [83289] "ggnetwork" #> [83290] "theme_blank" #> [83291] "theme_facet" #> [83292] "new_scale" #> [83293] "geom_normalviolin" #> [83294] "break_help" #> [83295] "ggpage_build" #> [83296] "ggpage_plot" #> [83297] "ggpage_quick" #> [83298] "line_align" #> [83299] "nest_paragraphs" #> [83300] "page_liner" #> [83301] "paper_shape" #> [83302] "para_index" #> [83303] "tinderbox" #> [83304] "tinderbox_paragraph" #> [83305] "word_to_line" #> [83306] "ggparallel" #> [83307] "package-ggparallel" #> [83308] "ggparliament-package" #> [83309] "draw_majoritythreshold" #> [83310] "draw_partylabels" #> [83311] "draw_totalseats" #> [83312] "election_data" #> [83313] "GeomParliamentSeats" #> [83314] "geom_emphasize_parliamentarians" #> [83315] "geom_highlight_government" #> [83316] "geom_overhang_seats" #> [83317] "geom_parliament_bar" #> [83318] "geom_parliament_seats" #> [83319] "parliament_data" #> [83320] "theme_ggparliament" #> [83321] "get_period" #> [83322] "ggperiodic" #> [83323] "is.periodic" #> [83324] "qwrap" #> [83325] "unperiodic" #> [83326] "Kohske" #> [83327] "Takahashi" #> [83328] "Kara" #> [83329] "Woo" #> [83330] "09:30:19" #> [83331] "aes" #> [83332] "aes_" #> [83333] "aes_colour_fill_alpha" #> [83334] "aes_group_order" #> [83335] "aes_linetype_size_shape" #> [83336] "aes_position" #> [83337] "annotate" #> [83338] "annotation_custom" #> [83339] "annotation_logticks" #> [83340] "annotation_map" #> [83341] "annotation_raster" #> [83342] "borders" #> [83343] "coord_cartesian" #> [83344] "coord_fixed" #> [83345] "coord_flip" #> [83346] "coord_map" #> [83347] "coord_polar" #> [83348] "coord_trans" #> [83349] "cut_interval" #> [83350] "diamonds" #> [83351] "economics" #> [83352] "expand_limits" #> [83353] "facet_grid" #> [83354] "facet_wrap" #> [83355] "faithfuld" #> [83356] "geom_abline" #> [83357] "geom_bar" #> [83358] "geom_bin2d" #> [83359] "geom_blank" #> [83360] "geom_boxplot" #> [83361] "geom_contour" #> [83362] "geom_count" #> [83363] "geom_crossbar" #> [83364] "geom_density" #> [83365] "geom_density_2d" #> [83366] "geom_dotplot" #> [83367] "geom_errorbarh" #> [83368] "geom_freqpoly" #> [83369] "geom_hex" #> [83370] "geom_jitter" #> [83371] "geom_label" #> [83372] "geom_map" #> [83373] "geom_path" #> [83374] "geom_point" #> [83375] "geom_polygon" #> [83376] "geom_qq_line" #> [83377] "geom_quantile" #> [83378] "geom_raster" #> [83379] "geom_ribbon" #> [83380] "geom_rug" #> [83381] "geom_segment" #> [83382] "geom_smooth" #> [83383] "geom_spoke" #> [83384] "geom_violin" #> [83385] "ggproto" #> [83386] "ggsf" #> [83387] "ggtheme" #> [83388] "guide_colourbar" #> [83389] "guide_legend" #> [83390] "hmisc" #> [83391] "labeller" #> [83392] "labellers" #> [83393] "label_bquote" #> [83394] "lims" #> [83395] "luv_colours" #> [83396] "margin" #> [83397] "mean_se" #> [83398] "midwest" #> [83399] "msleep" #> [83400] "position_dodge" #> [83401] "position_identity" #> [83402] "position_jitter" #> [83403] "position_jitterdodge" #> [83404] "position_nudge" #> [83405] "position_stack" #> [83406] "presidential" #> [83407] "print.ggplot" #> [83408] "print.ggproto" #> [83409] "scale_alpha" #> [83410] "scale_colour_brewer" #> [83411] "scale_colour_continuous" #> [83412] "scale_colour_gradient" #> [83413] "scale_colour_grey" #> [83414] "scale_colour_hue" #> [83415] "scale_colour_viridis_d" #> [83416] "scale_continuous" #> [83417] "scale_date" #> [83418] "scale_identity" #> [83419] "scale_linetype" #> [83420] "scale_manual" #> [83421] "scale_shape" #> [83422] "scale_size" #> [83423] "scale_x_discrete" #> [83424] "seals" #> [83425] "sec_axis" #> [83426] "stat_ecdf" #> [83427] "stat_ellipse" #> [83428] "stat_function" #> [83429] "stat_identity" #> [83430] "stat_sf_coordinates" #> [83431] "stat_summary_2d" #> [83432] "stat_summary_bin" #> [83433] "stat_unique" #> [83434] "summarise_plot" #> [83435] "theme" #> [83436] "theme_get" #> [83437] "txhousing" #> [83438] "movies" #> [83439] "ggplotAssist" #> [83440] "selectizeInput3" #> [83441] "splitData" #> [83442] "textAreaInput4" #> [83443] "textFunction" #> [83444] "textFunctionInput" #> [83445] "textInput4" #> [83446] "uiOutput3" #> [83447] "ggplot_shiny" #> [83448] "as.ggplot" #> [83449] "as.grob" #> [83450] "Pedro" #> [83451] "Aphalo" #> [83452] "Slowikowski" #> [83453] "08:30:12" #> [83454] "ggpmisc-package" #> [83455] "geom_grob" #> [83456] "geom_label_npc" #> [83457] "geom_plot" #> [83458] "geom_table" #> [83459] "geom_x_margin_arrow" #> [83460] "geom_x_margin_grob" #> [83461] "geom_x_margin_point" #> [83462] "Moved" #> [83463] "scale_continuous_npc" #> [83464] "stat_apply_group" #> [83465] "stat_dens2d_filter" #> [83466] "stat_dens2d_labels" #> [83467] "stat_fit_augment" #> [83468] "stat_fit_deviations" #> [83469] "stat_fit_glance" #> [83470] "stat_fit_residuals" #> [83471] "stat_fit_tb" #> [83472] "stat_fit_tidy" #> [83473] "stat_fmt_tb" #> [83474] "stat_peaks" #> [83475] "stat_poly_eq" #> [83476] "stat_quadrant_counts" #> [83477] "stat_quadrat_counts" #> [83478] "try_data_frame" #> [83479] "FacetShare" #> [83480] "facet_share" #> [83481] "GeomConfmat" #> [83482] "geom_arcbar" #> [83483] "geom_bartext" #> [83484] "geom_boxjitter" #> [83485] "geom_parliament" #> [83486] "geom_tshighlight" #> [83487] "dathome" #> [83488] "gardenstate" #> [83489] "geom_polypath" #> [83490] "ggpolypath" #> [83491] "'ggscatterhist.R'" #> [83492] "'ggstripchart.R'" #> [83493] "'ggtext.R'" #> [83494] "'ggviolin.R'" #> [83495] "'gradient_color.R'" #> [83496] "'grids.R'" #> [83497] "'rotate.R'" #> [83498] "'rotate_axis_text.R'" #> [83499] "'rremove.R'" #> [83500] "'show_line_types.R'" #> [83501] "'stat_compare_means.R'" #> [83502] "'stat_mean.R'" #> [83503] "'stat_regline_equation.R'" #> [83504] "'text_grob.R'" #> [83505] "2018-11-15" #> [83506] "08:30:08" #> [83507] "add_summary" #> [83508] "annotate_figure" #> [83509] "as_ggplot" #> [83510] "axis_scale" #> [83511] "background_image" #> [83512] "bgcolor" #> [83513] "compare_means" #> [83514] "desc_statby" #> [83515] "diff_express" #> [83516] "facet" #> [83517] "gene_citation" #> [83518] "geom_exec" #> [83519] "get_palette" #> [83520] "ggadd" #> [83521] "ggballoonplot" #> [83522] "ggbarplot" #> [83523] "ggboxplot" #> [83524] "ggdensity" #> [83525] "ggdonutchart" #> [83526] "ggdotchart" #> [83527] "ggdotplot" #> [83528] "ggecdf" #> [83529] "ggerrorplot" #> [83530] "ggexport" #> [83531] "ggline" #> [83532] "ggmaplot" #> [83533] "ggpaired" #> [83534] "ggpar" #> [83535] "ggparagraph" #> [83536] "ggpie" #> [83537] "ggpubr_args" #> [83538] "ggqqplot" #> [83539] "ggscatter" #> [83540] "ggscatterhist" #> [83541] "ggstripchart" #> [83542] "ggtext" #> [83543] "ggtexttable" #> [83544] "ggviolin" #> [83545] "gradient_color" #> [83546] "rotate_axis_text" #> [83547] "rremove" #> [83548] "set_palette" #> [83549] "show_line_types" #> [83550] "show_point_shapes" #> [83551] "stat_chull" #> [83552] "stat_compare_means" #> [83553] "stat_conf_ellipse" #> [83554] "stat_cor" #> [83555] "stat_mean" #> [83556] "stat_pvalue_manual" #> [83557] "stat_regline_equation" #> [83558] "stat_stars" #> [83559] "text_grob" #> [83560] "theme_pubr" #> [83561] "add_pval" #> [83562] "capability.summary" #> [83563] "cBar_LCL" #> [83564] "cBar_UCL" #> [83565] "Cpk" #> [83566] "DNS" #> [83567] "mR" #> [83568] "mR_points" #> [83569] "mR_UCL" #> [83570] "npBar" #> [83571] "npBar_LCL" #> [83572] "npBar_UCL" #> [83573] "pBar" #> [83574] "pBar_LCL" #> [83575] "pBar_UCL" #> [83576] "Pp" #> [83577] "Ppk" #> [83578] "process_tolerance" #> [83579] "QCrange" #> [83580] "QC_Capability" #> [83581] "QC_Lines" #> [83582] "QC_Violations" #> [83583] "rBar" #> [83584] "rBar_LCL" #> [83585] "rBar_UCL" #> [83586] "rMedian" #> [83587] "rMedian_LCL" #> [83588] "rMedian_UCL" #> [83589] "sBar" #> [83590] "sBar_LCL" #> [83591] "sBar_UCL" #> [83592] "stat_mR" #> [83593] "stat_pareto" #> [83594] "stat_QC" #> [83595] "stat_QC_CAPA" #> [83596] "stat_QC_Capability" #> [83597] "stat_QC_cap_hlabels" #> [83598] "stat_QC_cap_hlines" #> [83599] "stat_QC_cap_summary" #> [83600] "stat_QC_cap_vlabels" #> [83601] "stat_QC_cap_vlines" #> [83602] "stat_QC_labels" #> [83603] "stat_qc_violations" #> [83604] "uBar" #> [83605] "uBar_LCL" #> [83606] "uBar_UCL" #> [83607] "UD" #> [83608] "xBar_Bar" #> [83609] "xBar_one_LCL" #> [83610] "xBar_one_UCL" #> [83611] "xBar_rBar_LCL" #> [83612] "xBar_rBar_UCL" #> [83613] "xBar_rMedian_LCL" #> [83614] "xBar_rMedian_UCL" #> [83615] "xBar_sBar_LCL" #> [83616] "xBar_sBar_UCL" #> [83617] "xMedian_Bar" #> [83618] "xMedian_rBar_LCL" #> [83619] "xMedian_rBar_UCL" #> [83620] "xMedian_rMedian_LCL" #> [83621] "xMedian_rMedian_UCL" #> [83622] "geom_QQ_unif" #> [83623] "scale_x_QQ" #> [83624] "run_ggquickeda" #> [83625] "geom_quiver" #> [83626] "ggRandomForests-package" #> [83627] "cache_rfsrc_datasets" #> [83628] "calc_auc" #> [83629] "calc_roc.rfsrc" #> [83630] "combine.gg_partial" #> [83631] "gg_error" #> [83632] "gg_interaction" #> [83633] "gg_minimal_depth" #> [83634] "gg_minimal_vimp" #> [83635] "gg_partial" #> [83636] "gg_partial_coplot.rfsrc" #> [83637] "gg_rfsrc.rfsrc" #> [83638] "gg_roc.rfsrc" #> [83639] "gg_survival" #> [83640] "gg_variable" #> [83641] "gg_vimp" #> [83642] "kaplan" #> [83643] "logit_loess" #> [83644] "nelson" #> [83645] "partial.rfsrc" #> [83646] "plot.gg_error" #> [83647] "plot.gg_interaction" #> [83648] "plot.gg_minimal_depth" #> [83649] "plot.gg_minimal_vimp" #> [83650] "plot.gg_partial" #> [83651] "plot.gg_partial_list" #> [83652] "plot.gg_rfsrc" #> [83653] "plot.gg_roc" #> [83654] "plot.gg_survival" #> [83655] "plot.gg_variable" #> [83656] "plot.gg_vimp" #> [83657] "print.gg_minimal_depth" #> [83658] "quantile_pts" #> [83659] "surface_matrix" #> [83660] "ggraph-package" #> [83661] "den_to_igraph" #> [83662] "facet_edges" #> [83663] "facet_graph" #> [83664] "facet_nodes" #> [83665] "geometry" #> [83666] "geom_axis_hive" #> [83667] "geom_conn_bundle" #> [83668] "geom_edge_arc" #> [83669] "geom_edge_density" #> [83670] "geom_edge_diagonal" #> [83671] "geom_edge_elbow" #> [83672] "geom_edge_fan" #> [83673] "geom_edge_hive" #> [83674] "geom_edge_link" #> [83675] "geom_edge_loop" #> [83676] "geom_node_arc_bar" #> [83677] "geom_node_circle" #> [83678] "geom_node_point" #> [83679] "geom_node_text" #> [83680] "geom_node_tile" #> [83681] "get_con" #> [83682] "get_nodes" #> [83683] "ggraph" #> [83684] "guide_edge_colourbar" #> [83685] "guide_edge_direction" #> [83686] "highschool" #> [83687] "layout_dendrogram_auto" #> [83688] "layout_dendrogram_even" #> [83689] "layout_igraph_auto" #> [83690] "layout_igraph_circlepack" #> [83691] "layout_igraph_dendrogram" #> [83692] "layout_igraph_hive" #> [83693] "layout_igraph_linear" #> [83694] "layout_igraph_manual" #> [83695] "layout_igraph_partition" #> [83696] "layout_igraph_treemap" #> [83697] "network_to_igraph" #> [83698] "node_angle" #> [83699] "pack_circles" #> [83700] "scale_edge_alpha" #> [83701] "scale_edge_colour" #> [83702] "scale_edge_fill" #> [83703] "scale_edge_linetype" #> [83704] "scale_edge_shape" #> [83705] "scale_edge_size" #> [83706] "scale_edge_width" #> [83707] "scale_label_size" #> [83708] "theme_graph" #> [83709] "tree_apply" #> [83710] "whigs" #> [83711] "ggraptR" #> [83712] "ggrasp-class" #> [83713] "ggrasp.addRanks" #> [83714] "ggrasp.cluster" #> [83715] "ggrasp.load" #> [83716] "ggrasp.recluster" #> [83717] "ggrasp.write" #> [83718] "plot.ggrasp" #> [83719] "print.ggrasp" #> [83720] "summary.ggrasp" #> [83721] "GeomLabelRepel" #> [83722] "geom_label_repel" #> [83723] "Catalan_elections" #> [83724] "geom_density_line" #> [83725] "geom_density_ridges" #> [83726] "geom_ridgeline" #> [83727] "geom_ridgeline_gradient" #> [83728] "geom_vridgeline" #> [83729] "ggridges" #> [83730] "lincoln_weather" #> [83731] "position_points_jitter" #> [83732] "position_points_sina" #> [83733] "position_raincloud" #> [83734] "scale_cyclical" #> [83735] "scale_discrete_manual" #> [83736] "scale_point" #> [83737] "scale_vline" #> [83738] "stat_binline" #> [83739] "stat_density_ridges" #> [83740] "theme_ridges" #> [83741] "ggROC-package" #> [83742] "ggroc" #> [83743] "ggroups-package" #> [83744] "buildA" #> [83745] "gghead" #> [83746] "inb" #> [83747] "mat2tab" #> [83748] "peddown" #> [83749] "pedup" #> [83750] "pruneped" #> [83751] "Qgpu" #> [83752] "qmat" #> [83753] "qmatL" #> [83754] "qmatXL" #> [83755] "renum" #> [83756] "rg" #> [83757] "tab2mat" #> [83758] "tabA" #> [83759] "tabAinv" #> [83760] "ggsci-package" #> [83761] "pal_aaas" #> [83762] "pal_d3" #> [83763] "pal_futurama" #> [83764] "pal_gsea" #> [83765] "pal_igv" #> [83766] "pal_jama" #> [83767] "pal_jco" #> [83768] "pal_lancet" #> [83769] "pal_locuszoom" #> [83770] "pal_material" #> [83771] "pal_nejm" #> [83772] "pal_npg" #> [83773] "pal_rickandmorty" #> [83774] "pal_simpsons" #> [83775] "pal_startrek" #> [83776] "pal_tron" #> [83777] "pal_uchicago" #> [83778] "pal_ucscgb" #> [83779] "rgb_gsea" #> [83780] "rgb_material" #> [83781] "scale_color_aaas" #> [83782] "scale_color_d3" #> [83783] "scale_color_futurama" #> [83784] "scale_color_gsea" #> [83785] "scale_color_igv" #> [83786] "scale_color_jama" #> [83787] "scale_color_jco" #> [83788] "scale_color_lancet" #> [83789] "scale_color_locuszoom" #> [83790] "scale_color_material" #> [83791] "scale_color_nejm" #> [83792] "scale_color_npg" #> [83793] "scale_color_rickandmorty" #> [83794] "scale_color_simpsons" #> [83795] "scale_color_startrek" #> [83796] "scale_color_tron" #> [83797] "scale_color_uchicago" #> [83798] "scale_color_ucscgb" #> [83799] "ggseas-package" #> [83800] "ggsdc" #> [83801] "ldeaths_df" #> [83802] "nzbop" #> [83803] "stat_decomp" #> [83804] "stat_index" #> [83805] "stat_rollapplyr" #> [83806] "stat_seas" #> [83807] "stat_stl" #> [83808] "tsdf" #> [83809] "geom_logo" #> [83810] "ggseqlogo" #> [83811] "list_col_schemes" #> [83812] "list_fonts" #> [83813] "make_col_scheme" #> [83814] "pfms_dna" #> [83815] "seqs_aa" #> [83816] "seqs_dna" #> [83817] "theme_logo" #> [83818] "stat_signif" #> [83819] "ggsn-package" #> [83820] "blank" #> [83821] "domestic_violence" #> [83822] "north2" #> [83823] "northSymbols" #> [83824] "scalebar" #> [83825] "geom_sii_riskconnection" #> [83826] "geom_sii_riskoutline" #> [83827] "geom_sii_risksurface" #> [83828] "sii_debug_geom" #> [83829] "sii_levelmax_sf16_993" #> [83830] "sii_levelmax_sf16_995" #> [83831] "sii_plotdetails_sf16" #> [83832] "sii_structure_sf16_eng" #> [83833] "sii_structure_sf16_nld" #> [83834] "sii_x_edgecolors_sf16_eng" #> [83835] "sii_x_edgecolors_sf16_nld" #> [83836] "sii_x_fillcolors_sf16_eng" #> [83837] "sii_x_fillcolors_sf16_nld" #> [83838] "sii_z_ex1_data" #> [83839] "sii_z_ex1_edgecolors" #> [83840] "sii_z_ex1_fillcolors" #> [83841] "sii_z_ex1_levelmax" #> [83842] "sii_z_ex1_plotdetails" #> [83843] "sii_z_ex1_plotdetails2" #> [83844] "sii_z_ex1_structure" #> [83845] "sii_z_ex2_data" #> [83846] "sii_z_ex3_data" #> [83847] "sii_z_ex3_plotdetails" #> [83848] "sii_z_ex4_data" #> [83849] "sii_z_ex4_levelmax" #> [83850] "sii_z_ex4_structure" #> [83851] "sii_z_ex6_data" #> [83852] "sii_z_ex6_data2" #> [83853] "sii_z_ex6_edgecolors" #> [83854] "sii_z_ex6_fillcolors" #> [83855] "sii_z_ex6_levelmax" #> [83856] "sii_z_ex6_plotdetails" #> [83857] "sii_z_ex6_structure" #> [83858] "sii_z_ex7_data" #> [83859] "sii_z_ex7_plotdetails" #> [83860] "stat_sii_risksurface" #> [83861] "aes_color" #> [83862] "aes_som" #> [83863] "ggsom" #> [83864] "ggsom_line" #> [83865] "ggsom_rect" #> [83866] "ggsom_ribbon" #> [83867] "is.cluster" #> [83868] "is.kohonen" #> [83869] "sum_unit_class" #> [83870] "annotation_map_tile" #> [83871] "annotation_north_arrow" #> [83872] "annotation_scale" #> [83873] "df_spatial" #> [83874] "layer_spatial" #> [83875] "layer_spatial.Raster" #> [83876] "load_longlake_data" #> [83877] "north_arrow_orienteering" #> [83878] "stat_spatial_identity" #> [83879] "xy_transform" #> [83880] "ggspectra-package" #> [83881] "autoplot.calibration_spct" #> [83882] "autoplot.cps_spct" #> [83883] "autoplot.filter_spct" #> [83884] "autoplot.object_spct" #> [83885] "autoplot.raw_spct" #> [83886] "autoplot.reflector_spct" #> [83887] "autoplot.response_spct" #> [83888] "autoplot.source_spct" #> [83889] "autoplot.waveband" #> [83890] "A_internal_label" #> [83891] "black_or_white" #> [83892] "color_chart" #> [83893] "counts_label" #> [83894] "cps_label" #> [83895] "exponent2prefix" #> [83896] "geom_spct" #> [83897] "ggtitle_spct" #> [83898] "plot.generic_spct" #> [83899] "Rfr_specular_label" #> [83900] "s.e.irrad_label" #> [83901] "s.e.response_label" #> [83902] "scale_x_wl_continuous" #> [83903] "scale_y_A_internal_continuous" #> [83904] "scale_y_counts_continuous" #> [83905] "scale_y_cps_continuous" #> [83906] "scale_y_Rfr_specular_continuous" #> [83907] "scale_y_s.e.irrad_continuous" #> [83908] "scale_y_s.e.response_continuous" #> [83909] "scale_y_Tfr_internal_continuous" #> [83910] "sec_axis_w_number" #> [83911] "SI_pl_format" #> [83912] "SI_tg_format" #> [83913] "stat_color" #> [83914] "stat_find_qtys" #> [83915] "stat_find_wls" #> [83916] "stat_label_peaks" #> [83917] "stat_wb_box" #> [83918] "stat_wb_column" #> [83919] "stat_wb_contribution" #> [83920] "stat_wb_hbar" #> [83921] "stat_wb_irrad" #> [83922] "stat_wb_label" #> [83923] "stat_wb_mean" #> [83924] "stat_wb_relative" #> [83925] "stat_wb_sirrad" #> [83926] "stat_wb_total" #> [83927] "stat_wl_strip" #> [83928] "stat_wl_summary" #> [83929] "Tfr_internal_label" #> [83930] "w_length_label" #> [83931] "w_number" #> [83932] "geom_barh" #> [83933] "geom_boxploth" #> [83934] "geom_crossbarh" #> [83935] "geom_histogramh" #> [83936] "geom_violinh" #> [83937] "hmisc_h" #> [83938] "mean_se_h" #> [83939] "stat_binh" #> [83940] "stat_boxploth" #> [83941] "stat_counth" #> [83942] "stat_summaryh" #> [83943] "stat_xdensity" #> [83944] "Indrajeet" #> [83945] "Patil" #> [83946] "aut," #> [83947] "Chuck" #> [83948] "17:50:02" #> [83949] "ggstatsplot-package" #> [83950] "bartlett_message" #> [83951] "bf_caption_maker" #> [83952] "bf_contingency_tab" #> [83953] "bf_corr_test" #> [83954] "bf_extractor" #> [83955] "bf_oneway_anova" #> [83956] "bf_one_sample_ttest" #> [83957] "bf_two_sample_ttest" #> [83958] "combine_plots" #> [83959] "ggbarstats" #> [83960] "ggbetweenstats" #> [83961] "ggcoefstats" #> [83962] "ggcorrmat" #> [83963] "ggdotplotstats" #> [83964] "gghistostats" #> [83965] "ggpiestats" #> [83966] "ggplot_converter" #> [83967] "ggscatterstats" #> [83968] "grouped_ggbarstats" #> [83969] "grouped_ggbetweenstats" #> [83970] "grouped_ggcorrmat" #> [83971] "grouped_ggdotplotstats" #> [83972] "grouped_gghistostats" #> [83973] "grouped_ggpiestats" #> [83974] "grouped_ggscatterstats" #> [83975] "intent_morality" #> [83976] "iris_long" #> [83977] "movies_long" #> [83978] "movies_wide" #> [83979] "normality_message" #> [83980] "outlier_df" #> [83981] "pairwise_p" #> [83982] "subtitle_anova_bayes" #> [83983] "subtitle_anova_parametric" #> [83984] "subtitle_anova_robust" #> [83985] "subtitle_contingency_tab" #> [83986] "subtitle_friedman_nonparametric" #> [83987] "subtitle_ggscatterstats" #> [83988] "subtitle_kw_nonparametric" #> [83989] "subtitle_mann_nonparametric" #> [83990] "subtitle_meta_ggcoefstats" #> [83991] "subtitle_onesample_proptest" #> [83992] "subtitle_template" #> [83993] "subtitle_t_bayes" #> [83994] "subtitle_t_onesample" #> [83995] "subtitle_t_parametric" #> [83996] "subtitle_t_robust" #> [83997] "theme_corrmat" #> [83998] "theme_ggstatsplot" #> [83999] "theme_pie" #> [84000] "Titanic_full" #> [84001] "VR_dilemma" #> [84002] "ggswissmaps" #> [84003] "maps2" #> [84004] "maps2_" #> [84005] "shp_df" #> [84006] "theme_white_f" #> [84007] "'theme-ticks.R'" #> [84008] "'theme-showtitles.R'" #> [84009] "'theme-zoom.R'" #> [84010] "'geom-density-tern.R'" #> [84011] "'stat-density-tern.R'" #> [84012] "'geom-Xline.R'" #> [84013] "'geom-Xisoprop.R'" #> [84014] "'stat-confidence-tern.R'" #> [84015] "'geom-smooth-tern.R'" #> [84016] "'stat-smooth-tern.R'" #> [84017] "'stat-mean-ellipse.R'" #> [84018] "'stat-interpolate-tern.R'" #> [84019] "'geom-crosshair-tern.R'" #> [84020] "'geom-point-swap.R'" #> [84021] "'stat-hex-tern.R'" #> [84022] "'annotation-raster-tern.R'" #> [84023] "'geom-label-viewport.R'" #> [84024] "'geom-tri-tern.R'" #> [84025] "11:20:03" #> [84026] ".getFunctions" #> [84027] "annotation_raster_tern" #> [84028] "approved_layers" #> [84029] "arrangeGrob" #> [84030] "breaks_tern" #> [84031] "coord_tern" #> [84032] "data_Feldspar" #> [84033] "data_Fragments" #> [84034] "data_SkyeLava" #> [84035] "data_USDA" #> [84036] "data_WhiteCells" #> [84037] "draw_key_tern" #> [84038] "geom_confidence_tern" #> [84039] "geom_crosshair_tern" #> [84040] "geom_density_tern" #> [84041] "geom_errorbarX" #> [84042] "geom_hex_tern" #> [84043] "geom_interpolate_tern" #> [84044] "geom_label_viewport" #> [84045] "geom_mask" #> [84046] "geom_mean_ellipse" #> [84047] "geom_point_swap" #> [84048] "geom_polygon_closed" #> [84049] "geom_smooth_tern" #> [84050] "geom_text_viewport" #> [84051] "geom_tri_tern" #> [84052] "geom_Xisoprop" #> [84053] "geom_Xline" #> [84054] "ggtern" #> [84055] "ggtern_labels" #> [84056] "ggtern_labels_arrow_suffix" #> [84057] "ggtern_package" #> [84058] "ggtern_themes" #> [84059] "labels_tern" #> [84060] "label_formatter" #> [84061] "mahalanobis_distance" #> [84062] "position_jitter_tern" #> [84063] "position_nudge_tern" #> [84064] "predictdf2d" #> [84065] "scale_X_continuous" #> [84066] "strip_unapproved" #> [84067] "ternary_transformation" #> [84068] "tern_limits" #> [84069] "theme_arrowlength" #> [84070] "theme_bordersontop" #> [84071] "theme_clockwise" #> [84072] "theme_complete" #> [84073] "theme_convenience_functions" #> [84074] "theme_gridsontop" #> [84075] "theme_latex" #> [84076] "theme_legend_position" #> [84077] "theme_mesh" #> [84078] "theme_noarrows" #> [84079] "theme_nomask" #> [84080] "theme_novar_tern" #> [84081] "theme_rotate" #> [84082] "theme_showgrid" #> [84083] "theme_showlabels" #> [84084] "theme_showprimary" #> [84085] "theme_showtitles" #> [84086] "theme_ticklength" #> [84087] "theme_ticksoutside" #> [84088] "theme_zoom_X" #> [84089] "zzz-depreciated" #> [84090] "ggThemeAssist" #> [84091] "bank_slopes" #> [84092] "calc_pal" #> [84093] "calc_shape_pal" #> [84094] "canva_pal" #> [84095] "canva_palettes" #> [84096] "circlefill_shape_pal" #> [84097] "cleveland_shape_pal" #> [84098] "colorblind_pal" #> [84099] "economist_pal" #> [84100] "excel_new_pal" #> [84101] "excel_pal" #> [84102] "extended_range_breaks_" #> [84103] "few_pal" #> [84104] "few_shape_pal" #> [84105] "fivethirtyeight_pal" #> [84106] "gdocs_pal" #> [84107] "geom_rangeframe" #> [84108] "geom_tufteboxplot" #> [84109] "ggthemes" #> [84110] "ggthemes_data" #> [84111] "hc_pal" #> [84112] "palette_pander" #> [84113] "ptol_pal" #> [84114] "scale_color_pander" #> [84115] "scale_colour_canva" #> [84116] "scale_colour_economist" #> [84117] "scale_colour_excel_new" #> [84118] "scale_colour_few" #> [84119] "scale_colour_fivethirtyeight" #> [84120] "scale_colour_gradient2_tableau" #> [84121] "scale_colour_gradient_tableau" #> [84122] "scale_colour_hc" #> [84123] "scale_colour_ptol" #> [84124] "scale_colour_stata" #> [84125] "scale_colour_tableau" #> [84126] "scale_colour_wsj" #> [84127] "scale_fill_calc" #> [84128] "scale_fill_excel" #> [84129] "scale_fill_gdocs" #> [84130] "scale_fill_solarized" #> [84131] "scale_linetype_stata" #> [84132] "scale_shape_calc" #> [84133] "scale_shape_circlefill" #> [84134] "scale_shape_cleveland" #> [84135] "scale_shape_few" #> [84136] "scale_shape_stata" #> [84137] "scale_shape_tableau" #> [84138] "scale_shape_tremmel" #> [84139] "show_linetypes" #> [84140] "show_shapes" #> [84141] "smart_digits" #> [84142] "solarized_pal" #> [84143] "stata_linetype_pal" #> [84144] "stata_pal" #> [84145] "stata_shape_pal" #> [84146] "stat_fivenumber" #> [84147] "tableau_color_pal" #> [84148] "tableau_gradient_pal" #> [84149] "tableau_shape_pal" #> [84150] "theme_base" #> [84151] "theme_calc" #> [84152] "theme_economist" #> [84153] "theme_excel" #> [84154] "theme_excel_new" #> [84155] "theme_few" #> [84156] "theme_fivethirtyeight" #> [84157] "theme_foundation" #> [84158] "theme_gdocs" #> [84159] "theme_hc" #> [84160] "theme_igray" #> [84161] "theme_pander" #> [84162] "theme_par" #> [84163] "theme_solarized" #> [84164] "theme_solid" #> [84165] "theme_stata" #> [84166] "theme_tufte" #> [84167] "theme_wsj" #> [84168] "tremmel_shape_pal" #> [84169] "wsj_pal" #> [84170] "dtClimate" #> [84171] "ggplot_calendar_heatmap" #> [84172] "ggplot_horizon" #> [84173] "ggplot_waterfall" #> [84174] "Marimekkofy" #> [84175] "StatCalendarMonthBreaks" #> [84176] "StatHorizon" #> [84177] "StatMarimekko" #> [84178] "StatOccurrence" #> [84179] "StatSteamgraph" #> [84180] "StatWaterfall" #> [84181] "stat_calendar_heatmap" #> [84182] "stat_horizon" #> [84183] "stat_marimekko" #> [84184] "stat_occurrence" #> [84185] "stat_steamgraph" #> [84186] "stat_waterfall" #> [84187] "GGUM-package" #> [84188] "export.GGUM2004" #> [84189] "GenData.GGUM" #> [84190] "GGUM" #> [84191] "GUM" #> [84192] "MODFIT" #> [84193] "plotCRC" #> [84194] "plotIIF" #> [84195] "plotTCC" #> [84196] "plotTIF" #> [84197] "probs.GGUM" #> [84198] "read.item.GGUM2004" #> [84199] "read.person.GGUM2004" #> [84200] "run.GGUM2004" #> [84201] "Theta.EAP" #> [84202] "write.GGUM2004" #> [84203] "axis_combmatrix" #> [84204] "df_complex_conditions" #> [84205] "scale_x_mergelist" #> [84206] "scale_x_upset" #> [84207] "theme_combmatrix" #> [84208] "tidy_movies" #> [84209] "Anolis" #> [84210] "ASBESTOS_QUEBEC" #> [84211] "caladeniavalida" #> [84212] "Camas_Hospital" #> [84213] "Crecimiento_domestico_bruto" #> [84214] "CypripediumA" #> [84215] "dipodium" #> [84216] "Educacion_Ninas" #> [84217] "Edu_Salud_Gastos_GDP" #> [84218] "ElphickBirdData" #> [84219] "Godwits" #> [84220] "Internet2" #> [84221] "Lelto" #> [84222] "LIKERT_DATA" #> [84223] "MORELIA.MICH.Tmin" #> [84224] "PartosInfantes" #> [84225] "PBI" #> [84226] "PIB_vs_Alfabetismo" #> [84227] "PIB_vs_Salud" #> [84228] "Pop_PR" #> [84229] "Razon_mortandad" #> [84230] "SparrowsElphick" #> [84231] "Tiroide" #> [84232] "VegSamplesV1" #> [84233] "21:50:03" #> [84234] "add_axis" #> [84235] "add_guide_axis" #> [84236] "add_guide_legend" #> [84237] "add_props" #> [84238] "add_relative_scales" #> [84239] "add_tooltip" #> [84240] "auto_group" #> [84241] "axis_props" #> [84242] "cocaine" #> [84243] "compute_align" #> [84244] "compute_bin" #> [84245] "compute_boxplot" #> [84246] "compute_count" #> [84247] "compute_density" #> [84248] "compute_model_prediction" #> [84249] "compute_stack" #> [84250] "compute_tabulate" #> [84251] "explain.ggvis" #> [84252] "export_png" #> [84253] "ggvis" #> [84254] "ggvisControlOutput" #> [84255] "ggvis_message" #> [84256] "handle_brush" #> [84257] "handle_click" #> [84258] "handle_resize" #> [84259] "input_checkbox" #> [84260] "input_select" #> [84261] "input_slider" #> [84262] "input_text" #> [84263] "is.broker" #> [84264] "layer_bars" #> [84265] "layer_boxplots" #> [84266] "layer_densities" #> [84267] "layer_guess" #> [84268] "layer_histograms" #> [84269] "layer_lines" #> [84270] "layer_model_predictions" #> [84271] "left_right" #> [84272] "legend_props" #> [84273] "linked_brush" #> [84274] "prop_domain" #> [84275] "scaled_value" #> [84276] "scale_datetime" #> [84277] "scale_numeric" #> [84278] "scale_ordinal" #> [84279] "set_options" #> [84280] "set_scale_label" #> [84281] "shiny-ggvis" #> [84282] "show_spec" #> [84283] "show_tooltip" #> [84284] "sidebarBottomPage" #> [84285] "singular" #> [84286] "vector_type" #> [84287] "vega_data_parser" #> [84288] "waggle" #> [84289] "zero_range" #> [84290] "fortify_voronoi" #> [84291] "ncdc_locations" #> [84292] "oxford_bikes" #> [84293] "oxford_map" #> [84294] "stat_voronoi" #> [84295] "voronoi_polygon" #> [84296] "geom_text_wordcloud" #> [84297] "ggwordcloud" #> [84298] "ggwordcloud2" #> [84299] "love_words" #> [84300] "thankyou_words" #> [84301] "gh_next" #> [84302] "gh_tree_remote" #> [84303] "gh_whoami" #> [84304] "print.gh_response" #> [84305] "ggplot2-scales-continuous" #> [84306] "ghibli" #> [84307] "ghibli_palette" #> [84308] "ghibli_palettes" #> [84309] "scale_colour_ghibli_d" #> [84310] "GHQp-package" #> [84311] "GHQ" #> [84312] "GHS_est" #> [84313] "ghyp-package" #> [84314] "coef-method" #> [84315] "fit.ghypmv" #> [84316] "fit.ghypuv" #> [84317] "ghyp-constructors" #> [84318] "ghyp-distribution" #> [84319] "ghyp-get" #> [84320] "ghyp-mle.ghyp-classes" #> [84321] "ghyp-risk-performance" #> [84322] "ghyp.moment" #> [84323] "gig-distribution" #> [84324] "hist-methods" #> [84325] "lik.ratio.test" #> [84326] "logLik-AIC-methods" #> [84327] "mean-vcov-skew-kurt-methods" #> [84328] "plot-lines-methods" #> [84329] "portfolio.optimize" #> [84330] "qq-ghyp" #> [84331] "smi.stocks" #> [84332] "stepAIC.ghyp" #> [84333] "summary-method" #> [84334] "transform-extract-methods" #> [84335] "gibble-package" #> [84336] "gibble" #> [84337] "hsh" #> [84338] "minimal_mesh" #> [84339] "gibbs-metropolis" #> [84340] "GibbsACOV-package" #> [84341] "acovamcmc" #> [84342] "csection" #> [84343] "plot.acovamcmc" #> [84344] "print.acovamcmc" #> [84345] "summary.acovamcmc" #> [84346] "cv.morals" #> [84347] "gubell" #> [84348] "hartigan" #> [84349] "homals" #> [84350] "house" #> [84351] "knotsGifi" #> [84352] "makeNumeric" #> [84353] "morals" #> [84354] "neumann" #> [84355] "plot.homals" #> [84356] "plot.morals" #> [84357] "plot.princals" #> [84358] "princals" #> [84359] "roskam" #> [84360] "senate07" #> [84361] "small" #> [84362] "gifski" #> [84363] "convert_binary_datatype" #> [84364] "convert_endian" #> [84365] "convert_intent" #> [84366] "create_data_matrix" #> [84367] "data_array_attributes" #> [84368] "data_decoder" #> [84369] "data_encoder" #> [84370] "decompress_gii" #> [84371] "download_gifti_data" #> [84372] "gifti_list" #> [84373] "gifti_map_value" #> [84374] "have_gifti_test_data" #> [84375] "is.gifti" #> [84376] "readgii" #> [84377] "surf_triangles" #> [84378] "GIGrvg-package" #> [84379] "rgig" #> [84380] "GillespieSSA-package" #> [84381] "ssa" #> [84382] "ssa.btl" #> [84383] "ssa.btl.diag" #> [84384] "ssa.check.args" #> [84385] "ssa.check.method" #> [84386] "ssa.d" #> [84387] "ssa.d.diag" #> [84388] "ssa.etl" #> [84389] "ssa.etl.diag" #> [84390] "ssa.nutiling" #> [84391] "ssa.otl" #> [84392] "ssa.otl.diag" #> [84393] "ssa.plot" #> [84394] "ssa.run" #> [84395] "ssa.terminate" #> [84396] "gim-package" #> [84397] "form" #> [84398] "gim" #> [84399] "nsample" #> [84400] "gimme-package" #> [84401] "aggSEM" #> [84402] "gimmeSEM" #> [84403] "indSEM" #> [84404] "ms.fit" #> [84405] "solution.tree" #> [84406] "ts" #> [84407] "gen_path_mat" #> [84408] "gimmeGUI" #> [84409] "gimms-package" #> [84410] "bale3g.v1" #> [84411] "downloadGimms" #> [84412] "kili3g.v0" #> [84413] "monthlyComposite" #> [84414] "monthlyIndices" #> [84415] "oldNaming" #> [84416] "qualityControl" #> [84417] "rasterizeGimms" #> [84418] "rearrangeFiles" #> [84419] "significantTau" #> [84420] "updateInventory" #> [84421] "GiNA-package" #> [84422] "brewer.pal" #> [84423] "color.plot" #> [84424] "GINA.sample" #> [84425] "jet.scan" #> [84426] "pixArea" #> [84427] "scanCRAN" #> [84428] "GiniWegNeg-package" #> [84429] "BI2012" #> [84430] "Gini_CTR_BS" #> [84431] "Gini_RSV" #> [84432] "GRSVc" #> [84433] "PGini_RSV" #> [84434] "RSVc" #> [84435] "gIPFrm-package" #> [84436] "bisection.update" #> [84437] "g.ipf" #> [84438] "grid.update" #> [84439] "ipf.gamma" #> [84440] "single.cells" #> [84441] "suff.stat" #> [84442] "giphyr-package" #> [84443] "add_gifs" #> [84444] "gif_Addin" #> [84445] "gif_search" #> [84446] "GiRaF-package" #> [84447] "exact.mrf" #> [84448] "NC.mrf" #> [84449] "sampler.mrf" #> [84450] "GISTools-package" #> [84451] "masking" #> [84452] "auto.shading" #> [84453] "choro.legend" #> [84454] "Computational" #> [84455] "Create" #> [84456] "‘mask’" #> [84457] "Transparency" #> [84458] "generalize.polys" #> [84459] "georgia" #> [84460] "Estimates" #> [84461] "Points" #> [84462] "map.scale" #> [84463] "newhaven" #> [84464] "North" #> [84465] "phenology" #> [84466] "Areas" #> [84467] "Label" #> [84468] "shading" #> [84469] "tornados" #> [84470] "vulgaris" #> [84471] "gistr-package" #> [84472] "commits" #> [84473] "create_gists" #> [84474] "fork" #> [84475] "forks" #> [84476] "gist" #> [84477] "gists" #> [84478] "gist_auth" #> [84479] "gist_create" #> [84480] "gist_create_git" #> [84481] "gist_create_obj" #> [84482] "gist_map" #> [84483] "gist_save" #> [84484] "rate_limit" #> [84485] "tabl" #> [84486] "'remote.R'" #> [84487] "'repository.R'" #> [84488] "'reset.R'" #> [84489] "'revparse.R'" #> [84490] "'signature.R'" #> [84491] "'stash.R'" #> [84492] "'status.R'" #> [84493] "'tag.R'" #> [84494] "'time.R'" #> [84495] "23:10:03" #> [84496] "ahead_behind" #> [84497] "as.data.frame.git_repository" #> [84498] "as.data.frame.git_tree" #> [84499] "as.list.git_tree" #> [84500] "blame" #> [84501] "blob_create" #> [84502] "branch_create" #> [84503] "branch_delete" #> [84504] "branch_get_upstream" #> [84505] "branch_remote_name" #> [84506] "branch_remote_url" #> [84507] "branch_rename" #> [84508] "branch_set_upstream" #> [84509] "branch_target" #> [84510] "bundle_r_package" #> [84511] "commit" #> [84512] "contributions" #> [84513] "cred_env" #> [84514] "cred_ssh_key" #> [84515] "cred_token" #> [84516] "cred_user_pass" #> [84517] "default_signature" #> [84518] "descendant_of" #> [84519] "diff.git_repository" #> [84520] "discover_repository" #> [84521] "fetch_heads" #> [84522] "git2r" #> [84523] "git_config_files" #> [84524] "hash" #> [84525] "hashfile" #> [84526] "head.git_repository" #> [84527] "index_remove_bypath" #> [84528] "in_repository" #> [84529] "is_bare" #> [84530] "is_binary" #> [84531] "is_blob" #> [84532] "is_branch" #> [84533] "is_commit" #> [84534] "is_detached" #> [84535] "is_head" #> [84536] "is_local" #> [84537] "is_merge" #> [84538] "is_shallow" #> [84539] "is_tag" #> [84540] "is_tree" #> [84541] "last_commit" #> [84542] "length.git_blob" #> [84543] "length.git_diff" #> [84544] "length.git_tree" #> [84545] "libgit2_features" #> [84546] "libgit2_version" #> [84547] "ls_tree" #> [84548] "merge.git_branch" #> [84549] "merge_base" #> [84550] "notes" #> [84551] "note_create" #> [84552] "note_default_ref" #> [84553] "note_remove" #> [84554] "odb_blobs" #> [84555] "odb_objects" #> [84556] "parents" #> [84557] "plot.git_repository" #> [84558] "print.git_reflog_entry" #> [84559] "punch_card" #> [84560] "reflog" #> [84561] "remotes" #> [84562] "remote_add" #> [84563] "remote_ls" #> [84564] "remote_remove" #> [84565] "remote_rename" #> [84566] "remote_set_url" #> [84567] "remote_url" #> [84568] "repository" #> [84569] "repository_head" #> [84570] "revparse_single" #> [84571] "rm_file" #> [84572] "sha" #> [84573] "ssh_path" #> [84574] "ssl_cert_locations" #> [84575] "stash" #> [84576] "stash_apply" #> [84577] "stash_drop" #> [84578] "stash_list" #> [84579] "stash_pop" #> [84580] "summary.git_repository" #> [84581] "summary.git_stash" #> [84582] "summary.git_tree" #> [84583] "workdir" #> [84584] "[.git_tree" #> [84585] "assign_work" #> [84586] "collect_work" #> [84587] "create_repo" #> [84588] "fetch_work" #> [84589] "gitgadget" #> [84590] "gitgadget_callr" #> [84591] "gh_install_packages" #> [84592] "gh_list_packages" #> [84593] "gh_search_packages" #> [84594] "gh_show_source" #> [84595] "gh_suggest" #> [84596] "gh_suggest_username" #> [84597] "gh_update_package_list" #> [84598] "recommend_dependencies" #> [84599] "remove_conflict_repos" #> [84600] "select_repository" #> [84601] "separate_into_package_and_reference" #> [84602] "gitlabr" #> [84603] "gitlabr-deprecated" #> [84604] "gitlabr_0_7_renaming" #> [84605] "glLoginInput" #> [84606] "gl_archive" #> [84607] "gl_ci_job" #> [84608] "gl_connection" #> [84609] "gl_create_merge_request" #> [84610] "gl_get_comments" #> [84611] "gl_get_commits" #> [84612] "gl_get_project_id" #> [84613] "gl_list_branches" #> [84614] "gl_list_issues" #> [84615] "gl_list_projects" #> [84616] "gl_new_issue" #> [84617] "gl_pipelines" #> [84618] "gl_proj_req" #> [84619] "gl_push_file" #> [84620] "gl_repository" #> [84621] "gl_to_issue_id" #> [84622] "set_gitlab_connection" #> [84623] "update_gitlabr_code" #> [84624] "gitter" #> [84625] "gitter.batch" #> [84626] "gitter.demo" #> [84627] "gitter.read" #> [84628] "plate.warnings" #> [84629] "plot.gitter" #> [84630] "summary.gitter" #> [84631] "calibrationBeltIntersections" #> [84632] "calibrationBeltPoints" #> [84633] "givitiCalibrationBelt" #> [84634] "givitiCalibrationBeltTable" #> [84635] "givitiCalibrationTest" #> [84636] "givitiCalibrationTestComp" #> [84637] "givitiCheckArgs" #> [84638] "givitiCheckData" #> [84639] "givitiR" #> [84640] "givitiStatCdf" #> [84641] "icuData" #> [84642] "plot.givitiCalibrationBelt" #> [84643] "polynomialLogRegrFw" #> [84644] "gjam-package" #> [84645] "gjam" #> [84646] "gjamCensorY" #> [84647] "gjamDeZero" #> [84648] "gjamFillMissingTimes" #> [84649] "gjamIIE" #> [84650] "gjamIIEplot" #> [84651] "gjamOrdination" #> [84652] "gjamPlot" #> [84653] "gjamPoints2Grid" #> [84654] "gjamPredict" #> [84655] "gjamPriorTemplate" #> [84656] "gjamReZero" #> [84657] "gjamSensitivity" #> [84658] "gjamSimData" #> [84659] "gjamSpec2Trait" #> [84660] "gjamTrimY" #> [84661] "GJRM-package" #> [84662] "adjCov" #> [84663] "adjCovSD" #> [84664] "AT" #> [84665] "BCDF" #> [84666] "bcont" #> [84667] "bdiscrcont" #> [84668] "bdiscrdiscr" #> [84669] "bprobgHs" #> [84670] "bprobgHsCont" #> [84671] "bprobgHsContSS" #> [84672] "bprobgHsContUniv" #> [84673] "bprobgHsDiscr1" #> [84674] "bprobgHsDiscr1SS" #> [84675] "bprobgHsPO" #> [84676] "bprobgHsSS" #> [84677] "conv.check" #> [84678] "copgHs" #> [84679] "CopulaCLM" #> [84680] "copulaSampleSel" #> [84681] "cv.inform" #> [84682] "distrHs" #> [84683] "Dpens" #> [84684] "eta.tr" #> [84685] "g.tri" #> [84686] "gamlssObject" #> [84687] "ggmtrust" #> [84688] "gjrm" #> [84689] "gjrmObject" #> [84690] "gt.bpm" #> [84691] "H.tri" #> [84692] "hazsurv.plot" #> [84693] "imputeCounter" #> [84694] "imputeSS" #> [84695] "jc.probs" #> [84696] "llpsi" #> [84697] "LM.bpm" #> [84698] "logLik.SemiParBIV" #> [84699] "meps" #> [84700] "numgh" #> [84701] "pen" #> [84702] "plot.SemiParBIV" #> [84703] "polys.map" #> [84704] "polys.setup" #> [84705] "post.check" #> [84706] "pred.mvt" #> [84707] "predict.SemiParBIV" #> [84708] "prev" #> [84709] "print.AT" #> [84710] "print.copulaSampleSel" #> [84711] "print.gjrm" #> [84712] "print.mb" #> [84713] "print.OR" #> [84714] "print.PE" #> [84715] "print.prev" #> [84716] "print.RR" #> [84717] "print.SemiParBIV" #> [84718] "print.SemiParTRIV" #> [84719] "probm" #> [84720] "regH" #> [84721] "resp.check" #> [84722] "rMVN" #> [84723] "rob.const" #> [84724] "rob.int" #> [84725] "SemiParBIV" #> [84726] "SemiParBIV.fit" #> [84727] "SemiParBIV.fit.post" #> [84728] "SemiParTRIV" #> [84729] "summary.copulaSampleSel" #> [84730] "summary.gjrm" #> [84731] "summary.SemiParBIV" #> [84732] "summary.SemiParTRIV" #> [84733] "TRIapprox" #> [84734] "triprobgHs" #> [84735] "vis.gjrm" #> [84736] "VuongClarke" #> [84737] "war" #> [84738] "abc_batch" #> [84739] "dgh" #> [84740] "dgk" #> [84741] "fdsa" #> [84742] "improper_uniform_log_density" #> [84743] "isValid" #> [84744] "momentEstimates" #> [84745] "orderstats" #> [84746] "GK2011-package" #> [84747] "ajps" #> [84748] "gkmSVM-package" #> [84749] "genNullSeqs" #> [84750] "gkmsvm_classify" #> [84751] "gkmsvm_delta" #> [84752] "gkmsvm_kernel" #> [84753] "gkmsvm_train" #> [84754] "gkmsvm_trainCV" #> [84755] "glacierSMBM-package" #> [84756] "airDensity_30m_daily" #> [84757] "airPressure_10km_daily" #> [84758] "airPressure_30m_hourly" #> [84759] "airTemperature_10km_daily" #> [84760] "airTemperature_30m_daily" #> [84761] "airTemperature_30m_hourly" #> [84762] "debrisCoveredIceMelt" #> [84763] "debrisCoveredIceMelt-method" #> [84764] "debrisMask_30m" #> [84765] "debrisThicknessEmp" #> [84766] "debrisThicknessEmp-method" #> [84767] "debrisThicknessFit" #> [84768] "debrisThicknessFit-method" #> [84769] "debrisThicknessPhy" #> [84770] "debrisThicknessPhy-method" #> [84771] "debrisThickness_30m" #> [84772] "debrisThickness_measured" #> [84773] "dem_30m" #> [84774] "extractRasterValues" #> [84775] "extractRasterValues-method" #> [84776] "firnMask_30m" #> [84777] "glacialMelt" #> [84778] "glacialMelt-method" #> [84779] "glacierMask_30m" #> [84780] "glacierSMBM" #> [84781] "glacierSMBM-method" #> [84782] "iceMask_30m" #> [84783] "iceMelt" #> [84784] "iceMelt-method" #> [84785] "inputGlacierSMBM-class" #> [84786] "interpolateAirP" #> [84787] "interpolateAirP-method" #> [84788] "interpolateAirT" #> [84789] "interpolateAirT-method" #> [84790] "lst_30m_hourly" #> [84791] "lst_measured" #> [84792] "netRad_30m_daily" #> [84793] "netRad_30m_hourly" #> [84794] "precipTuningFactor_30m" #> [84795] "precip_10km_daily" #> [84796] "precip_30m_daily" #> [84797] "resampleStack" #> [84798] "resampleStack-method" #> [84799] "selectedCoordinates" #> [84800] "snowFall" #> [84801] "snowFall-method" #> [84802] "snowFall_30m_daily" #> [84803] "snowMelt" #> [84804] "snowMelt-method" #> [84805] "srtm_dem_30m" #> [84806] "unitConv" #> [84807] "unitConv-method" #> [84808] "glamlasso" #> [84809] "glamlassoRR" #> [84810] "glamlassoS" #> [84811] "predict.glamlasso" #> [84812] "print.glamlasso" #> [84813] "RH" #> [84814] "Asthma" #> [84815] "coef.glarma" #> [84816] "DriverDeaths" #> [84817] "extractAIC.glarma" #> [84818] "fitted.glarma" #> [84819] "glarma" #> [84820] "likTests" #> [84821] "logLik.glarma" #> [84822] "model.frame.glarma" #> [84823] "mySolve" #> [84824] "nobs.glarma" #> [84825] "normRandPIT" #> [84826] "OxBoatRace" #> [84827] "paramGen" #> [84828] "PIT" #> [84829] "plot.glarma" #> [84830] "plotPIT" #> [84831] "Polio" #> [84832] "residuals.glarma" #> [84833] "RobberyConvict" #> [84834] "summary.glarma" #> [84835] "gd_api" #> [84836] "gd_company" #> [84837] "gd_job_prog" #> [84838] "gd_job_stats" #> [84839] "gd_pid" #> [84840] "gd_review" #> [84841] "gd_url" #> [84842] "gd_user_agent" #> [84843] "get_ip" #> [84844] "glassopath" #> [84845] "glassoFast-package" #> [84846] "glassoFast" #> [84847] "glba-package" #> [84848] "bh08" #> [84849] "ilpp2" #> [84850] "lba" #> [84851] "numpp1" #> [84852] "rlba" #> [84853] "glcm-package" #> [84854] "calc_texture" #> [84855] "expected_textures_3x3_1x1" #> [84856] "expected_textures_5x3_n1xn2" #> [84857] "expected_textures_5x7_2x3" #> [84858] "glcm" #> [84859] "L5TSR_1986" #> [84860] "test_raster" #> [84861] "BetaLambdaLambda" #> [84862] "fit.fkml" #> [84863] "fit.fkml.moments.val" #> [84864] "fit.gpd" #> [84865] "GeneralisedLambdaDistribution" #> [84866] "gl.check.lambda" #> [84867] "gld-Deprecated" #> [84868] "gld.lmoments" #> [84869] "gld.moments" #> [84870] "plot.starship" #> [84871] "plotgl" #> [84872] "print.starship" #> [84873] "qdgl-deprecated" #> [84874] "qqgl" #> [84875] "starship" #> [84876] "starship.adaptivegrid" #> [84877] "starship.obj" #> [84878] "GLDEX-package" #> [84879] "digitsBase" #> [84880] "fun.auto.bimodal.ml" #> [84881] "fun.auto.bimodal.pml" #> [84882] "fun.auto.bimodal.qs" #> [84883] "fun.bimodal.fit.ml" #> [84884] "fun.bimodal.fit.pml" #> [84885] "fun.bimodal.init" #> [84886] "fun.check.gld" #> [84887] "fun.check.gld.multi" #> [84888] "fun.class.regime.bi" #> [84889] "fun.comp.moments.ml" #> [84890] "fun.comp.moments.ml.2" #> [84891] "fun.data.fit.hs" #> [84892] "fun.data.fit.hs.nw" #> [84893] "fun.data.fit.lm" #> [84894] "fun.data.fit.ml" #> [84895] "fun.data.fit.mm" #> [84896] "fun.data.fit.qs" #> [84897] "fun.diag.ks.g" #> [84898] "fun.diag.ks.g.bimodal" #> [84899] "fun.diag1" #> [84900] "fun.diag2" #> [84901] "fun.disc.estimation" #> [84902] "fun.gen.qrn" #> [84903] "fun.lm.theo.gld" #> [84904] "fun.mApply" #> [84905] "fun.minmax.check.gld" #> [84906] "fun.moments.bimodal" #> [84907] "fun.moments.r" #> [84908] "fun.nclass.e" #> [84909] "fun.plot.fit" #> [84910] "fun.plot.fit.bm" #> [84911] "fun.plot.many.gld" #> [84912] "fun.rawmoments" #> [84913] "fun.RMFMKL.hs" #> [84914] "fun.RMFMKL.hs.nw" #> [84915] "fun.RMFMKL.lm" #> [84916] "fun.RMFMKL.ml" #> [84917] "fun.RMFMKL.ml.m" #> [84918] "fun.RMFMKL.mm" #> [84919] "fun.RMFMKL.qs" #> [84920] "fun.RPRS.hs" #> [84921] "fun.RPRS.hs.nw" #> [84922] "fun.RPRS.lm" #> [84923] "fun.RPRS.ml" #> [84924] "fun.RPRS.ml.m" #> [84925] "fun.RPRS.mm" #> [84926] "fun.RPRS.qs" #> [84927] "fun.simu.bimodal" #> [84928] "fun.theo.bi.mv.gld" #> [84929] "fun.theo.mv.gld" #> [84930] "fun.which.zero" #> [84931] "fun.zero.omit" #> [84932] "gl.check.lambda.alt" #> [84933] "gl.check.lambda.alt1" #> [84934] "GLD" #> [84935] "histsu" #> [84936] "is.inf" #> [84937] "is.notinf" #> [84938] "ks.gof" #> [84939] "Lmoments" #> [84940] "pretty.su" #> [84941] "qqplot.gld" #> [84942] "qqplot.gld.bi" #> [84943] "QUnif" #> [84944] "t1lmoments" #> [84945] "which.na" #> [84946] "GLDreg-package" #> [84947] "fun.mean.convert" #> [84948] "fun.plot.q" #> [84949] "GLD.lm" #> [84950] "GLD.lm.full" #> [84951] "GLD.quantreg" #> [84952] "qqgld.default" #> [84953] "summaryGraphics.gld.lm" #> [84954] "beta.control" #> [84955] "f0.control" #> [84956] "gldrm" #> [84957] "gldrm.control" #> [84958] "gldrmCI" #> [84959] "gldrmLRT" #> [84960] "gldrmPIT" #> [84961] "predict.gldrm" #> [84962] "print.gldrm" #> [84963] "print.gldrmCI" #> [84964] "print.gldrmLRT" #> [84965] "theta.control" #> [84966] "glide" #> [84967] "plot.egger" #> [84968] "plot.glide" #> [84969] "remove_missingdata" #> [84970] "coef.glinternet" #> [84971] "glinternet" #> [84972] "glinternet.cv" #> [84973] "plot.glinternet.cv" #> [84974] "predict.glinternet" #> [84975] "predict.glinternet.cv" #> [84976] "anova.gllm" #> [84977] "boot.gllm" #> [84978] "boot.table" #> [84979] "emgllm" #> [84980] "emgllmfitter" #> [84981] "gllm" #> [84982] "hildesheim" #> [84983] "ld2" #> [84984] "ld2.model" #> [84985] "lsat" #> [84986] "scoregllm" #> [84987] "summary.gllm" #> [84988] "anova.gllvm" #> [84989] "coefplot.gllvm" #> [84990] "confint.gllvm" #> [84991] "getPredictErr.gllvm" #> [84992] "getResidualCor.gllvm" #> [84993] "getResidualCov.gllvm" #> [84994] "gllvm" #> [84995] "logLik.gllvm" #> [84996] "ordiplot.gllvm" #> [84997] "plot.gllvm" #> [84998] "predict.gllvm" #> [84999] "residuals.gllvm" #> [85000] "summary.gllvm" #> [85001] "glm.deploy" #> [85002] "glm2c" #> [85003] "glm2java" #> [85004] "glm.predict-package" #> [85005] "basepredict" #> [85006] "basepredict.glm" #> [85007] "basepredict.multinom" #> [85008] "basepredict.polr" #> [85009] "dc.glm" #> [85010] "dc.multinom" #> [85011] "dc.polr" #> [85012] "discrete.change" #> [85013] "discrete.changes" #> [85014] "glm.predicts" #> [85015] "glm.predict_" #> [85016] "multinom.predict" #> [85017] "multinom.predicts" #> [85018] "nominal_discrete.change" #> [85019] "nominal_discrete.changes" #> [85020] "ordinal_discrete.change" #> [85021] "ordinal_discrete.changes" #> [85022] "polr.predict" #> [85023] "polr.predicts" #> [85024] "predicts" #> [85025] "glm2-package" #> [85026] "glm.fit2" #> [85027] "GLMaSPU-package" #> [85028] "aSPU_apval" #> [85029] "aSPU_perm" #> [85030] "Goeman_perm" #> [85031] "HDGLM_perm" #> [85032] "glmbb" #> [85033] "isGraphical" #> [85034] "summary.glmbb" #> [85035] "tidy.formula.hierarchical" #> [85036] "Isaac" #> [85037] "Gravestock" #> [85038] "2017-08-03" #> [85039] "09:55:53" #> [85040] "glmBfp-package" #> [85041] "as.data.frame.GlmBayesMfp" #> [85042] "computeModels" #> [85043] "convert2Mcmc" #> [85044] "coxTBF" #> [85045] "CustomGPrior" #> [85046] "CustomGPrior-class" #> [85047] "Extract.GlmBayesMfp" #> [85048] "fpTrans" #> [85049] "glmBayesMfp" #> [85050] "GlmBayesMfpSamples-subsetting" #> [85051] "HypergPrior" #> [85052] "HypergPrior-class" #> [85053] "IncInvGammaGPrior" #> [85054] "IncInvGammaGPrior-class" #> [85055] "InvGammaGPrior" #> [85056] "InvGammaGPrior-class" #> [85057] "logMargLiks" #> [85058] "logPriors" #> [85059] "predict.TBFcox" #> [85060] "predict.TBFcox.BMA" #> [85061] "predict.TBFcox.sep" #> [85062] "print.GlmBayesMfp" #> [85063] "sampleBma" #> [85064] "sampleGlm" #> [85065] "glmc-package" #> [85066] "glmc" #> [85067] "glmc.control" #> [85068] "glmc.summaries" #> [85069] "summary.glmc" #> [85070] "glmdisc-package" #> [85071] "cutpoints" #> [85072] "glmdisc" #> [85073] "glmdisc-class" #> [85074] "normalizedGini" #> [85075] "predictlogisticRegression" #> [85076] "glmdm" #> [85077] "scotvote" #> [85078] "ssas" #> [85079] "DepressionDemo" #> [85080] "glmertree" #> [85081] "MHserviceDemo" #> [85082] "glmgraph-package" #> [85083] "coef.cv.glmgraph" #> [85084] "coef.glmgraph" #> [85085] "cv.glmgraph" #> [85086] "glmgraph" #> [85087] "plot.cv.glmgraph" #> [85088] "plot.glmgraph" #> [85089] "predict.cv.glmgraph" #> [85090] "predict.glmgraph" #> [85091] "print.cv.glmgraph" #> [85092] "glmlep-package" #> [85093] "cv.glmlep" #> [85094] "glmlep" #> [85095] "loglike" #> [85096] "SetLambda" #> [85097] "soft" #> [85098] "bernoulli.glmm" #> [85099] "binomial.glmm" #> [85100] "Booth2" #> [85101] "BoothHobert" #> [85102] "cbpp2" #> [85103] "coef.glmm" #> [85104] "confint.glmm" #> [85105] "glmm" #> [85106] "logLik.glmm" #> [85107] "mcse" #> [85108] "mcvcov" #> [85109] "poisson.glmm" #> [85110] "radish2" #> [85111] "summary.glmm" #> [85112] "varcomps" #> [85113] "vcov.glmm" #> [85114] "effectPlotData" #> [85115] "Extra" #> [85116] "GLMMadaptive" #> [85117] "marginal_coefs" #> [85118] "mixed_model" #> [85119] "MixMod" #> [85120] "negative.binomial" #> [85121] "scoring_rules" #> [85122] "BootGlmm" #> [85123] "CombineResampledLists" #> [85124] "GetRand" #> [85125] "glmmEP" #> [85126] "glmmEP.control" #> [85127] "glmmEPvignette" #> [85128] "glmmSimData" #> [85129] "summary.glmmEP" #> [85130] "glmmfields-package" #> [85131] "glmmfields" #> [85132] "lognormal" #> [85133] "loo.glmmfields" #> [85134] "nbinom2" #> [85135] "plot.glmmfields" #> [85136] "sim_glmmfields" #> [85137] "stan_pars" #> [85138] "student_t" #> [85139] "acat" #> [85140] "glmmLasso" #> [85141] "glmmLassoControl" #> [85142] "glmmboot" #> [85143] "glmmbootFit" #> [85144] "glmmML" #> [85145] "glmmML.fit" #> [85146] "print.glmmboot" #> [85147] "print.glmmML" #> [85148] "summary.glmmboot" #> [85149] "summary.glmmML" #> [85150] "getCellMeans" #> [85151] "getCellSizes" #> [85152] "getMLPrevalence" #> [85153] "getRRparameters" #> [85154] "getUniqueGroups" #> [85155] "Plagiarism" #> [85156] "plot.RRglm" #> [85157] "plot.RRglmerMod" #> [85158] "print.RRglmGOF" #> [85159] "print.summary.RRglm" #> [85160] "print.summary.RRglmerMod" #> [85161] "residuals.RRglm" #> [85162] "residuals.RRglmerMod" #> [85163] "RRbinomial" #> [85164] "RRglm" #> [85165] "RRglmer" #> [85166] "RRglmGOF" #> [85167] "RRlink.cauchit" #> [85168] "RRlink.cloglog" #> [85169] "RRlink.logit" #> [85170] "RRlink.probit" #> [85171] "summary.RRglm" #> [85172] "summary.RRglmerMod" #> [85173] "find_lfun_glmm" #> [85174] "find_modfr_glmm" #> [85175] "glmmsr" #> [85176] "set_lme4_control" #> [85177] "three_level" #> [85178] "two_level" #> [85179] "Mollie" #> [85180] "Brooks" #> [85181] "2019-01-11" #> [85182] "Anova.glmmTMB" #> [85183] "confint.glmmTMB" #> [85184] "epil2" #> [85185] "findReTrmClasses" #> [85186] "fixef" #> [85187] "formatVC" #> [85188] "formula.glmmTMB" #> [85189] "getME.glmmTMB" #> [85190] "getReStruc" #> [85191] "getXReTrms" #> [85192] "glmmTMB" #> [85193] "glmmTMBControl" #> [85194] "isLMM.glmmTMB" #> [85195] "numFactor" #> [85196] "Owls" #> [85197] "predict.glmmTMB" #> [85198] "print.VarCorr.glmmTMB" #> [85199] "profile.glmmTMB" #> [85200] "ranef.glmmTMB" #> [85201] "residuals.glmmTMB" #> [85202] "Salamanders" #> [85203] "sigma.glmmTMB" #> [85204] "simulate.glmmTMB" #> [85205] "tmbroot" #> [85206] "vcov.glmmTMB" #> [85207] "glmnet-package" #> [85208] "beta_CVX" #> [85209] "cv.glmnet" #> [85210] "deviance.glmnet" #> [85211] "glmnet" #> [85212] "glmnet.control" #> [85213] "plot.cv.glmnet" #> [85214] "plot.glmnet" #> [85215] "predict.cv.glmnet" #> [85216] "predict.glmnet" #> [85217] "print.glmnet" #> [85218] "glmnetcr-package" #> [85219] "coef.glmnetcr" #> [85220] "fitted.glmnetcr" #> [85221] "glmnetcr" #> [85222] "nonzero.glmnetcr" #> [85223] "plot.glmnetcr" #> [85224] "predict.glmnetcr" #> [85225] "print.glmnetcr" #> [85226] "select.glmnetcr" #> [85227] "cva.glmnet" #> [85228] "glmnet.model.matrix" #> [85229] "glmnetUtils" #> [85230] "bootstrap.path" #> [85231] "coxpath" #> [85232] "cv.coxpath" #> [85233] "cv.glmpath" #> [85234] "glmpath" #> [85235] "heart.data" #> [85236] "lung.data" #> [85237] "plot.bootpath" #> [85238] "plot.coxpath" #> [85239] "plot.glmpath" #> [85240] "predict.coxpath" #> [85241] "predict.glmpath" #> [85242] "summary.coxpath" #> [85243] "summary.glmpath" #> [85244] "glmpathcr-package" #> [85245] "coef.glmpathcr" #> [85246] "glmpathcr" #> [85247] "model.select" #> [85248] "nonzero.coef" #> [85249] "plot.glmpathcr" #> [85250] "predict.glmpathcr" #> [85251] "summary.glmpathcr" #> [85252] "AIS" #> [85253] "ants" #> [85254] "apprentice" #> [85255] "babblers" #> [85256] "belection" #> [85257] "boric" #> [85258] "breakdown" #> [85259] "bttstudy" #> [85260] "ccancer" #> [85261] "ceo" #> [85262] "cervical" #> [85263] "cins" #> [85264] "danishlc" #> [85265] "deposit" #> [85266] "downs" #> [85267] "dwomen" #> [85268] "dyouth" #> [85269] "earinf" #> [85270] "emeraldaug" #> [85271] "failures" #> [85272] "feedrates" #> [85273] "fineroot" #> [85274] "fishfood" #> [85275] "flathead" #> [85276] "flowers" #> [85277] "fluoro" #> [85278] "germ" #> [85279] "germBin" #> [85280] "gestation" #> [85281] "gforces" #> [85282] "gopher" #> [85283] "gpsleep" #> [85284] "grazing" #> [85285] "hcrabs" #> [85286] "heatcap" #> [85287] "humanfat" #> [85288] "janka" #> [85289] "kstones" #> [85290] "lactation" #> [85291] "leukwbc" #> [85292] "lime" #> [85293] "lungcap" #> [85294] "mammary" #> [85295] "mandible" #> [85296] "manuka" #> [85297] "mutagen" #> [85298] "mutantfreq" #> [85299] "nambeware" #> [85300] "nhospital" #> [85301] "nitrogen" #> [85302] "nminer" #> [85303] "paper" #> [85304] "pock" #> [85305] "polyps" #> [85306] "polythene" #> [85307] "quilpie" #> [85308] "ratliver" #> [85309] "rrates" #> [85310] "rtrout" #> [85311] "ruminant" #> [85312] "satiswt" #> [85313] "sdrink" #> [85314] "seabirds" #> [85315] "serum" #> [85316] "sharpener" #> [85317] "shuttles" #> [85318] "teenconcerns" #> [85319] "toothbrush" #> [85320] "toxo" #> [85321] "turbines" #> [85322] "urinationD" #> [85323] "urinationL" #> [85324] "wacancer" #> [85325] "wheatrain" #> [85326] "windmill" #> [85327] "wwomen" #> [85328] "yieldden" #> [85329] "glmtlp-package" #> [85330] "cv.glmTLP" #> [85331] "glmTLP" #> [85332] "QuickStartExample" #> [85333] "aic-methods" #> [85334] "aicc-methods" #> [85335] "bic-methods" #> [85336] "coef.glmulti" #> [85337] "consensus-methods" #> [85338] "getfit" #> [85339] "getfit-methods" #> [85340] "glmulti" #> [85341] "glmulti-class" #> [85342] "glmulti-methods" #> [85343] "qaic-methods" #> [85344] "qaicc-methods" #> [85345] "summary.glmulti" #> [85346] "weightable" #> [85347] "weightable-methods" #> [85348] "write-methods" #> [85349] "glmvsd" #> [85350] "stability.test" #> [85351] "AbortionAmbivalence" #> [85352] "BeetleMortality" #> [85353] "glmx" #> [85354] "glmx.control" #> [85355] "hetglm" #> [85356] "hetglm.control" #> [85357] "MexicanLabor" #> [85358] "pregibon" #> [85359] "WECO" #> [85360] "globalboosttest" #> [85361] "simdatabin" #> [85362] "simdatasurv" #> [85363] "GlobalDeviance-package" #> [85364] "Combining_Functions" #> [85365] "expr.dev.test" #> [85366] "Functions_for_Permutation" #> [85367] "PermTest" #> [85368] "ResamplelogLik" #> [85369] "summary.dev.test" #> [85370] "varwiselogLik" #> [85371] "GlobalFit-package" #> [85372] "bilevel_optimize" #> [85373] "example_net1" #> [85374] "example_net2" #> [85375] "example_net3" #> [85376] "sysBiolAlg_FastGlobalFit-class" #> [85377] "sysBiolAlg_FastGlobalFit_MULT_BIOM-class" #> [85378] "sysBiolAlg_GlobalFit-class" #> [85379] "globalGSA-package" #> [85380] "globalARTP" #> [85381] "globalFisher" #> [85382] "globalSimes" #> [85383] ".DollarNames.GlobalOptionsFun" #> [85384] ".v" #> [85385] "dump_opt" #> [85386] "print.GlobalOptionsFun" #> [85387] "setGlobalOptions" #> [85388] "set_opt" #> [85389] "[.GlobalOptionsFun" #> [85390] "[[.GlobalOptionsFun" #> [85391] "[[<-.GlobalOptionsFun" #> [85392] "$.GlobalOptionsFun" #> [85393] "$.InternalOptionValue" #> [85394] "$<-.GlobalOptionsFun" #> [85395] "globalOptTests-package" #> [85396] "getDefaultBounds" #> [85397] "getGlobalOpt" #> [85398] "getProblemDimen" #> [85399] "goTest" #> [85400] "cleanup.Globals" #> [85401] "Globals" #> [85402] "globalsByName" #> [85403] "packagesOf.Globals" #> [85404] "globe-package" #> [85405] "ensure" #> [85406] "flatearth" #> [85407] "flatpoints" #> [85408] "globedrawlat" #> [85409] "globeearth" #> [85410] "globeplot" #> [85411] "orthogproj" #> [85412] "spatialpos" #> [85413] "breakpoints.glogisfit" #> [85414] "glogis" #> [85415] "glogisfit" #> [85416] "HICP" #> [85417] "glpkAPI-package" #> [85418] "addColsGLPK" #> [85419] "addRowsGLPK" #> [85420] "advBasisGLPK" #> [85421] "bfExistsGLPK" #> [85422] "bfUpdatedGLPK" #> [85423] "checkDupGLPK" #> [85424] "copyProbGLPK" #> [85425] "cpxBasisGLPK" #> [85426] "createIndexGLPK" #> [85427] "delColsGLPK" #> [85428] "deleteIndexGLPK" #> [85429] "delProbGLPK" #> [85430] "delRowsGLPK" #> [85431] "eraseProbGLPK" #> [85432] "factorizeGLPK" #> [85433] "findColGLPK" #> [85434] "findRowGLPK" #> [85435] "getBfcpGLPK" #> [85436] "getBheadGLPK" #> [85437] "getCbindGLPK" #> [85438] "getColDualGLPK" #> [85439] "getColDualIptGLPK" #> [85440] "getColKindGLPK" #> [85441] "getColLowBndGLPK" #> [85442] "getColNameGLPK" #> [85443] "getColPrimGLPK" #> [85444] "getColPrimIptGLPK" #> [85445] "getColsDualGLPK" #> [85446] "getColsDualIptGLPK" #> [85447] "getColsKindGLPK" #> [85448] "getColsLowBndsGLPK" #> [85449] "getColsPrimGLPK" #> [85450] "getColsPrimIptGLPK" #> [85451] "getColsStatGLPK" #> [85452] "getColStatGLPK" #> [85453] "getColsUppBndsGLPK" #> [85454] "getColTypeGLPK" #> [85455] "getColUppBndGLPK" #> [85456] "getDualStatGLPK" #> [85457] "getInteriorParmGLPK" #> [85458] "getMatColGLPK" #> [85459] "getMatRowGLPK" #> [85460] "getMIPParmGLPK" #> [85461] "getNumBinGLPK" #> [85462] "getNumColsGLPK" #> [85463] "getNumIntGLPK" #> [85464] "getNumNnzGLPK" #> [85465] "getNumRowsGLPK" #> [85466] "getObjCoefGLPK" #> [85467] "getObjCoefsGLPK" #> [85468] "getObjDirGLPK" #> [85469] "getObjNameGLPK" #> [85470] "getObjValGLPK" #> [85471] "getObjValIptGLPK" #> [85472] "getPrimStatGLPK" #> [85473] "getProbNameGLPK" #> [85474] "getRbindGLPK" #> [85475] "getRiiGLPK" #> [85476] "getRowDualGLPK" #> [85477] "getRowDualIptGLPK" #> [85478] "getRowLowBndGLPK" #> [85479] "getRowNameGLPK" #> [85480] "getRowPrimGLPK" #> [85481] "getRowPrimIptGLPK" #> [85482] "getRowsDualGLPK" #> [85483] "getRowsDualIptGLPK" #> [85484] "getRowsLowBndsGLPK" #> [85485] "getRowsPrimGLPK" #> [85486] "getRowsPrimIptGLPK" #> [85487] "getRowsStatGLPK" #> [85488] "getRowStatGLPK" #> [85489] "getRowsTypesGLPK" #> [85490] "getRowsUppBndsGLPK" #> [85491] "getRowTypeGLPK" #> [85492] "getRowUppBndGLPK" #> [85493] "getSimplexParmGLPK" #> [85494] "getSjjGLPK" #> [85495] "getSolStatGLPK" #> [85496] "getSolStatIptGLPK" #> [85497] "getUnbndRayGLPK" #> [85498] "glpkConstants" #> [85499] "glpkPtr-class" #> [85500] "initProbGLPK" #> [85501] "loadMatrixGLPK" #> [85502] "mipColsValGLPK" #> [85503] "mipColValGLPK" #> [85504] "mipObjValGLPK" #> [85505] "mipRowsValGLPK" #> [85506] "mipRowValGLPK" #> [85507] "mipStatusGLPK" #> [85508] "mplAllocWkspGLPK" #> [85509] "mplBuildProbGLPK" #> [85510] "mplFreeWkspGLPK" #> [85511] "mplGenerateGLPK" #> [85512] "mplPostsolveGLPK" #> [85513] "mplReadDataGLPK" #> [85514] "mplReadModelGLPK" #> [85515] "printIptGLPK" #> [85516] "printMIPGLPK" #> [85517] "printRangesGLPK" #> [85518] "printSolGLPK" #> [85519] "readIptGLPK" #> [85520] "readLPGLPK" #> [85521] "readMIPGLPK" #> [85522] "readMPSGLPK" #> [85523] "readProbGLPK" #> [85524] "readSolGLPK" #> [85525] "return_codeGLPK" #> [85526] "scaleProbGLPK" #> [85527] "setBfcpGLPK" #> [85528] "setColBndGLPK" #> [85529] "setColKindGLPK" #> [85530] "setColNameGLPK" #> [85531] "setColsBndsGLPK" #> [85532] "setColsBndsObjCoefsGLPK" #> [85533] "setColsKindGLPK" #> [85534] "setColsNamesGLPK" #> [85535] "setColStatGLPK" #> [85536] "setDefaultIptParmGLPK" #> [85537] "setDefaultMIPParmGLPK" #> [85538] "setDefaultSmpParmGLPK" #> [85539] "setInteriorParmGLPK" #> [85540] "setMatColGLPK" #> [85541] "setMatRowGLPK" #> [85542] "setMIPParmGLPK" #> [85543] "setObjCoefGLPK" #> [85544] "setObjCoefsGLPK" #> [85545] "setObjDirGLPK" #> [85546] "setObjNameGLPK" #> [85547] "setProbNameGLPK" #> [85548] "setRhsZeroGLPK" #> [85549] "setRiiGLPK" #> [85550] "setRowBndGLPK" #> [85551] "setRowNameGLPK" #> [85552] "setRowsBndsGLPK" #> [85553] "setRowsNamesGLPK" #> [85554] "setRowStatGLPK" #> [85555] "setSimplexParmGLPK" #> [85556] "setSjjGLPK" #> [85557] "solveInteriorGLPK" #> [85558] "solveMIPGLPK" #> [85559] "solveSimplexExactGLPK" #> [85560] "solveSimplexGLPK" #> [85561] "sortMatrixGLPK" #> [85562] "status_codeGLPK" #> [85563] "stdBasisGLPK" #> [85564] "termOutGLPK" #> [85565] "unscaleProbGLPK" #> [85566] "versionGLPK" #> [85567] "warmUpGLPK" #> [85568] "writeIptGLPK" #> [85569] "writeLPGLPK" #> [85570] "writeMIPGLPK" #> [85571] "writeMPSGLPK" #> [85572] "writeProbGLPK" #> [85573] "writeSolGLPK" #> [85574] "glrt-package" #> [85575] "Aintmap" #> [85576] "AlphaCross" #> [85577] "Bisect" #> [85578] "CensorType" #> [85579] "Chisqstat3" #> [85580] "cmv" #> [85581] "gLRT" #> [85582] "gLRT1" #> [85583] "gLRT2" #> [85584] "gLRT3" #> [85585] "gLRT4" #> [85586] "Linkfunc" #> [85587] "LinkfuncDir" #> [85588] "ModifiedEMICM" #> [85589] "ModifiedEMICMmac" #> [85590] "PMGA" #> [85591] "rescaleP" #> [85592] "ScoreStat" #> [85593] "ScoreTest" #> [85594] "Teststat1" #> [85595] "Teststat2" #> [85596] "Teststat3" #> [85597] "Teststat4" #> [85598] "Var1" #> [85599] "Var2" #> [85600] "Var3" #> [85601] "VarScoreStat" #> [85602] "gLRTH_A" #> [85603] "gLRTH_L" #> [85604] "GLSE-package" #> [85605] "BootSE" #> [85606] "decGraph" #> [85607] "GLSE" #> [85608] "mvnData" #> [85609] "mvtData" #> [85610] "perfSequence" #> [85611] "plotG" #> [85612] "qsbralks" #> [85613] "testDeco" #> [85614] "GLSME-package" #> [85615] "GLSME" #> [85616] "GLSME.predict" #> [85617] "as_glue" #> [85618] "glue" #> [85619] "glue_col" #> [85620] "glue_collapse" #> [85621] "glue_sql" #> [85622] "identity_transformer" #> [85623] "quoting" #> [85624] "adrrgvp" #> [85625] "aucgvp" #> [85626] "bgigvp" #> [85627] "congagvp" #> [85628] "cvgvp" #> [85629] "datagvp1" #> [85630] "datagvp2" #> [85631] "datagvp3" #> [85632] "fillgvp" #> [85633] "iqrgvp" #> [85634] "jigvp" #> [85635] "ligvp" #> [85636] "magegvp" #> [85637] "meangvp" #> [85638] "mvgvp" #> [85639] "plotgvp" #> [85640] "pstrgvp" #> [85641] "sdgvp" #> [85642] "gma-package" #> [85643] "env.single" #> [85644] "env.two" #> [85645] "gma" #> [85646] "sim.data.ts.single" #> [85647] "sim.data.ts.two" #> [85648] "gmac" #> [85649] "as.character.mime" #> [85650] "attachment" #> [85651] "clear_token" #> [85652] "create_draft" #> [85653] "create_label" #> [85654] "delete_label" #> [85655] "delete_message" #> [85656] "delete_thread" #> [85657] "draft" #> [85658] "drafts" #> [85659] "gmailr" #> [85660] "gmail_auth" #> [85661] "import_message" #> [85662] "insert_message" #> [85663] "last_response" #> [85664] "mime" #> [85665] "modify_message" #> [85666] "modify_thread" #> [85667] "quoted_printable_encode" #> [85668] "save_attachment" #> [85669] "save_attachments" #> [85670] "send_draft" #> [85671] "send_message" #> [85672] "thread" #> [85673] "threads" #> [85674] "trash_message" #> [85675] "trash_thread" #> [85676] "untrash_message" #> [85677] "untrash_thread" #> [85678] "update_label" #> [85679] "use_secret_file" #> [85680] "Aindex" #> [85681] "assemblage" #> [85682] "aucadj" #> [85683] "BRsim" #> [85684] "chiperm" #> [85685] "distCovarModel" #> [85686] "distRandCum" #> [85687] "distRandSign" #> [85688] "faults" #> [85689] "featClust" #> [85690] "impRst" #> [85691] "impShp" #> [85692] "kwPlot" #> [85693] "landfClass" #> [85694] "logregr" #> [85695] "log_regr_data" #> [85696] "malta_dtm_40" #> [85697] "malta_polyg" #> [85698] "Massachusetts" #> [85699] "modelvalid" #> [85700] "mwPlot" #> [85701] "NNa" #> [85702] "phases" #> [85703] "plotJenks" #> [85704] "pointsCovarCum" #> [85705] "pointsCovarModel" #> [85706] "pointsInPolygons" #> [85707] "pointsToPointsTess" #> [85708] "polygons" #> [85709] "popdensity" #> [85710] "ppdPlot" #> [85711] "prob.phases.relat" #> [85712] "radioc_data" #> [85713] "refNNa" #> [85714] "resc.val" #> [85715] "rndpoints" #> [85716] "robustBAplot" #> [85717] "springs" #> [85718] "Starbucks" #> [85719] "thiessenpolyg" #> [85720] "vislim" #> [85721] "get.api.key" #> [85722] "gmapsdistance" #> [85723] "pkg.env" #> [85724] "set.api.key" #> [85725] "anti_t" #> [85726] "dag-constrained" #> [85727] "metropolis-hastings" #> [85728] "sampling" #> [85729] "rgraph" #> [85730] "set_cond_number" #> [85731] "ug-constrained" #> [85732] "vectorize" #> [85733] "GMCM-package" #> [85734] "as.theta" #> [85735] "choose.theta" #> [85736] "dmvnormal" #> [85737] "EMAlgorithm" #> [85738] "fit.full.GMCM" #> [85739] "fit.meta.GMCM" #> [85740] "freshVsFrozen" #> [85741] "full2meta" #> [85742] "get.IDR" #> [85743] "is.theta" #> [85744] "plot.theta" #> [85745] "print.theta" #> [85746] "rtheta" #> [85747] "SimulateGMCMData" #> [85748] "summary.theta" #> [85749] "u133VsExon" #> [85750] "Uhat" #> [85751] "gMCP-package" #> [85752] "bdiagNA" #> [85753] "bonferroni.test" #> [85754] "bonferroni.trimmed.simes.test" #> [85755] "calcPower" #> [85756] "corMatWizard" #> [85757] "doInterim" #> [85758] "entangledMCP-class" #> [85759] "exampleGraphs" #> [85760] "extractPower" #> [85761] "generatePvals" #> [85762] "generateTest" #> [85763] "generateWeights" #> [85764] "getJavaInfo" #> [85765] "gMCP" #> [85766] "gMCP.extended" #> [85767] "gMCPReport" #> [85768] "gMCPResult-class" #> [85769] "gPADInterim-class" #> [85770] "graph2latex" #> [85771] "graphAnalysis" #> [85772] "graphGUI" #> [85773] "graphMCP-class" #> [85774] "graphTest" #> [85775] "hydroquinone" #> [85776] "joinGraphs" #> [85777] "matrix2graph" #> [85778] "parametric.test" #> [85779] "placeNodes" #> [85780] "plotSimCI" #> [85781] "rejectNode" #> [85782] "replaceVariables" #> [85783] "rqmvnorm" #> [85784] "sampSizeCore" #> [85785] "secondStageTest" #> [85786] "simConfint" #> [85787] "simes.on.subsets.test" #> [85788] "simes.test" #> [85789] "simvastatin" #> [85790] "subgraph" #> [85791] "substituteEps" #> [85792] "unitTestsGMCP" #> [85793] "weighted.test.functions" #> [85794] "dbNow" #> [85795] "extractDollarExpressions" #> [85796] "findVarsInExpression" #> [85797] "forKeyVal" #> [85798] "gmAdd" #> [85799] "gmAndify" #> [85800] "gmChangePassword" #> [85801] "gmClass" #> [85802] "gmConnectServer" #> [85803] "gmCreateClass" #> [85804] "gmExpr" #> [85805] "gmGet" #> [85806] "gmGetVariableType" #> [85807] "gmJoinAVariable" #> [85808] "gmJoinTheID" #> [85809] "gmRead" #> [85810] "gmRemove" #> [85811] "gmSQL" #> [85812] "gmSQLValues" #> [85813] "makeGmSQLfromR" #> [85814] "repairGmGrandChilds" #> [85815] "replaceVarsInExpression" #> [85816] "tick" #> [85817] "GMDH-package" #> [85818] "fcast" #> [85819] "GMDH2-package" #> [85820] "confMat" #> [85821] "cplot2d" #> [85822] "cplot3d" #> [85823] "dceGMDH" #> [85824] "GMDH" #> [85825] "plot.GMDHplot" #> [85826] "predict.dceGMDH" #> [85827] "predict.GMDH" #> [85828] "gmdh.combi" #> [85829] "gmdh.mia" #> [85830] "predict.combi" #> [85831] "predict.mia" #> [85832] "Gmedian-package" #> [85833] "Gmedian" #> [85834] "GmedianCov" #> [85835] "kGmedian" #> [85836] "Weiszfeld" #> [85837] "WeiszfeldCov" #> [85838] "gmediate" #> [85839] "gmeta" #> [85840] "np.gmeta" #> [85841] "plot.gmeta" #> [85842] "funData" #> [85843] "funDist" #> [85844] "gmfd_diss" #> [85845] "gmfd_kmeans" #> [85846] "gmfd_simulate" #> [85847] "gmfd_test" #> [85848] "Gmisc-package" #> [85849] "bezierArrowGradient" #> [85850] "bezierArrowSmpl" #> [85851] "boxGrob" #> [85852] "boxPropGrob" #> [85853] "calculateLinesAndArrow" #> [85854] "connectGrob" #> [85855] "convertShowMissing" #> [85856] "copyAllNewAttributes" #> [85857] "descGetMissing" #> [85858] "describeFactors" #> [85859] "describeMean" #> [85860] "describeMedian" #> [85861] "describeProp" #> [85862] "docx_document" #> [85863] "fastDoCall" #> [85864] "figCapNo" #> [85865] "figCapNoLast" #> [85866] "figCapNoNext" #> [85867] "getBezierAdj4Arrw" #> [85868] "getDescriptionStatsBy" #> [85869] "getPvalWilcox" #> [85870] "getSvdMostInfluential" #> [85871] "gnrlBezierPoints" #> [85872] "insertRowAndKeepAttr" #> [85873] "mergeDesc" #> [85874] "mergeLists" #> [85875] "prPasteVec" #> [85876] "Transition-class" #> [85877] "transitionPlot" #> [85878] "ATEgel" #> [85879] "bwWilhelm" #> [85880] "charStable" #> [85881] "Finance" #> [85882] "FinRes" #> [85883] "gel" #> [85884] "getDat" #> [85885] "getLamb" #> [85886] "KTest" #> [85887] "momentEstim" #> [85888] "smoothG" #> [85889] "specTest" #> [85890] "sysGmm" #> [85891] "tsls" #> [85892] "wage" #> [85893] "GMMAT-package" #> [85894] "glmm.score" #> [85895] "glmm.score.meta" #> [85896] "glmm.wald" #> [85897] "glmmkin" #> [85898] "SMMAT" #> [85899] "SMMAT.meta" #> [85900] "bGAMM" #> [85901] "bGAMMControl" #> [85902] "bGLMM" #> [85903] "bGLMMControl" #> [85904] "GMMBoost" #> [85905] "OrdinalBoost" #> [85906] "OrdinalBoostControl" #> [85907] "AIC.gmnl" #> [85908] "bread.gmnl" #> [85909] "cov.gmnl" #> [85910] "effect.gmnl" #> [85911] "estfun.gmnl" #> [85912] "getSummary.gmnl" #> [85913] "gFormula" #> [85914] "gmnl" #> [85915] "plot.gmnl" #> [85916] "vcov.gmnl" #> [85917] "wtp.gmnl" #> [85918] "coefFrame" #> [85919] "estimable" #> [85920] "fast.prcomp" #> [85921] "fit.contrast" #> [85922] "glh.test" #> [85923] "make.contrasts" #> [85924] "cornerPoints" #> [85925] "criterionPoints" #> [85926] "gMOIP" #> [85927] "integerPoints" #> [85928] "plotCriterion" #> [85929] "plotPolytope" #> [85930] "asNumeric" #> [85931] "Bigq" #> [85932] "bigq" #> [85933] "operators" #> [85934] "bigz" #> [85935] "factorialZ" #> [85936] "factorization" #> [85937] "formatN" #> [85938] "frexpZ" #> [85939] "gcd.bigz" #> [85940] "gcdex" #> [85941] "gmp-ifiworkarounds" #> [85942] "gmp.utils" #> [85943] "is.whole" #> [85944] "isprime" #> [85945] "lucnum" #> [85946] "modulus" #> [85947] "nextprime" #> [85948] "Oakley" #> [85949] "powm" #> [85950] "Relational" #> [85951] "Operator" #> [85952] "sizeinbase" #> [85953] "solve.bigz" #> [85954] "Isabel" #> [85955] "Minderman" #> [85956] "Erlend" #> [85957] "Nilsen" #> [85958] "Rocio" #> [85959] "Pozo" #> [85960] "Sarobidy" #> [85961] "Rakotonarivo" #> [85962] "Bram" #> [85963] "Moorter" #> [85964] "13:33:30" #> [85965] "age_land" #> [85966] "anecdotal" #> [85967] "be_hunter" #> [85968] "case01plot" #> [85969] "case23plot" #> [85970] "chapman_est" #> [85971] "dens_est" #> [85972] "gmse" #> [85973] "gmse_apply" #> [85974] "gmse_gui" #> [85975] "gmse_replicates" #> [85976] "gmse_summary" #> [85977] "gmse_table" #> [85978] "ind_to_land" #> [85979] "make_agents" #> [85980] "make_costs" #> [85981] "make_interaction_array" #> [85982] "make_interaction_table" #> [85983] "make_landscape" #> [85984] "make_resource" #> [85985] "make_utilities" #> [85986] "manager" #> [85987] "plot_gmse_effort" #> [85988] "plot_gmse_results" #> [85989] "rec.n" #> [85990] "ssb.n" #> [85991] "user" #> [85992] "utility_layer" #> [85993] "GMS.Lasso" #> [85994] "MAR.est" #> [85995] "missing.sim" #> [85996] "replicates" #> [85997] "tcga.bc" #> [85998] "tcga.bc.full" #> [85999] "TS.Lasso" #> [86000] "gmt-package" #> [86001] "deg2num" #> [86002] "gmt.demo" #> [86003] "gmt.system" #> [86004] "num2deg" #> [86005] "psbar" #> [86006] "psclose" #> [86007] "pscoast" #> [86008] "pstext" #> [86009] "psxy" #> [86010] "r2gmt" #> [86011] "aa_gmvarkit" #> [86012] "all_pos_ints" #> [86013] "calc_gradient" #> [86014] "change_parametrization" #> [86015] "change_regime" #> [86016] "check_constraints" #> [86017] "check_gmvar" #> [86018] "check_null_data" #> [86019] "check_parameters" #> [86020] "check_pMd" #> [86021] "diagnostic_plot" #> [86022] "dlogmultinorm" #> [86023] "eurusd" #> [86024] "fitGMVAR" #> [86025] "format_valuef" #> [86026] "form_boldA" #> [86027] "GAfit" #> [86028] "get_boldA_eigens" #> [86029] "get_IC" #> [86030] "get_regime_means" #> [86031] "get_regime_means_int" #> [86032] "get_test_Omega" #> [86033] "GMVAR" #> [86034] "in_paramspace" #> [86035] "in_paramspace_int" #> [86036] "is_stationary" #> [86037] "iterate_more" #> [86038] "loglikelihood_int" #> [86039] "n_params" #> [86040] "pick_allA" #> [86041] "pick_all_phi0_A" #> [86042] "pick_alphas" #> [86043] "pick_Am" #> [86044] "pick_Ami" #> [86045] "pick_Omegas" #> [86046] "pick_phi0" #> [86047] "pick_regime" #> [86048] "plot.gmvarpred" #> [86049] "plot.qrtest" #> [86050] "predict.gmvar" #> [86051] "print.gmvarpred" #> [86052] "print.gmvarsum" #> [86053] "print_std_errors" #> [86054] "quantile_residuals" #> [86055] "quantile_residuals_int" #> [86056] "random_coefmats" #> [86057] "random_coefmats2" #> [86058] "random_covmat" #> [86059] "random_ind" #> [86060] "random_ind2" #> [86061] "reform_constrained_pars" #> [86062] "reform_data" #> [86063] "regime_distance" #> [86064] "simulateGMVAR" #> [86065] "smart_covmat" #> [86066] "smart_ind" #> [86067] "sort_components" #> [86068] "standard_errors" #> [86069] "swap_parametrization" #> [86070] "unvec" #> [86071] "unvech" #> [86072] "gMWT-package" #> [86073] "createGroups" #> [86074] "estPI" #> [86075] "getSigTests" #> [86076] "gmw" #> [86077] "plot.estPI" #> [86078] "plot.re" #> [86079] "plotPI" #> [86080] "print.estPI" #> [86081] "print.re" #> [86082] "rejectionPlot" #> [86083] "summary.re" #> [86084] "coef.GNARfit" #> [86085] "fitted.GNARfit" #> [86086] "fiveNet" #> [86087] "fiveNode" #> [86088] "fiveVTS" #> [86089] "gdpVTS" #> [86090] "GNAR" #> [86091] "GNARdesign" #> [86092] "GNARfit" #> [86093] "GNARpredict" #> [86094] "GNARsim" #> [86095] "GNARtoigraph" #> [86096] "GNARtoWMat" #> [86097] "igraphtoGNAR" #> [86098] "is.GNARfit" #> [86099] "is.GNARnet" #> [86100] "lmToBIC" #> [86101] "matrixtoGNAR" #> [86102] "na.row" #> [86103] "NofNeighbours" #> [86104] "plot.GNARnet" #> [86105] "print.GNARfit" #> [86106] "print.GNARnet" #> [86107] "residToMat" #> [86108] "residuals.GNARfit" #> [86109] "seed.nos" #> [86110] "seedToNet" #> [86111] "summary.GNARfit" #> [86112] "summary.GNARnet" #> [86113] "vswind" #> [86114] "windnetplot" #> [86115] "bench.GNE" #> [86116] "CER" #> [86117] "compl" #> [86118] "eqsolve" #> [86119] "GNE" #> [86120] "GNE.ceq" #> [86121] "GNE.fpeq" #> [86122] "GNE.minpb" #> [86123] "GNE.nseq" #> [86124] "potential.reduction" #> [86125] "rejection" #> [86126] "SSR" #> [86127] "stepfunc" #> [86128] "VIR" #> [86129] "gnfit" #> [86130] "rskFac" #> [86131] "fit.dist" #> [86132] "fmr" #> [86133] "gnlr" #> [86134] "gnlr3" #> [86135] "nlr" #> [86136] "nordr" #> [86137] "ordglm" #> [86138] "rs2" #> [86139] "rs3" #> [86140] "gnm-package" #> [86141] "anova.gnm" #> [86142] "asGnm" #> [86143] "backPain" #> [86144] "barley" #> [86145] "barleyHeights" #> [86146] "cautres" #> [86147] "checkEstimable" #> [86148] "confint.gnm" #> [86149] "Diag" #> [86150] "Dref" #> [86151] "erikson" #> [86152] "exitInfo" #> [86153] "Exp" #> [86154] "expandCategorical" #> [86155] "friend" #> [86156] "getContrasts" #> [86157] "House2001" #> [86158] "instances" #> [86159] "Inv" #> [86160] "meanResiduals" #> [86161] "mentalHealth" #> [86162] "model.matrix.gnm" #> [86163] "MPinv" #> [86164] "MultHomog" #> [86165] "Multiplicative" #> [86166] "interaction" #> [86167] "nonlin.function" #> [86168] "ofInterest" #> [86169] "pickCoef" #> [86170] "plot.gnm" #> [86171] "predict.gnm" #> [86172] "profile.gnm" #> [86173] "residSVD" #> [86174] "se.gnm" #> [86175] "summary.gnm" #> [86176] "Symm" #> [86177] "termPredictors" #> [86178] "Topo" #> [86179] "vcov.gnm" #> [86180] "wedderburn" #> [86181] "yaish" #> [86182] "gnmf-package" #> [86183] "gnmf" #> [86184] "read.gnumeric.sheet" #> [86185] "read.gnumeric.sheet.info" #> [86186] "read.gnumeric.sheets" #> [86187] "dimcheckMDS" #> [86188] "ordiselect" #> [86189] "racurve" #> [86190] "racurves" #> [86191] "schedenenv" #> [86192] "schedenveg" #> [86193] "sem" #> [86194] "specresponse" #> [86195] "synsort" #> [86196] "syntable" #> [86197] "gof-package" #> [86198] "confint.cumres" #> [86199] "cumres.coxph" #> [86200] "cumres.glm" #> [86201] "cumres.lvmfit" #> [86202] "plot.cumres" #> [86203] "surgunit" #> [86204] "as_dtm" #> [86205] "filter_documents" #> [86206] "filter_tf_idf" #> [86207] "filter_words" #> [86208] "gofastr" #> [86209] "partial_republican_debates_2015" #> [86210] "presidential_debates_2012" #> [86211] "q_dtm" #> [86212] "q_tdm" #> [86213] "remove_stopwords" #> [86214] "select_documents" #> [86215] "sub_in_na" #> [86216] "gofADChisq" #> [86217] "gofADGamma" #> [86218] "gofCheckTime" #> [86219] "gofco" #> [86220] "gofHybrid" #> [86221] "gofKendallCvM" #> [86222] "gofKendallKS" #> [86223] "gofKernel" #> [86224] "gofPIOSRn" #> [86225] "gofPIOSTn" #> [86226] "gofRn" #> [86227] "gofRosenblattChisq" #> [86228] "gofRosenblattGamma" #> [86229] "gofRosenblattSnB" #> [86230] "gofRosenblattSnC" #> [86231] "gofSn" #> [86232] "gofWhich" #> [86233] "gofWhichCopula" #> [86234] "gofWhite" #> [86235] "IndexReturns" #> [86236] "GoFKernel-package" #> [86237] "area.between" #> [86238] "density.reflected" #> [86239] "dgeometric.test" #> [86240] "fan.test" #> [86241] "random.function" #> [86242] "risk76.1929" #> [86243] "support.facto" #> [86244] "KhmaladzeTrans" #> [86245] "difn" #> [86246] "fitEquiv" #> [86247] "fitmetric_check" #> [86248] "fitNoise" #> [86249] "KS_D" #> [86250] "KS_Dm" #> [86251] "KS_Dp" #> [86252] "pcdfs" #> [86253] "plotConstNoise" #> [86254] "plotConstValue" #> [86255] "plotNoiseLevel" #> [86256] "Table_dofbypct" #> [86257] "Table_pctbyfuncs" #> [86258] "utrend" #> [86259] "cauchy_test" #> [86260] "ev_test" #> [86261] "exp_test" #> [86262] "gamma_fit" #> [86263] "gamma_test" #> [86264] "gp_fit" #> [86265] "gp_test" #> [86266] "ig_fit" #> [86267] "ig_test" #> [86268] "laplace_test" #> [86269] "lnorm_test" #> [86270] "mvshapiro_test" #> [86271] "normal_test" #> [86272] "o3" #> [86273] "o3max" #> [86274] "weibull_test" #> [86275] "goftest-package" #> [86276] "pAD" #> [86277] "pCvM" #> [86278] "recogniseCdf" #> [86279] "goftte-package" #> [86280] "fcov.coxph" #> [86281] "fcov.crr" #> [86282] "plot.scproc" #> [86283] "predband.scproc" #> [86284] "print.scproc" #> [86285] "prop.coxph" #> [86286] "prop.crr" #> [86287] "GOGANPA-package" #> [86288] "getGNET" #> [86289] "GOGANPA" #> [86290] "selectRho" #> [86291] "simMatSmall" #> [86292] "BVDW" #> [86293] "BVDWAIR" #> [86294] "BVDWSTOXX" #> [86295] "cora" #> [86296] "goest-methods" #> [86297] "Goestica-class" #> [86298] "Goestml-class" #> [86299] "Goestmm-class" #> [86300] "Goestnls-class" #> [86301] "gogarch" #> [86302] "GoGARCH-class" #> [86303] "goinit" #> [86304] "Goinit-class" #> [86305] "gollh" #> [86306] "gonls" #> [86307] "Gopredict-class" #> [86308] "Gosum-class" #> [86309] "gotheta" #> [86310] "Orthom-class" #> [86311] "Rd2" #> [86312] "Umatch" #> [86313] "UprodR" #> [86314] "validGoinitObject" #> [86315] "validOrthomObject" #> [86316] "VDW" #> [86317] "goldi" #> [86318] "hgt" #> [86319] "make.lim" #> [86320] "make.syn" #> [86321] "MF_terms" #> [86322] "replaceExpressions" #> [86323] "replaceExpressions.character" #> [86324] "replaceExpressions.PlainTextDocument" #> [86325] "TDM.go.df" #> [86326] "gomms-package" #> [86327] "gomms" #> [86328] "gomms.plot" #> [86329] "gomms_test_data" #> [86330] "Qqpois" #> [86331] "GKtau" #> [86332] "GKtauDataframe" #> [86333] "GoodmanKruskal" #> [86334] "GroupNumeric" #> [86335] "plot.GKtauMatrix" #> [86336] "goodpractice-package" #> [86337] "all_checks" #> [86338] "export_json" #> [86339] "failed_checks" #> [86340] "failed_positions" #> [86341] "make_check" #> [86342] "make_prep" #> [86343] "aggregateGAData" #> [86344] "allowed_metric_dim" #> [86345] "authDropdown" #> [86346] "authDropdownUI" #> [86347] "dim_filter" #> [86348] "fetch_google_analytics_4" #> [86349] "fetch_google_analytics_4_slow" #> [86350] "filter_clause_ga4" #> [86351] "ga_accounts" #> [86352] "ga_adwords" #> [86353] "ga_adwords_list" #> [86354] "ga_auth" #> [86355] "ga_cache_call" #> [86356] "ga_clientid_deletion" #> [86357] "ga_clientid_hash" #> [86358] "ga_custom_datasource" #> [86359] "ga_custom_upload" #> [86360] "ga_custom_upload_file" #> [86361] "ga_custom_upload_list" #> [86362] "ga_custom_vars" #> [86363] "ga_custom_vars_create" #> [86364] "ga_custom_vars_list" #> [86365] "ga_custom_vars_patch" #> [86366] "ga_experiment" #> [86367] "ga_experiment_list" #> [86368] "ga_filter" #> [86369] "ga_filter_add" #> [86370] "ga_filter_apply_to_view" #> [86371] "ga_filter_delete" #> [86372] "ga_filter_list" #> [86373] "ga_filter_update" #> [86374] "ga_filter_update_filter_link" #> [86375] "ga_filter_view" #> [86376] "ga_filter_view_list" #> [86377] "ga_goal" #> [86378] "ga_goal_add" #> [86379] "ga_goal_list" #> [86380] "ga_goal_update" #> [86381] "ga_remarketing_build" #> [86382] "ga_remarketing_create" #> [86383] "ga_remarketing_estimate" #> [86384] "ga_remarketing_get" #> [86385] "ga_remarketing_list" #> [86386] "ga_segment_list" #> [86387] "ga_unsampled" #> [86388] "ga_unsampled_download" #> [86389] "ga_unsampled_list" #> [86390] "ga_users_add" #> [86391] "ga_users_delete" #> [86392] "ga_users_delete_linkid" #> [86393] "ga_users_list" #> [86394] "ga_users_update" #> [86395] "ga_view" #> [86396] "ga_view_list" #> [86397] "ga_webproperty" #> [86398] "ga_webproperty_list" #> [86399] "googleAnalyticsR" #> [86400] "google_analytics" #> [86401] "google_analytics_3" #> [86402] "google_analytics_account_list" #> [86403] "google_analytics_bq" #> [86404] "google_analytics_meta" #> [86405] "make_cohort_group" #> [86406] "make_ga_4_req" #> [86407] "met_filter" #> [86408] "multi_select" #> [86409] "multi_selectUI" #> [86410] "order_type" #> [86411] "pivot_ga4" #> [86412] "segmentBuilder" #> [86413] "segmentBuilderUI" #> [86414] "segment_define" #> [86415] "segment_element" #> [86416] "segment_ga4" #> [86417] "segment_vector_sequence" #> [86418] "segment_vector_simple" #> [86419] "Authentication" #> [86420] "gar_api_generator" #> [86421] "gar_api_page" #> [86422] "gar_attach_auto_auth" #> [86423] "gar_auth" #> [86424] "gar_auth_js" #> [86425] "gar_auth_jsUI" #> [86426] "gar_auth_service" #> [86427] "gar_auto_auth" #> [86428] "gar_batch" #> [86429] "gar_batch_walk" #> [86430] "gar_cache_get_loc" #> [86431] "gar_check_existing_token" #> [86432] "gar_create_api_objects" #> [86433] "gar_create_api_skeleton" #> [86434] "gar_create_package" #> [86435] "gar_discovery_api" #> [86436] "gar_discovery_apis_list" #> [86437] "gar_gce_auth" #> [86438] "gar_gce_auth_email" #> [86439] "gar_set_client" #> [86440] "gar_shiny_auth" #> [86441] "gar_shiny_auth_url" #> [86442] "gar_shiny_login_ui" #> [86443] "gar_shiny_ui" #> [86444] "gar_token_info" #> [86445] "googleAuth" #> [86446] "googleAuthR" #> [86447] "googleAuthUI" #> [86448] "googleSignIn" #> [86449] "googleSignInUI" #> [86450] "silent_auth" #> [86451] "skip_if_no_env_auth" #> [86452] "with_shiny" #> [86453] "gcs_auth" #> [86454] "gcs_create_bucket" #> [86455] "gcs_create_bucket_acl" #> [86456] "gcs_create_lifecycle" #> [86457] "gcs_create_pubsub" #> [86458] "gcs_delete_bucket" #> [86459] "gcs_delete_object" #> [86460] "gcs_delete_pubsub" #> [86461] "gcs_download_url" #> [86462] "gcs_first" #> [86463] "gcs_get_bucket" #> [86464] "gcs_get_bucket_acl" #> [86465] "gcs_get_global_bucket" #> [86466] "gcs_get_object" #> [86467] "gcs_get_object_acl" #> [86468] "gcs_get_service_email" #> [86469] "gcs_global_bucket" #> [86470] "gcs_list_buckets" #> [86471] "gcs_list_objects" #> [86472] "gcs_list_pubsub" #> [86473] "gcs_load" #> [86474] "gcs_metadata_object" #> [86475] "gcs_parse_download" #> [86476] "gcs_retry_upload" #> [86477] "gcs_save" #> [86478] "gcs_save_all" #> [86479] "gcs_save_image" #> [86480] "gcs_signed_url" #> [86481] "gcs_source" #> [86482] "gcs_update_object_acl" #> [86483] "gcs_upload" #> [86484] "googleCloudStorageR" #> [86485] "as.cluster.gce_instance" #> [86486] "as.container" #> [86487] "container_logs" #> [86488] "container_rm" #> [86489] "container_running" #> [86490] "container_update_info" #> [86491] "docker_build" #> [86492] "docker_cmd" #> [86493] "docker_cmd.gce_instance" #> [86494] "docker_inspect" #> [86495] "docker_pull" #> [86496] "docker_run" #> [86497] "gce_attach_disk" #> [86498] "gce_auth" #> [86499] "gce_check_container" #> [86500] "gce_check_gpu" #> [86501] "gce_check_ssh" #> [86502] "gce_delete_disk" #> [86503] "gce_delete_firewall_rule" #> [86504] "gce_delete_op" #> [86505] "gce_delete_op.gce_global_operation" #> [86506] "gce_delete_op.gce_zone_operation" #> [86507] "gce_delete_zone_op" #> [86508] "gce_extract_projectzone" #> [86509] "gce_future_install_packages" #> [86510] "gce_get_disk" #> [86511] "gce_get_external_ip" #> [86512] "gce_get_firewall_rule" #> [86513] "gce_get_global_project" #> [86514] "gce_get_global_zone" #> [86515] "gce_get_image" #> [86516] "gce_get_image_family" #> [86517] "gce_get_instance" #> [86518] "gce_get_machinetype" #> [86519] "gce_get_metadata" #> [86520] "gce_get_network" #> [86521] "gce_get_op" #> [86522] "gce_get_op.gce_global_operation" #> [86523] "gce_get_op.gce_zone_operation" #> [86524] "gce_get_project" #> [86525] "gce_get_zone" #> [86526] "gce_get_zone_op" #> [86527] "gce_global_project" #> [86528] "gce_global_zone" #> [86529] "gce_list_disks" #> [86530] "gce_list_disks_all" #> [86531] "gce_list_firewall_rules" #> [86532] "gce_list_gpus" #> [86533] "gce_list_images" #> [86534] "gce_list_instances" #> [86535] "gce_list_machinetype" #> [86536] "gce_list_machinetype_all" #> [86537] "gce_list_networks" #> [86538] "gce_list_registry" #> [86539] "gce_list_zones" #> [86540] "gce_list_zone_op" #> [86541] "gce_make_boot_disk" #> [86542] "gce_make_disk" #> [86543] "gce_make_firewall_rule" #> [86544] "gce_make_firewall_webports" #> [86545] "gce_make_image_source_url" #> [86546] "gce_make_machinetype_url" #> [86547] "gce_metadata_env" #> [86548] "gce_pull_registry" #> [86549] "gce_push_registry" #> [86550] "gce_rstudio_adduser" #> [86551] "gce_rstudio_password" #> [86552] "gce_schedule_docker" #> [86553] "gce_set_machinetype" #> [86554] "gce_set_metadata" #> [86555] "gce_shiny_addapp" #> [86556] "gce_shiny_listapps" #> [86557] "gce_shiny_logs" #> [86558] "gce_ssh" #> [86559] "gce_ssh_addkeys" #> [86560] "gce_ssh_browser" #> [86561] "gce_ssh_setup" #> [86562] "gce_tag_container" #> [86563] "gce_vm" #> [86564] "gce_vm_container" #> [86565] "gce_vm_create" #> [86566] "gce_vm_delete" #> [86567] "gce_vm_gpu" #> [86568] "gce_vm_logs" #> [86569] "gce_vm_reset" #> [86570] "gce_vm_scheduler" #> [86571] "gce_vm_start" #> [86572] "gce_vm_stop" #> [86573] "gce_vm_template" #> [86574] "gce_wait" #> [86575] "get_dockerfolder" #> [86576] "get_template_file" #> [86577] "is.gce_global_operation" #> [86578] "is.gce_instance" #> [86579] "is.gce_region_operation" #> [86580] "is.gce_zone_operation" #> [86581] "localhost" #> [86582] "as_dribble" #> [86583] "as_id" #> [86584] "as_team_drive" #> [86585] "dribble" #> [86586] "dribble-checks" #> [86587] "drive_about" #> [86588] "drive_api_key" #> [86589] "drive_auth" #> [86590] "drive_auth_config" #> [86591] "drive_browse" #> [86592] "drive_cp" #> [86593] "drive_deauth" #> [86594] "drive_download" #> [86595] "drive_empty_trash" #> [86596] "drive_endpoints" #> [86597] "drive_example" #> [86598] "drive_extension" #> [86599] "drive_fields" #> [86600] "drive_find" #> [86601] "drive_get" #> [86602] "drive_link" #> [86603] "drive_ls" #> [86604] "drive_mime_type" #> [86605] "drive_mkdir" #> [86606] "drive_mv" #> [86607] "drive_publish" #> [86608] "drive_rename" #> [86609] "drive_reveal" #> [86610] "drive_rm" #> [86611] "drive_share" #> [86612] "drive_token" #> [86613] "drive_trash" #> [86614] "drive_update" #> [86615] "drive_upload" #> [86616] "drive_user" #> [86617] "generate_request" #> [86618] "make_request" #> [86619] "process_response" #> [86620] "team_drives" #> [86621] "team_drive_create" #> [86622] "team_drive_find" #> [86623] "team_drive_get" #> [86624] "team_drive_rm" #> [86625] "team_drive_update" #> [86626] "check_form_works" #> [86627] "comments_gformr" #> [86628] "get_form" #> [86629] "get_form_entry_ids" #> [86630] "get_form_id" #> [86631] "get_form_questions" #> [86632] "gformr" #> [86633] "googleformr" #> [86634] "make_url" #> [86635] "gkg_raw" #> [86636] "gl_auth" #> [86637] "gl_nlp" #> [86638] "gl_speech" #> [86639] "gl_speech_op" #> [86640] "gl_talk" #> [86641] "gl_talk_languages" #> [86642] "gl_talk_player" #> [86643] "gl_talk_shiny" #> [86644] "gl_talk_shinyUI" #> [86645] "gl_translate" #> [86646] "gl_translate_detect" #> [86647] "gl_translate_languages" #> [86648] "googleLanguageR" #> [86649] "analyze_entities" #> [86650] "analyze_sentiment" #> [86651] "analyze_syntax" #> [86652] "annotate_text" #> [86653] "configure_googlenlp" #> [86654] "flatten_entities" #> [86655] "flatten_sentences" #> [86656] "flatten_sentiment" #> [86657] "flatten_tokens" #> [86658] "gcnlp_key" #> [86659] "gcnlp_post" #> [86660] "get_config_file" #> [86661] "set_api_key" #> [86662] "sfencode-package" #> [86663] "encodeCoordinates" #> [86664] "geometryRow" #> [86665] "polyline_wkt" #> [86666] "sfAttributes" #> [86667] "wkt_polyline" #> [86668] "gcp_deletejob" #> [86669] "gcp_jobs" #> [86670] "gcp_printer" #> [86671] "gcp_processinvite" #> [86672] "gcp_search" #> [86673] "gcp_submit" #> [86674] "checkTimeFormat" #> [86675] "country_slice" #> [86676] "dspl" #> [86677] "dspl-methods" #> [86678] "genders" #> [86679] "gender_country_slice" #> [86680] "genMoreInfo" #> [86681] "googlePublicData" #> [86682] "state_slice" #> [86683] "cell-specification" #> [86684] "example-sheets" #> [86685] "extract_key_from_url" #> [86686] "gd_token" #> [86687] "gd_user" #> [86688] "googlesheet" #> [86689] "googlesheets" #> [86690] "gs_add_row" #> [86691] "gs_auth" #> [86692] "gs_browse" #> [86693] "gs_deauth" #> [86694] "gs_delete" #> [86695] "gs_download" #> [86696] "gs_edit_cells" #> [86697] "gs_grepdel" #> [86698] "gs_inspect" #> [86699] "gs_ls" #> [86700] "gs_new" #> [86701] "gs_read" #> [86702] "gs_read_cellfeed" #> [86703] "gs_read_csv" #> [86704] "gs_read_listfeed" #> [86705] "gs_rename" #> [86706] "gs_reshape_cellfeed" #> [86707] "gs_simplify_cellfeed" #> [86708] "gs_upload" #> [86709] "gs_webapp_auth_url" #> [86710] "gs_webapp_get_token" #> [86711] "gs_ws_delete" #> [86712] "gs_ws_ls" #> [86713] "gs_ws_new" #> [86714] "gs_ws_rename" #> [86715] "print.googlesheet" #> [86716] "googleVis-package" #> [86717] "CityPopularity" #> [86718] "createGoogleGadget" #> [86719] "dino" #> [86720] "Exports" #> [86721] "Fruits" #> [86722] "gvis" #> [86723] "gvisAnnotatedTimeLine" #> [86724] "gvisAnnotationChart" #> [86725] "gvisAreaChart" #> [86726] "gvisBarChart" #> [86727] "gvisBubbleChart" #> [86728] "gvisCalendar" #> [86729] "gvisCandlestickChart" #> [86730] "gvisColumnChart" #> [86731] "gvisComboChart" #> [86732] "gvisGauge" #> [86733] "gvisGeoChart" #> [86734] "gvisGeoMap" #> [86735] "gvisHistogram" #> [86736] "gvisIntensityMap" #> [86737] "gvisLineChart" #> [86738] "gvisMap" #> [86739] "gvisMerge" #> [86740] "gvisMotionChart" #> [86741] "gvisOrgChart" #> [86742] "gvisPieChart" #> [86743] "gvisSankey" #> [86744] "gvisScatterChart" #> [86745] "gvisSteppedAreaChart" #> [86746] "gvisTable" #> [86747] "gvisTimeline" #> [86748] "gvisTreeMap" #> [86749] "OpenClose" #> [86750] "Regions" #> [86751] "renderGvis" #> [86752] "access_result" #> [86753] "add_bicycling" #> [86754] "add_circles" #> [86755] "add_dragdrop" #> [86756] "add_drawing" #> [86757] "add_fusion" #> [86758] "add_geojson" #> [86759] "add_heatmap" #> [86760] "add_kml" #> [86761] "add_overlay" #> [86762] "add_polygons" #> [86763] "add_polylines" #> [86764] "add_rectangles" #> [86765] "add_traffic" #> [86766] "add_transit" #> [86767] "clear_bounds" #> [86768] "clear_circles" #> [86769] "clear_keys" #> [86770] "clear_search" #> [86771] "decode_pl" #> [86772] "encode_pl" #> [86773] "google_charts" #> [86774] "google_directions" #> [86775] "google_dispatch" #> [86776] "google_distance" #> [86777] "google_elevation" #> [86778] "google_find_place" #> [86779] "google_geocode" #> [86780] "google_keys" #> [86781] "google_map" #> [86782] "google_map-shiny" #> [86783] "google_map_directions" #> [86784] "google_map_panorama" #> [86785] "google_map_search" #> [86786] "google_map_update" #> [86787] "google_map_url" #> [86788] "google_nearestRoads" #> [86789] "google_places" #> [86790] "google_place_autocomplete" #> [86791] "google_place_details" #> [86792] "google_reverse_geocode" #> [86793] "google_snapToRoads" #> [86794] "google_speedLimits" #> [86795] "google_streetview" #> [86796] "google_timezone" #> [86797] "map_styles" #> [86798] "melbourne" #> [86799] "place_fields" #> [86800] "tram_route" #> [86801] "tram_stops" #> [86802] "update_circles" #> [86803] "update_geojson" #> [86804] "update_heatmap" #> [86805] "update_polygons" #> [86806] "update_polylines" #> [86807] "update_rectangles" #> [86808] "update_style" #> [86809] "chord_dat" #> [86810] "circle_dat" #> [86811] "GOBar" #> [86812] "GOBubble" #> [86813] "GOChord" #> [86814] "GOCircle" #> [86815] "GOCluster" #> [86816] "GOHeat" #> [86817] "GOVenn" #> [86818] "reduce_overlap" #> [86819] "GORCure-package" #> [86820] "GORMC" #> [86821] "plot.predict.GORMC" #> [86822] "predict.GORMC" #> [86823] "summary.GORMC" #> [86824] "constrMat" #> [86825] "constrSet" #> [86826] "goric" #> [86827] "goric_penalty" #> [86828] "orglm" #> [86829] "orgls" #> [86830] "orglsSet" #> [86831] "orlm" #> [86832] "orlmcontrol" #> [86833] "orlmSet" #> [86834] "vinylidene" #> [86835] "govStatJPN-package" #> [86836] "get.meta.info" #> [86837] "get.stat.data" #> [86838] "get.stat.list" #> [86839] "gower-package" #> [86840] "gower_dist" #> [86841] "gower_topn" #> [86842] "gpairs" #> [86843] "Leaves" #> [86844] "GPareto-package" #> [86845] "CPF" #> [86846] "crit_EHI" #> [86847] "crit_EMI" #> [86848] "crit_optimizer" #> [86849] "crit_SMS" #> [86850] "crit_SUR" #> [86851] "easyGParetoptim" #> [86852] "GParetoptim" #> [86853] "integration_design_optim" #> [86854] "nonDomSet" #> [86855] "ParetoSetDensity" #> [86856] "plotGPareto" #> [86857] "plotParetoEmp" #> [86858] "plotParetoGrid" #> [86859] "plotSymDevFun" #> [86860] "plotSymDifRNP" #> [86861] "plot_uncertainty" #> [86862] "predict_kms" #> [86863] "ZDT1" #> [86864] "GPArotation-package" #> [86865] "00.GPArotation.Intro" #> [86866] "eiv" #> [86867] "Harman" #> [86868] "Random.Start" #> [86869] "Thurstone" #> [86870] "WansbeekMeijer" #> [86871] "GPB-package" #> [86872] "pgpb" #> [86873] "gPCA-package" #> [86874] "caseDat" #> [86875] "CumulativeVarPlot" #> [86876] "gDist" #> [86877] "gPCA.batchdetect" #> [86878] "PCplot" #> [86879] "gpc.poly-class" #> [86880] "gpc.poly.nohole-class" #> [86881] "new-generics" #> [86882] "polyfile" #> [86883] "GPCMlasso-package" #> [86884] "ctrl_GPCMlasso" #> [86885] "GPCMlasso" #> [86886] "plot.GPCMlasso" #> [86887] "predict.GPCMlasso" #> [86888] "print.GPCMlasso" #> [86889] "tenseness" #> [86890] "tenseness_small" #> [86891] "trait.posterior" #> [86892] "GPCSIV-package" #> [86893] "Judge1" #> [86894] "Judge2" #> [86895] "Judge3" #> [86896] "oils" #> [86897] "Resdata" #> [86898] "video1" #> [86899] "video2" #> [86900] "video3" #> [86901] "blowflydata" #> [86902] "DDEdiag" #> [86903] "DSIR.fit" #> [86904] "DSIRdata" #> [86905] "DSIRfn.make" #> [86906] "DSIRInitCoefs" #> [86907] "DTVSIRfn.make" #> [86908] "forecast.DDE" #> [86909] "inneropt.DDE" #> [86910] "IntegrateForward.DDE" #> [86911] "make.vector.disease.fn" #> [86912] "Profile.LS.DDE" #> [86913] "Profile.LS.TV.DDE" #> [86914] "ProfileSSE.covariance.DDE" #> [86915] "sparse.DDE" #> [86916] "sparse.TV.DDE" #> [86917] "gpd.fit" #> [86918] "gpd.test" #> [86919] "rgp" #> [86920] "GPFDA-package" #> [86921] "betaPar" #> [86922] "co2" #> [86923] "cov.linear" #> [86924] "cov.pow.ex" #> [86925] "cov.rat.qu" #> [86926] "D2" #> [86927] "gpfr" #> [86928] "gpfrpred" #> [86929] "gppredict" #> [86930] "mat2fd" #> [86931] "plot.gpfr" #> [86932] "plot.gpr" #> [86933] "xixj" #> [86934] "xixj_sta" #> [86935] "GPfit-package" #> [86936] "GP_deviance" #> [86937] "GP_fit" #> [86938] "print.GP" #> [86939] "scale_norm" #> [86940] "sig_invb" #> [86941] "summary.GP" #> [86942] "gpg_encrypt" #> [86943] "gpg_keygen" #> [86944] "gpg_keys" #> [86945] "gpg_restart" #> [86946] "gpg_sign" #> [86947] "pinentry" #> [86948] "crit_PNash" #> [86949] "crit_SUR_Eq" #> [86950] "filter_for_Game" #> [86951] "generate_integ_pts" #> [86952] "getEquilibrium" #> [86953] "GPGame" #> [86954] "nonDom" #> [86955] "plotGame" #> [86956] "plotGameGrid" #> [86957] "solve_game" #> [86958] "fast_Gp_sim" #> [86959] "fast_Gp_sim_Linv" #> [86960] "find_ordered_nn" #> [86961] "find_ordered_nn_brute" #> [86962] "fit_model" #> [86963] "GpGp" #> [86964] "group_obs" #> [86965] "jason3" #> [86966] "Linv_mult" #> [86967] "Linv_mult_grouped" #> [86968] "L_mult" #> [86969] "matern_isotropic" #> [86970] "matern_space_time" #> [86971] "matern_sphere" #> [86972] "matern_sphere_time" #> [86973] "order_coordinate" #> [86974] "order_dist_to_point" #> [86975] "order_maxmin" #> [86976] "order_middleout" #> [86977] "proflik_mean" #> [86978] "proflik_mean_grouped" #> [86979] "proflik_mean_variance" #> [86980] "proflik_mean_variance_grouped" #> [86981] "proflik_variance" #> [86982] "proflik_variance_grouped" #> [86983] "vecchia_Linv" #> [86984] "vecchia_Linv_grouped" #> [86985] "vecchia_loglik" #> [86986] "vecchia_loglik_grouped" #> [86987] "gpk-package" #> [86988] "AizawlCancer" #> [86989] "Asthma1" #> [86990] "Asthma2" #> [86991] "Asthma3" #> [86992] "Asthma4" #> [86993] "Bacteria" #> [86994] "BambooGrowth" #> [86995] "Bamboolife" #> [86996] "Bananabats" #> [86997] "BANK" #> [86998] "Barleyheight" #> [86999] "Batcapture" #> [87000] "BatGroup" #> [87001] "Batrecapture" #> [87002] "Biodegradation" #> [87003] "birdextinct" #> [87004] "BPSYS" #> [87005] "Butterflies" #> [87006] "Chitalparasite" #> [87007] "cloudseed" #> [87008] "Cosmetic1" #> [87009] "COWSDATA" #> [87010] "Crack" #> [87011] "DroughtStress" #> [87012] "Dunglife" #> [87013] "Earthquake" #> [87014] "Earthwormbiomass" #> [87015] "EarthwormSeason" #> [87016] "elephant" #> [87017] "Euphorbiaceae" #> [87018] "Extruder" #> [87019] "Fairness" #> [87020] "Filariasisage" #> [87021] "FilariasisSex" #> [87022] "Filariasistype" #> [87023] "fishtoxin" #> [87024] "Frogfood" #> [87025] "Frogmating" #> [87026] "Frog_survival" #> [87027] "GDS" #> [87028] "Geometricbirds" #> [87029] "Heart" #> [87030] "Highjump" #> [87031] "hundredmrun" #> [87032] "IOCSharePrice" #> [87033] "IslandSpArea" #> [87034] "Ivoryweight" #> [87035] "Lognormalbirds" #> [87036] "Logseriesbirds" #> [87037] "Loops" #> [87038] "magazine" #> [87039] "Mammals" #> [87040] "mammalsize" #> [87041] "Mice" #> [87042] "Microgrow" #> [87043] "Mimosaceae" #> [87044] "moth" #> [87045] "OralCancer" #> [87046] "Plaque" #> [87047] "Plastic" #> [87048] "Poliocases" #> [87049] "Preserve" #> [87050] "Production" #> [87051] "Pureforsure" #> [87052] "Rabbit" #> [87053] "RiceWheat" #> [87054] "Sheeplife" #> [87055] "SholapurWeather" #> [87056] "Sorghumheight" #> [87057] "SpaccHerb" #> [87058] "SpaccShrubs" #> [87059] "Spaceshuttle" #> [87060] "Spareabirds" #> [87061] "StemDensity" #> [87062] "TeethNormal" #> [87063] "Tiger7" #> [87064] "TigerIdentity" #> [87065] "Timber" #> [87066] "Valvefailure" #> [87067] "Waterquality" #> [87068] "widowbird" #> [87069] "bandwidth.scott" #> [87070] "convol" #> [87071] "create.grid" #> [87072] "glm.inverse.link" #> [87073] "glm.link" #> [87074] "glm.ll" #> [87075] "glm.lld" #> [87076] "kbackfit" #> [87077] "kernel.constants" #> [87078] "kernel.function" #> [87079] "kgplm" #> [87080] "kreg" #> [87081] "sgplm1" #> [87082] "angleAxis" #> [87083] "balloonplot" #> [87084] "bandplot" #> [87085] "barplot2" #> [87086] "boxplot2" #> [87087] "ci2d" #> [87088] "col2hex" #> [87089] "colorpanel" #> [87090] "gplots-defunct" #> [87091] "gplots-deprecated" #> [87092] "heatmap.2" #> [87093] "hist2d" #> [87094] "lmplot2" #> [87095] "lowess" #> [87096] "ooplot.default" #> [87097] "plotCI" #> [87098] "plotmeans" #> [87099] "qqnorm.aov" #> [87100] "residplot" #> [87101] "rich.colors" #> [87102] "rtPCR" #> [87103] "sinkplot" #> [87104] "wapply" #> [87105] "GPLTR-package" #> [87106] "bag.aucoob" #> [87107] "bagging.pltr" #> [87108] "best.tree.BIC.AIC" #> [87109] "best.tree.bootstrap" #> [87110] "best.tree.CV" #> [87111] "best.tree.permute" #> [87112] "burn" #> [87113] "data_pltr" #> [87114] "nested.trees" #> [87115] "p.val.tree" #> [87116] "pltr.glm" #> [87117] "predict_bagg.pltr" #> [87118] "predict_pltr" #> [87119] "tree2glm" #> [87120] "tree2indicators" #> [87121] "VIMPBAG" #> [87122] "Auxil" #> [87123] "CorrMat" #> [87124] "MatrixAlgebra" #> [87125] "NLogL" #> [87126] "NLogL_G" #> [87127] "gpmap-package" #> [87128] "decompose_monotone" #> [87129] "degree_of_monotonicity" #> [87130] "enumerate_genotypes" #> [87131] "generate_gpmap" #> [87132] "GPmaps" #> [87133] "monotone_regression" #> [87134] "partial_genotype_order" #> [87135] "plot.gpmap" #> [87136] "print.gpmap" #> [87137] "GPoM-package" #> [87138] "allMod_nVar3_dMax2" #> [87139] "allToTest" #> [87140] "autoGPoMoSearch" #> [87141] "autoGPoMoTest" #> [87142] "bDrvFilt" #> [87143] "cano2M" #> [87144] "compDeriv" #> [87145] "d2pMax" #> [87146] "data_vignetteIII" #> [87147] "data_vignetteVI" #> [87148] "data_vignetteVII" #> [87149] "derivODE2" #> [87150] "detectP1limCycl" #> [87151] "drvSucc" #> [87152] "findAllSets" #> [87153] "gloMoId" #> [87154] "gPoMo" #> [87155] "GSproc" #> [87156] "numicano" #> [87157] "numinoisy" #> [87158] "odeBruitMult2" #> [87159] "p2dMax" #> [87160] "paramId" #> [87161] "poLabs" #> [87162] "predictab" #> [87163] "regOrd" #> [87164] "regSeries" #> [87165] "Rossler-1976" #> [87166] "RosYco" #> [87167] "svrlTS" #> [87168] "TSallMod_nVar3_dMax2" #> [87169] "visuEq" #> [87170] "visuOutGP" #> [87171] "wInProd" #> [87172] "coef.GPPM" #> [87173] "confint.GPPM" #> [87174] "covf" #> [87175] "createLeavePersonsOutFolds" #> [87176] "crossvalidate" #> [87177] "datas" #> [87178] "demoLGCM" #> [87179] "fit.GPPM" #> [87180] "fitted.GPPM" #> [87181] "getIntern" #> [87182] "gppm" #> [87183] "gppmControl" #> [87184] "logLik.GPPM" #> [87185] "maxnObs" #> [87186] "nPars" #> [87187] "nPers" #> [87188] "nPreds" #> [87189] "parEsts" #> [87190] "plot.GPPMPred" #> [87191] "plot.LongData" #> [87192] "predict.GPPM" #> [87193] "SE" #> [87194] "simulate.GPPM" #> [87195] "summary.GPPM" #> [87196] "trueParas" #> [87197] "vcov.GPPM" #> [87198] "covNoise" #> [87199] "covSEiso" #> [87200] "covSum" #> [87201] "GPrank-package" #> [87202] "apply_gpTest" #> [87203] "bbgp_snpData" #> [87204] "bitseq_fitGPs" #> [87205] "bitseq_plotGP" #> [87206] "bitseq_rnaSeqData" #> [87207] "createDatabase" #> [87208] "getColorVector" #> [87209] "getModelKernParams" #> [87210] "getYlimits" #> [87211] "get_bbgpMeanStd" #> [87212] "plotGP" #> [87213] "RNAseqDATA" #> [87214] "setInitParams" #> [87215] "snpData" #> [87216] "data.mean" #> [87217] "data.mean.child" #> [87218] "data.mortality" #> [87219] "data.mortality.child" #> [87220] "GPRMortality" #> [87221] "GPRMortalityChild" #> [87222] "GPRMortalitySummary" #> [87223] "gconvert" #> [87224] "get_base_url" #> [87225] "get_tls_version" #> [87226] "gorth" #> [87227] "gprofiler" #> [87228] "set_base_url" #> [87229] "set_tls_version" #> [87230] "set_user_agent" #> [87231] "gost" #> [87232] "gostplot" #> [87233] "gsnpense" #> [87234] "mapViridis" #> [87235] "publish_gostplot" #> [87236] "GPSCDF" #> [87237] "basePlot" #> [87238] "cmpndKernParamInit" #> [87239] "cmpndNoiseParamInit" #> [87240] "demAutoOptimiseGp" #> [87241] "demGpCov2D" #> [87242] "demGpSample" #> [87243] "demInterpolation" #> [87244] "demOptimiseGp" #> [87245] "demRegression" #> [87246] "expTransform" #> [87247] "gaussianNoiseOut" #> [87248] "gaussianNoiseParamInit" #> [87249] "gaussSamp" #> [87250] "gpBlockIndices" #> [87251] "gpComputeAlpha" #> [87252] "gpComputeM" #> [87253] "gpCovGrads" #> [87254] "gpCovGradsTest" #> [87255] "gpCreate" #> [87256] "gpDataIndices" #> [87257] "gpExpandParam" #> [87258] "gpExtractParam" #> [87259] "gpGradient" #> [87260] "gpLogLikeGradients" #> [87261] "gpLogLikelihood" #> [87262] "gpMeanFunctionGradient" #> [87263] "gpObjective" #> [87264] "gpOptimise" #> [87265] "gpOptions" #> [87266] "gpOut" #> [87267] "gpPlot" #> [87268] "gpPosteriorMeanVar" #> [87269] "gpPosteriorSample" #> [87270] "gpSample" #> [87271] "gpScaleBiasGradient" #> [87272] "gpTest" #> [87273] "gpUpdateAD" #> [87274] "gpUpdateKernels" #> [87275] "kernCompute" #> [87276] "kernCreate" #> [87277] "kernDiagGradient" #> [87278] "kernDiagGradX" #> [87279] "kernGradient" #> [87280] "kernParamInit" #> [87281] "kernTest" #> [87282] "modelDisplay" #> [87283] "modelExpandParam" #> [87284] "modelExtractParam" #> [87285] "modelGradient" #> [87286] "modelGradientCheck" #> [87287] "modelOut" #> [87288] "modelOutputGrad" #> [87289] "multiKernParamInit" #> [87290] "noiseCreate" #> [87291] "noiseOut" #> [87292] "noiseParamInit" #> [87293] "optimiDefaultConstraint" #> [87294] "rbfKernDiagGradX" #> [87295] "rbfKernGradX" #> [87296] "rbfKernParamInit" #> [87297] "SCGoptim" #> [87298] "whiteKernDiagGradX" #> [87299] "whiteKernGradX" #> [87300] "whiteKernParamInit" #> [87301] "zeroAxes" #> [87302] "gpuR-package" #> [87303] "Arith,gpuVector,gpuVector-method" #> [87304] "as.gpuMatrix" #> [87305] "as.gpuVector" #> [87306] "as.vclVector" #> [87307] "assert_has_double" #> [87308] "cgpuMatrix-class" #> [87309] "chol.vclMatrix" #> [87310] "colnames" #> [87311] "colSums,gpuMatrix,missing,missing-method" #> [87312] "colSums,vclMatrix,missing,missing-method" #> [87313] "Compare,vector,gpuVector-method" #> [87314] "cov,vclMatrix,missing,missing,missing-method" #> [87315] "crossprod,gpuMatrix,missing-method" #> [87316] "crossprod,vclMatrix,missing-method" #> [87317] "currentContext" #> [87318] "currentDevice" #> [87319] "currentPlatform" #> [87320] "custom_opencl" #> [87321] "cvclMatrix-class" #> [87322] "det,vclMatrix-method" #> [87323] "detectCPUs" #> [87324] "detectGPUs" #> [87325] "detectPlatforms" #> [87326] "deviceHasDouble" #> [87327] "deviceType" #> [87328] "dgpuMatrix-class" #> [87329] "dgpuVector-class" #> [87330] "diag,vclMatrix-method" #> [87331] "dim,vclMatrix-method" #> [87332] "dvclMatrix-class" #> [87333] "dvclVector-class" #> [87334] "eigen,gpuMatrix-method" #> [87335] "fgpuMatrix-class" #> [87336] "fgpuVector-class" #> [87337] "fvclMatrix-class" #> [87338] "fvclVector-class" #> [87339] "gpuInfo" #> [87340] "gpuMatrix" #> [87341] "gpuMatrix-class" #> [87342] "gpuVector" #> [87343] "gpuVector-class" #> [87344] "has_cpu_skip" #> [87345] "has_double_skip" #> [87346] "has_gpu_skip" #> [87347] "has_multiple_double_skip" #> [87348] "has_multiple_gpu_skip" #> [87349] "identity_matrix" #> [87350] "igpuMatrix-class" #> [87351] "igpuVector-class" #> [87352] "inplace" #> [87353] "ivclMatrix-class" #> [87354] "ivclVector-class" #> [87355] "length,gpuVector-method" #> [87356] "listContexts" #> [87357] "log,gpuVector-method" #> [87358] "Math,gpuVector-method" #> [87359] "norm,vclMatrix,character-method" #> [87360] "nrow,vclMatrix-method" #> [87361] "platformInfo" #> [87362] "pmin.vclVector" #> [87363] "pocl_check" #> [87364] "print.gpuMatrix" #> [87365] "qr.gpuMatrix" #> [87366] "qr.R,gpuQR-method" #> [87367] "setContext" #> [87368] "setup_opencl" #> [87369] "set_device_context" #> [87370] "solve,vclMatrix,vclMatrix-method" #> [87371] "Summary,gpuVector-method" #> [87372] "synchronize" #> [87373] "t,vclMatrix-method" #> [87374] "typeof,gpuMatrix-method" #> [87375] "vclMatrix" #> [87376] "vclMatrix-class" #> [87377] "vclVector" #> [87378] "vclVector-class" #> [87379] "zgpuMatrix-class" #> [87380] "zvclMatrix-class" #> [87381] "[,gpuVector,missing,missing,missing-method" #> [87382] "%o%,gpuVector,gpuVector-method" #> [87383] "%*%,gpuVector,gpuVector-method" #> [87384] "GPvam-package" #> [87385] "GP.csh" #> [87386] "GP.un" #> [87387] "GPvam" #> [87388] "GPvam.benchmark" #> [87389] "rGP.un" #> [87390] "vam_data" #> [87391] "VP.CP.ZP.un" #> [87392] "as_R6" #> [87393] "ErrorList" #> [87394] "execute_request" #> [87395] "gqlr_schema" #> [87396] "parse_ast" #> [87397] "Schema" #> [87398] "server" #> [87399] "aphased" #> [87400] "gquad" #> [87401] "gquadO" #> [87402] "hdna" #> [87403] "hdnaO" #> [87404] "slipped" #> [87405] "tfo" #> [87406] "zdna" #> [87407] "grace" #> [87408] "grace.test" #> [87409] "graceI.test" #> [87410] "make.L" #> [87411] "Stochastic" #> [87412] "Recursive" #> [87413] "(SARAH)," #> [87414] "larly" #> [87415] "SVRG" #> [87416] "accelerates" #> [87417] "toward" #> [87418] "converging" #> [87419] "accumulated" #> [87420] "stochastic" #> [87421] "Algorithm+" #> [87422] "(SARAHPlus)," #> [87423] "SARAH" #> [87424] "practical" #> [87425] "variant" #> [87426] "gorithm" #> [87427] "possibility" #> [87428] "earlier" #> [87429] "13:33:54" #> [87430] "ADADELTA" #> [87431] "ADAGRAD" #> [87432] "ADAM" #> [87433] "AGD" #> [87434] "GD" #> [87435] "gradDescentR.learn" #> [87436] "gradDescentRData" #> [87437] "MBGD" #> [87438] "MGD" #> [87439] "minmaxDescaling" #> [87440] "minmaxScaling" #> [87441] "predict.gradDescentRObject" #> [87442] "RMSPROP" #> [87443] "SAGD" #> [87444] "SARAHPlus" #> [87445] "SGD" #> [87446] "SSGD" #> [87447] "varianceDescaling" #> [87448] "varianceScaling" #> [87449] "grade-package" #> [87450] "grade.discreteprobability" #> [87451] "grade.interval" #> [87452] "grade.negative" #> [87453] "grade.number" #> [87454] "grade.parse" #> [87455] "grade.set" #> [87456] "grade.truefalse" #> [87457] "gradientPickerD3" #> [87458] "gradientPickerD3-shiny" #> [87459] "gradientPickerD3_example" #> [87460] "gradientPickerD" #> [87461] "compile-cpt" #> [87462] "cptable" #> [87463] "evidence-object" #> [87464] "extract-cpt" #> [87465] "finding" #> [87466] "grain-compile" #> [87467] "grain-evi" #> [87468] "grain-evidence" #> [87469] "grain-generics" #> [87470] "grain-main" #> [87471] "grain-predict" #> [87472] "grain-propagate" #> [87473] "grain-simulate" #> [87474] "load-save-hugin" #> [87475] "mendel" #> [87476] "querygrain" #> [87477] "repeatPattern" #> [87478] "set-jevidence" #> [87479] "update.CPTgrain" #> [87480] "cat_ls" #> [87481] "cont_ls" #> [87482] "create_torus" #> [87483] "g_sf" #> [87484] "nomove_agg" #> [87485] "winmove" #> [87486] "winmove_agg" #> [87487] "CreateGrammar" #> [87488] "EvalExpressions" #> [87489] "EvolutionStrategy.int" #> [87490] "GeneticAlg.int" #> [87491] "GrammarGetNextSequence" #> [87492] "GrammarIsTerminal" #> [87493] "GrammarMap" #> [87494] "GrammarRandomExpression" #> [87495] "GrammaticalEvolution" #> [87496] "GrammaticalExhaustiveSearch" #> [87497] "GrammaticalRandomSearch" #> [87498] "GrammR-package" #> [87499] "Count2Distance" #> [87500] "GrammRGUI" #> [87501] "GrammRServ" #> [87502] "GraphMetagen" #> [87503] "KenDist" #> [87504] "MakeGUIPlots" #> [87505] "MakeServPlots" #> [87506] "MatrixkNorm" #> [87507] "MCError" #> [87508] "metagencounts" #> [87509] "OptimClusts" #> [87510] "addPkg,GRANRepository-method" #> [87511] "buildBadge" #> [87512] "buildBranchesInRepo" #> [87513] "buildReport" #> [87514] "buildReportURL" #> [87515] "buildRiskReport" #> [87516] "clear_temp_fils" #> [87517] "createHyperlink" #> [87518] "createJSON" #> [87519] "createSticker" #> [87520] "deltaDF" #> [87521] "determinePkgURL" #> [87522] "emailNotifier" #> [87523] "emailTag" #> [87524] "encode_string" #> [87525] "extPkgURL" #> [87526] "extPkgURL_old" #> [87527] "generateDescInfo" #> [87528] "getFailureInfo" #> [87529] "getOS" #> [87530] "identifyRisk" #> [87531] "isValidEmail" #> [87532] "makeRepo" #> [87533] "makeWinBins" #> [87534] "manifestReport" #> [87535] "notifyManifest" #> [87536] "pkgHTML" #> [87537] "readPkgsNEWS" #> [87538] "relatedPkgs" #> [87539] "reversals" #> [87540] "sendMail" #> [87541] "sortDelimitedString" #> [87542] "string2list" #> [87543] "testCoverage" #> [87544] "updateArchive" #> [87545] "archivedir" #> [87546] "available.packages" #> [87547] "backup_archive" #> [87548] "checkout_dir" #> [87549] "check_result_dir" #> [87550] "contrib.url" #> [87551] "coverage_report_dir" #> [87552] "destination" #> [87553] "dest_base" #> [87554] "email_notify" #> [87555] "email_options" #> [87556] "errlogfile" #> [87557] "GRANRepository-class" #> [87558] "install_packages,character,GRANRepository-method" #> [87559] "install_result_dir" #> [87560] "loadRepo" #> [87561] "logfile" #> [87562] "make_windows_bins" #> [87563] "metadatadir" #> [87564] "notrack,GRANRepository-method" #> [87565] "pkg_doc_dir" #> [87566] "prepDirStructure" #> [87567] "repobase" #> [87568] "RepoBuildParam-class" #> [87569] "RepoToList" #> [87570] "repo_results" #> [87571] "repo_url" #> [87572] "staging" #> [87573] "temp_lib" #> [87574] "updateGRANRepoObject" #> [87575] "windowsbindir" #> [87576] "writeGRANLog" #> [87577] "granova-package" #> [87578] "anorexia.sub" #> [87579] "arousal" #> [87580] "blood_lead" #> [87581] "granova.1w" #> [87582] "granova.2w" #> [87583] "granova.contr" #> [87584] "granova.ds" #> [87585] "problematic)." #> [87586] "granovagg.1w()" #> [87587] "specialized" #> [87588] "approach" #> [87589] "construct" #> [87590] "data-based" #> [87591] "displayed." #> [87592] "faithful" #> [87593] "anova." #> [87594] "tables;" #> [87595] "indeed," #> [87596] "constructions." #> [87597] "granovagg.ds()" #> [87598] "granovagg.contr()" #> [87599] "displays" #> [87600] "contrast-based" #> [87601] "analyses." #> [87602] "these" #> [87603] "especially" #> [87604] "helpful" #> [87605] "learning" #> [87606] "respective" #> [87607] "answer" #> [87608] "question(s)" #> [87609] "drive" #> [87610] "they" #> [87611] "particularly" #> [87612] "non-statistician" #> [87613] "analysts." #> [87614] "assistance" #> [87615] "work-a-day" #> [87616] "applications" #> [87617] "outliers," #> [87618] "patterns," #> [87619] "highlight" #> [87620] "role" #> [87621] "flexibility" #> [87622] "construction" #> [87623] "accommodate" #> [87624] "according" #> [87625] "requirements." #> [87626] "2015-12-18" #> [87627] "granovaGG-package" #> [87628] "anorexia" #> [87629] "granovagg.1w" #> [87630] "granovagg.contr" #> [87631] "granovagg.ds" #> [87632] "tobacco" #> [87633] "getPathwayScores" #> [87634] "makeBinaryTemplateAndProbabilityTemplate" #> [87635] "makeGRAPE_psMat" #> [87636] "makePairwiseOrder" #> [87637] "makePairwiseOrderNames" #> [87638] "predictClassDIRAC" #> [87639] "predictClassGRAPE" #> [87640] "predictClassPC" #> [87641] "w_quad" #> [87642] "grow" #> [87643] "gRapfa-package" #> [87644] "add.stats" #> [87645] "apfa2NS" #> [87646] "BioFam" #> [87647] "contract.last.level" #> [87648] "cross.validate" #> [87649] "dIC" #> [87650] "fit.APFA" #> [87651] "getXY" #> [87652] "LogLike.APFA" #> [87653] "merge2nodes" #> [87654] "MergeNodes" #> [87655] "MergeSelect" #> [87656] "mildew.raw" #> [87657] "select.beagle" #> [87658] "select.IC" #> [87659] "simulateAPFA" #> [87660] "st" #> [87661] "Wheeze" #> [87662] "GrapheR-package" #> [87663] "run.GrapheR" #> [87664] "Swallows" #> [87665] "grapherator-package" #> [87666] "addEdges" #> [87667] "addEdgesToPlot" #> [87668] "addNodes" #> [87669] "addWeights" #> [87670] "addWeightsConcave" #> [87671] "as.character.grapherator" #> [87672] "edgeGenerators" #> [87673] "getter" #> [87674] "grapherator" #> [87675] "nodeGenerators" #> [87676] "plot.grapherator" #> [87677] "writeGP" #> [87678] "GraphFactor-package" #> [87679] "graphFactor" #> [87680] "gf_bfs" #> [87681] "gf_cache" #> [87682] "gf_chain" #> [87683] "gf_connected_components" #> [87684] "gf_degrees" #> [87685] "gf_edges" #> [87686] "gf_edge_columns" #> [87687] "gf_find" #> [87688] "gf_friends" #> [87689] "gf_graphframe" #> [87690] "gf_grid_ising_model" #> [87691] "gf_in_degrees" #> [87692] "gf_lpa" #> [87693] "gf_out_degrees" #> [87694] "gf_pagerank" #> [87695] "gf_persist" #> [87696] "gf_register" #> [87697] "gf_scc" #> [87698] "gf_shortest_paths" #> [87699] "gf_star" #> [87700] "gf_triangle_count" #> [87701] "gf_triplets" #> [87702] "gf_two_blobs" #> [87703] "gf_unpersist" #> [87704] "gf_vertex_columns" #> [87705] "gf_vertices" #> [87706] "spark_graphframe" #> [87707] "graphicalVAR" #> [87708] "graphicalVARsim" #> [87709] "mlGraphicalVAR" #> [87710] "plot.graphicalVAR" #> [87711] "print.graphicalVAR" #> [87712] "randomGVARmodel" #> [87713] "simMLgvar" #> [87714] "graphicsQC-package" #> [87715] "plotExpr" #> [87716] "writeReport" #> [87717] "graphkernels-package" #> [87718] "CalculateConnectedGraphletKernel" #> [87719] "CalculateEdgeHistGaussKernel" #> [87720] "CalculateEdgeHistKernel" #> [87721] "CalculateExponentialRandomWalkKernel" #> [87722] "CalculateGeometricRandomWalkKernel" #> [87723] "CalculateGraphletKernel" #> [87724] "CalculateGraphletKernelCpp" #> [87725] "CalculateKernelCpp" #> [87726] "CalculateKStepRandomWalkKernel" #> [87727] "CalculateShortestPathKernel" #> [87728] "CalculateVertexEdgeHistGaussKernel" #> [87729] "CalculateVertexEdgeHistKernel" #> [87730] "CalculateVertexHistGaussKernel" #> [87731] "CalculateVertexHistKernel" #> [87732] "CalculateVertexVertexEdgeHistKernel" #> [87733] "CalculateWLKernel" #> [87734] "GetGraphInfo" #> [87735] "graphkernels_CalculateGraphletKernelCpp" #> [87736] "graphkernels_CalculateKernelCpp" #> [87737] "mutag" #> [87738] "annotate_circle" #> [87739] "backbone_layout" #> [87740] "draw_circle" #> [87741] "graphlayouts" #> [87742] "graph_manipulate" #> [87743] "layout_igraph_centrality" #> [87744] "layout_igraph_eigen" #> [87745] "layout_igraph_focus" #> [87746] "layout_igraph_stress" #> [87747] "layout_manipulate" #> [87748] "qgraph" #> [87749] "graphon-package" #> [87750] "cv.SBA" #> [87751] "est.completion" #> [87752] "est.LG" #> [87753] "est.nbdsmooth" #> [87754] "est.SBA" #> [87755] "est.USVT" #> [87756] "gmodel.block" #> [87757] "gmodel.ER" #> [87758] "gmodel.P" #> [87759] "gmodel.preset" #> [87760] "GraphPCA-package" #> [87761] "HistPCA" #> [87762] "PrepHistogram" #> [87763] "Ridi" #> [87764] "Ridi2" #> [87765] "Ridi3" #> [87766] "Visu" #> [87767] "graphql2json" #> [87768] "graphscan-package" #> [87769] "barplot" #> [87770] "events_series" #> [87771] "france_two_clusters" #> [87772] "graphscan-class" #> [87773] "graphscan_1d" #> [87774] "graphscan_nd" #> [87775] "graphscan_plot" #> [87776] "sample3d" #> [87777] "gt_collect" #> [87778] "gt_dyn" #> [87779] "gt_edges" #> [87780] "gt_edges_" #> [87781] "gt_edges_from_text" #> [87782] "gt_graph" #> [87783] "gt_nodes" #> [87784] "gt_save" #> [87785] "GrassmannOptim" #> [87786] "appraise" #> [87787] "bird_move" #> [87788] "check_user_select_smooths" #> [87789] "coef.scam" #> [87790] "confint.fderiv" #> [87791] "confint.gam" #> [87792] "data_class" #> [87793] "data_slice" #> [87794] "derivatives" #> [87795] "draw.derivatives" #> [87796] "draw.evaluated_smooth" #> [87797] "draw.gam" #> [87798] "evaluate_smooth" #> [87799] "factor_var_names" #> [87800] "fderiv" #> [87801] "fix_offset" #> [87802] "get_by_smooth" #> [87803] "get_smooth" #> [87804] "get_smooths_by_id" #> [87805] "is_by_smooth" #> [87806] "is_factor_var" #> [87807] "is_mgcv_smooth" #> [87808] "is_offset" #> [87809] "n_smooths" #> [87810] "observed_fitted_plot" #> [87811] "parametric_terms" #> [87812] "qq_plot" #> [87813] "rep_first_factor_value" #> [87814] "residuals_hist_plot" #> [87815] "residuals_linpred_plot" #> [87816] "seq_min_max" #> [87817] "seq_min_max_eps" #> [87818] "shift_values" #> [87819] "simulate.gam" #> [87820] "smallAges" #> [87821] "smooths" #> [87822] "smooth_dim" #> [87823] "which_smooths" #> [87824] "zooplankton" #> [87825] "graticule" #> [87826] "graticule_labels" #> [87827] "pathologicule" #> [87828] "Hugh" #> [87829] "Parsonage" #> [87830] "Tim" #> [87831] "Cameron" #> [87832] "Coates" #> [87833] "Katzen" #> [87834] "Young" #> [87835] "Ittima" #> [87836] "Cherastidtham" #> [87837] "W." #> [87838] "Karsten" #> [87839] "Enrique" #> [87840] "Garcia" #> [87841] "2019-03-23" #> [87842] "22:30:13" #> [87843] "grattan-package" #> [87844] "age_grouper" #> [87845] "age_pension" #> [87846] "age_pension_age" #> [87847] "anyGeq" #> [87848] "AnyWhich" #> [87849] "apply_super_caps_and_div293" #> [87850] "aus_pop_qtr" #> [87851] "aus_pop_qtr_age" #> [87852] "awote" #> [87853] "bto" #> [87854] "carers_allowance" #> [87855] "carer_payment" #> [87856] "CG_population_inflator" #> [87857] "child_care_subsidy" #> [87858] "compare_avg_tax_rates" #> [87859] "cpi_inflator" #> [87860] "cpi_inflator_general_date" #> [87861] "cpi_inflator_quarters" #> [87862] "differentially_uprate_wage" #> [87863] "disability_pension" #> [87864] "energy_supplement" #> [87865] "family_tax_benefit" #> [87866] "generic_inflator" #> [87867] "gni" #> [87868] "IncomeTax" #> [87869] "income_tax" #> [87870] "income_tax_sapto" #> [87871] "inflator" #> [87872] "install_taxstats" #> [87873] "inverse_average_rate" #> [87874] "inverse_income" #> [87875] "is.fy" #> [87876] "lf_inflator" #> [87877] "lito" #> [87878] "max_super_contr_base" #> [87879] "MedicareLevy" #> [87880] "medicare_levy" #> [87881] "model_child_care_subsidy" #> [87882] "model_income_tax" #> [87883] "model_new_caps_and_div293" #> [87884] "model_rent_assistance" #> [87885] "newstart_allowance" #> [87886] "new_income_tax" #> [87887] "new_medicare_levy" #> [87888] "new_sapto" #> [87889] "Offset" #> [87890] "pension_supplement" #> [87891] "pmax3" #> [87892] "pmaxC" #> [87893] "pmaxV" #> [87894] "pminC" #> [87895] "pminV" #> [87896] "progressivity" #> [87897] "prohibit_length0_vectors" #> [87898] "prohibit_unequal_length_vectors" #> [87899] "prohibit_vector_recycling" #> [87900] "project_to" #> [87901] "rebate_income" #> [87902] "rent_assistance" #> [87903] "require_taxstats" #> [87904] "residential_property_prices" #> [87905] "revenue_foregone" #> [87906] "sapto" #> [87907] "sapto_rcpp" #> [87908] "sapto_rcpp_singleton" #> [87909] "sapto_rcpp_yr" #> [87910] "small_business_tax_offset" #> [87911] "student_repayment" #> [87912] "unemployment_benefit" #> [87913] "validate_date" #> [87914] "validate_fys_permitted" #> [87915] "validate_per" #> [87916] "wage_inflator" #> [87917] "youth_allowance" #> [87918] "youth_unemployment" #> [87919] "bvu" #> [87920] "bvw" #> [87921] "discard_unusable" #> [87922] "ek_tobit" #> [87923] "et_tobit" #> [87924] "fixed_effects" #> [87925] "gpml" #> [87926] "gravity_no_zeros" #> [87927] "gravity_zeros" #> [87928] "hm_summary" #> [87929] "log_distance" #> [87930] "nbpml" #> [87931] "nls" #> [87932] "ppml" #> [87933] "sils" #> [87934] "tetrads" #> [87935] "3.0.2)," #> [87936] "graph," #> [87937] "igraph," #> [87938] "magrittr," #> [87939] "Matrix," #> [87940] "RBGL," #> [87941] "Rgraphviz," #> [87942] "microbenchmark," #> [87943] "0.11.1)," #> [87944] "RcppArmadillo," #> [87945] "2018-08-07" #> [87946] "21:30:06" #> [87947] "array-algebra" #> [87948] "array-create" #> [87949] "array-dimnames" #> [87950] "array-distribution" #> [87951] "array-normalize" #> [87952] "array-operations" #> [87953] "array-properties" #> [87954] "array-slice" #> [87955] "ashtrees" #> [87956] "cad" #> [87957] "carcass" #> [87958] "chestSim" #> [87959] "combnPrim" #> [87960] "cov2pcor" #> [87961] "dumping" #> [87962] "graph-cliques" #> [87963] "graph-coerce" #> [87964] "graph-create" #> [87965] "graph-edgeList" #> [87966] "graph-gcproperties" #> [87967] "graph-iplot" #> [87968] "graph-is" #> [87969] "graph-mcs" #> [87970] "graph-minimaltriang" #> [87971] "graph-moralize" #> [87972] "graph-mpd" #> [87973] "graph-query" #> [87974] "graph-randomdag" #> [87975] "graph-rip" #> [87976] "graph-toposort" #> [87977] "graph-triang" #> [87978] "graph-triangulate" #> [87979] "graph-vpar" #> [87980] "graph-xxx2yyy" #> [87981] "gRbase" #> [87982] "gRbase-generics" #> [87983] "gRbase-utilities" #> [87984] "mathmark" #> [87985] "mildew" #> [87986] "milkcomp" #> [87987] "Nutrimouse" #> [87988] "old-array-operations" #> [87989] "old-parray" #> [87990] "Setoperations" #> [87991] "simulateArray" #> [87992] "add1drop1" #> [87993] "comparecc" #> [87994] "getSlot" #> [87995] "gRc" #> [87996] "join1split1" #> [87997] "rcox" #> [87998] "update.rcox" #> [87999] "GRCdata-package" #> [88000] "find.scheme" #> [88001] "grcmle" #> [88002] "grec-package" #> [88003] "bathy" #> [88004] "colPalette" #> [88005] "detectFronts.RasterLayer" #> [88006] "NW_USA_SST" #> [88007] "GreedyEPL-package" #> [88008] "CollapseLabels" #> [88009] "MinimiseEPL" #> [88010] "complete_randomization" #> [88011] "complete_randomization_with_balanced_ns" #> [88012] "compute_objective_val" #> [88013] "compute_randomization_metrics" #> [88014] "generate_stdzied_design_matrix" #> [88015] "GreedyExperimentalDesign" #> [88016] "gurobi_multiple_designs" #> [88017] "initGreedyExperimentalDesignObject" #> [88018] "initGurobiNumericalOptimizationExperimentalDesignObject" #> [88019] "initKarpExperimentalDesignObject" #> [88020] "initOptimalExperimentalDesignObject" #> [88021] "initRerandomizationExperimentalDesignObject" #> [88022] "plot.greedy_experimental_design_search" #> [88023] "plot_obj_val_by_iter" #> [88024] "plot_obj_val_order_statistic" #> [88025] "print.greedy_experimental_design_search" #> [88026] "print.karp_experimental_design_search" #> [88027] "print.optimal_experimental_design_search" #> [88028] "print.rerandomization_experimental_design_search" #> [88029] "resultsGreedySearch" #> [88030] "resultsGurobiNumericalOptimizeExperimentalDesign" #> [88031] "resultsKarpSearch" #> [88032] "resultsOptimalSearch" #> [88033] "resultsRerandomizationSearch" #> [88034] "searchTimeElapsed" #> [88035] "startSearch" #> [88036] "stopSearch" #> [88037] "summary.greedy_experimental_design_search" #> [88038] "summary.karp_experimental_design_search" #> [88039] "summary.optimal_experimental_design_search" #> [88040] "summary.rerandomization_experimental_design_search" #> [88041] "July" #> [88042] "15," #> [88043] "Kapelner," #> [88044] "Azriel," #> [88045] "Abba" #> [88046] "Krieger" #> [88047] "2018-07-15" #> [88048] "14:50:02" #> [88049] "GreedySBTM-package" #> [88050] "GreedyICL" #> [88051] "GreedyInit" #> [88052] "GreedyMerge" #> [88053] "ICLExact" #> [88054] "reality_mining_1392" #> [88055] "reality_mining_84" #> [88056] "SBTMProbs" #> [88057] "Greg-package" #> [88058] "addNonlinearity" #> [88059] "caDescribeOpts" #> [88060] "confint.ols" #> [88061] "confint_robust" #> [88062] "forestplotCombineRegrObj" #> [88063] "forestplotRegrObj" #> [88064] "isFitCoxPH" #> [88065] "robcov_alt" #> [88066] "timeSplitter" #> [88067] "gremlin-package" #> [88068] "anova.gremlin" #> [88069] "gremlinR" #> [88070] "logLik.gremlin" #> [88071] "Mrode11" #> [88072] "nobs.gremlin" #> [88073] "residuals.gremlin" #> [88074] "stTrans" #> [88075] "summary.gremlin" #> [88076] "vech2matlist" #> [88077] "gren-package" #> [88078] "cv.gren" #> [88079] "dataCervical" #> [88080] "dataColon" #> [88081] "denet" #> [88082] "gren" #> [88083] "predict.gren" #> [88084] "build_index" #> [88085] "get_fastq" #> [88086] "get_srr" #> [88087] "process_geo_rnaseq" #> [88088] "run_fastqc" #> [88089] "run_multiqc" #> [88090] "run_salmon" #> [88091] "run_tximport" #> [88092] "trim_fastq" #> [88093] "accrualReport" #> [88094] "appsection" #> [88095] "dNeedle" #> [88096] "dReport" #> [88097] "eReport" #> [88098] "exReport" #> [88099] "getgreportOption" #> [88100] "greport" #> [88101] "latticeInit" #> [88102] "Merge" #> [88103] "mfrowSuggest" #> [88104] "nriskReport" #> [88105] "putFig" #> [88106] "sampleFrac" #> [88107] "setgreportOption" #> [88108] "startPlot" #> [88109] "survReport" #> [88110] "Nick" #> [88111] "Golding" #> [88112] "Fleischhacker" #> [88113] "Shirin" #> [88114] "Glander" #> [88115] "Ingram" #> [88116] "Lee" #> [88117] "Hazel" #> [88118] "Tiphaine" #> [88119] "Mulvahill" #> [88120] "Teetor" #> [88121] "Jian" #> [88122] "10:00:03" #> [88123] "as_data" #> [88124] "extract-replace-combine" #> [88125] "greta" #> [88126] "internals" #> [88127] "optimisers" #> [88128] "overloaded" #> [88129] "samplers" #> [88130] "structures" #> [88131] "transforms" #> [88132] "variable" #> [88133] "grex-package" #> [88134] "cleanid" #> [88135] "grex" #> [88136] "gtexv6" #> [88137] "gtexv6p" #> [88138] "gtexv7" #> [88139] "actuals" #> [88140] "alm" #> [88141] "association" #> [88142] "cramer" #> [88143] "dalaplace" #> [88144] "determination" #> [88145] "dfnorm" #> [88146] "dlaplace" #> [88147] "dtplnorm" #> [88148] "errorType" #> [88149] "graphmaker" #> [88150] "greybox" #> [88151] "hm" #> [88152] "is.greybox" #> [88153] "lmCombine" #> [88154] "lmDynamic" #> [88155] "mcor" #> [88156] "pAIC" #> [88157] "pinball" #> [88158] "pointLik" #> [88159] "polyprod" #> [88160] "predict.alm" #> [88161] "rmc" #> [88162] "ro" #> [88163] "tableplot" #> [88164] "xregExpander" #> [88165] "xregMultiplier" #> [88166] "xregTransformer" #> [88167] "greyzoneSurv-package" #> [88168] "bestcut2" #> [88169] "cox.summary" #> [88170] "genSurvData" #> [88171] "greyzone.funcs" #> [88172] "mydata" #> [88173] "average_partial_effect" #> [88174] "average_treatment_effect" #> [88175] "causal_forest" #> [88176] "create_dot_body" #> [88177] "custom_forest" #> [88178] "export_graphviz" #> [88179] "get_sample_weights" #> [88180] "instrumental_forest" #> [88181] "local_linear_forest" #> [88182] "plot.grf_tree" #> [88183] "predict.causal_forest" #> [88184] "predict.custom_forest" #> [88185] "predict.instrumental_forest" #> [88186] "predict.local_linear_forest" #> [88187] "predict.quantile_forest" #> [88188] "predict.regression_forest" #> [88189] "print.grf" #> [88190] "print.grf_tree" #> [88191] "quantile_forest" #> [88192] "regression_forest" #> [88193] "split_frequencies" #> [88194] "test_calibration" #> [88195] "tune_causal_forest" #> [88196] "tune_local_linear_forest" #> [88197] "tune_regression_forest" #> [88198] "baseViewports" #> [88199] "gridTree" #> [88200] "gridTreeTips" #> [88201] "grobBrowser" #> [88202] "gridExtra-package" #> [88203] "gtable_combine" #> [88204] "gtable_rbind" #> [88205] "ngonGrob" #> [88206] "tableGrob" #> [88207] "grid.echo" #> [88208] "plotdiff" #> [88209] "agopenTrue" #> [88210] "graphWidth" #> [88211] "grid.graph" #> [88212] "gs_mode" #> [88213] "gs_rasterize" #> [88214] "gs_sample" #> [88215] "gs_zonal_raster" #> [88216] "RWAshp" #> [88217] "gridsampler-package" #> [88218] "calc_probabilities" #> [88219] "draw_multiple_n_persons_x_times" #> [88220] "draw_n_person_sample" #> [88221] "expected_frequencies" #> [88222] "gridsampler" #> [88223] "prob_categories" #> [88224] "sim_n_persons" #> [88225] "sim_n_persons_x_times" #> [88226] "sim_n_persons_x_times_many_n" #> [88227] "sim_one_person" #> [88228] "animUnit" #> [88229] "Clipping" #> [88230] "Paths" #> [88231] "System" #> [88232] "Import/Export" #> [88233] "feBlend" #> [88234] "feColorMatrix" #> [88235] "feComponentTransfer" #> [88236] "feComposite" #> [88237] "feConvolveMatrix" #> [88238] "feDiffuseLighting" #> [88239] "feDisplacementMap" #> [88240] "feDistantLight" #> [88241] "feFlood" #> [88242] "feGaussianBlur" #> [88243] "feImage" #> [88244] "feMerge" #> [88245] "feMorphology" #> [88246] "feOffset" #> [88247] "fePointLight" #> [88248] "feSpecularLighting" #> [88249] "feSpotLight" #> [88250] "feTile" #> [88251] "feTurbulence" #> [88252] "Filter" #> [88253] "Inputs" #> [88254] "filterEffect" #> [88255] "garnish" #> [88256] "getSVGFonts" #> [88257] "Fills" #> [88258] "grid.animate" #> [88259] "grid.clipPath" #> [88260] "grid.comment" #> [88261] "grid.element" #> [88262] "grid.export" #> [88263] "grid.filter" #> [88264] "grid.garnish" #> [88265] "grid.gradientFill" #> [88266] "grid.hyperlink" #> [88267] "grid.mask" #> [88268] "grid.patternFill" #> [88269] "grid.script" #> [88270] "gridsvg" #> [88271] "gridSVG.newpage" #> [88272] "grobToDev" #> [88273] "JS" #> [88274] "Mappings" #> [88275] "listSVGDefinitions" #> [88276] "Mapping" #> [88277] "Names" #> [88278] "Opacity" #> [88279] "Masks" #> [88280] "Pattern" #> [88281] "popContext" #> [88282] "primToDev" #> [88283] "pushClipPath" #> [88284] "pushMask" #> [88285] "registerFilter" #> [88286] "Retrieve" #> [88287] "Mapped" #> [88288] "SVG" #> [88289] "IDs," #> [88290] "CSS" #> [88291] "Selectors" #> [88292] "XPath" #> [88293] "Expressions" #> [88294] "setSVGoptions" #> [88295] "viewportCreate" #> [88296] "addem" #> [88297] "belongtoint" #> [88298] "envelopes" #> [88299] "GriegSmith" #> [88300] "sumofsquares" #> [88301] "sums" #> [88302] "CGstats" #> [88303] "ciTest-array" #> [88304] "ciTest-general" #> [88305] "ciTest_df" #> [88306] "ciTest_mvn" #> [88307] "ciTest_ordinal" #> [88308] "cmod" #> [88309] "dmod" #> [88310] "dModel-class" #> [88311] "effloglin" #> [88312] "ggmfit" #> [88313] "ghk2phkParms" #> [88314] "iModel-general" #> [88315] "loglinDim" #> [88316] "mmod" #> [88317] "modify_glist" #> [88318] "testadd" #> [88319] "testdelete" #> [88320] "testInEdges;" #> [88321] "testOutEdges" #> [88322] "drawPath" #> [88323] "explodePaths" #> [88324] "grid.picture" #> [88325] "grid.symbols" #> [88326] "grobify" #> [88327] "picture" #> [88328] "Picture-class" #> [88329] "PictureChar-class" #> [88330] "PictureFill-class" #> [88331] "PictureOp-class" #> [88332] "picturePaths" #> [88333] "PictureStroke-class" #> [88334] "PictureSummary-class" #> [88335] "PictureText-class" #> [88336] "PostScriptTrace" #> [88337] "readPicture" #> [88338] "symbolize" #> [88339] "applyTransform-gpar" #> [88340] "Path" #> [88341] "PathClosePath-class" #> [88342] "PathCurveTo-class" #> [88343] "PathData-class" #> [88344] "PathLineTo-class" #> [88345] "PathMoveTo-class" #> [88346] "PathSegment-class" #> [88347] "PictureClipPath-class" #> [88348] "PictureContent-class" #> [88349] "PictureDefinitions-class" #> [88350] "PictureFeColorMatrix-class" #> [88351] "PictureFilter-class" #> [88352] "PictureGradientStop-class" #> [88353] "PictureGroup-class" #> [88354] "PictureImage-class" #> [88355] "PictureLinearGradient-class" #> [88356] "PictureMask-class" #> [88357] "PicturePath-class" #> [88358] "PicturePattern-class" #> [88359] "PictureRadialGradient-class" #> [88360] "PictureRect-class" #> [88361] "PictureSymbol-class" #> [88362] "Bloss73" #> [88363] "Carman" #> [88364] "excalibrII" #> [88365] "fit.joel" #> [88366] "Gunter" #> [88367] "pcirc" #> [88368] "Wulffnet" #> [88369] "Wulffplot" #> [88370] "Wulffpoint" #> [88371] "grnn-package" #> [88372] "guess" #> [88373] "addRegressor" #> [88374] "are.compatible" #> [88375] "createNoisyDataset" #> [88376] "createRunId" #> [88377] "createWorkbench" #> [88378] "getNoisyPhenotype" #> [88379] "GROAN.AI" #> [88380] "GROAN.KI" #> [88381] "GROAN.pea.kinship" #> [88382] "GROAN.pea.SNPs" #> [88383] "GROAN.pea.yield" #> [88384] "GROAN.run" #> [88385] "measurePredictionPerformance" #> [88386] "noiseInjector.dummy" #> [88387] "noiseInjector.norm" #> [88388] "noiseInjector.swapper" #> [88389] "noiseInjector.unif" #> [88390] "phenoRegressor.BGLR" #> [88391] "phenoRegressor.dummy" #> [88392] "phenoRegressor.RFR" #> [88393] "phenoRegressor.rrBLUP" #> [88394] "phenoRegressor.SVR" #> [88395] "print.GROAN.NoisyDataset" #> [88396] "print.GROAN.Workbench" #> [88397] "summary.GROAN.NoisyDataset" #> [88398] "summary.GROAN.Result" #> [88399] "corrob" #> [88400] "covrob" #> [88401] "groc" #> [88402] "groc.fit" #> [88403] "grocCrossval" #> [88404] "model.frame.groc" #> [88405] "plot.groc" #> [88406] "predict.groc" #> [88407] "prim7" #> [88408] "summary.groc" #> [88409] "gromovdist" #> [88410] "Group_Comparison_Paired" #> [88411] "Group_Comparison_Unpaired" #> [88412] "find_missing_starts" #> [88413] "find_starts" #> [88414] "groupdata2" #> [88415] "group_factor" #> [88416] "splt" #> [88417] "%primes%" #> [88418] "%staircase%" #> [88419] "anova.grouped" #> [88420] "equispaced" #> [88421] "plot.grouped" #> [88422] "power.grouped" #> [88423] "residuals.grouped" #> [88424] "rounding" #> [88425] "Sdata" #> [88426] "Seeds" #> [88427] "summary.grouped" #> [88428] "summary.resid.grouped" #> [88429] "groupedstats-package" #> [88430] "grouped_aov" #> [88431] "grouped_glm" #> [88432] "grouped_glmer" #> [88433] "grouped_lm" #> [88434] "grouped_lmer" #> [88435] "grouped_proptest" #> [88436] "grouped_robustslr" #> [88437] "grouped_slr" #> [88438] "grouped_summary" #> [88439] "grouped_ttest" #> [88440] "grouped_wilcox" #> [88441] "lm_effsize_ci" #> [88442] "set_cwd" #> [88443] "signif_column" #> [88444] "specify_decimal_p" #> [88445] "groupedSurv-package" #> [88446] "alphaEstFam" #> [88447] "betaEst" #> [88448] "betaEstFam" #> [88449] "geneStat" #> [88450] "groupedSurv" #> [88451] "groupedSurvFam" #> [88452] "PvalueFam" #> [88453] "varEstFam" #> [88454] "varLLFam" #> [88455] "groupICA" #> [88456] "group.remmap" #> [88457] "group.remmap.cv" #> [88458] "groupseq" #> [88459] "groupsubsetselection" #> [88460] "GroupTest-package" #> [88461] "AYP" #> [88462] "GroupTest_simulate" #> [88463] "GT.decision" #> [88464] "GT.em" #> [88465] "GT.localfdr" #> [88466] "GT.wrapper" #> [88467] "Denoise" #> [88468] "DWT" #> [88469] "FAnova" #> [88470] "GenerateSyntheticAnova" #> [88471] "grove" #> [88472] "InvDWT" #> [88473] "PlotStates" #> [88474] "growcurves-package" #> [88475] "datbrghtmodterms" #> [88476] "datbrghtterms" #> [88477] "dateduc" #> [88478] "datsimcov" #> [88479] "datsimmult" #> [88480] "ddpEffectsplot" #> [88481] "ddpgrow" #> [88482] "ddpMCMCplots" #> [88483] "ddpPost" #> [88484] "ddp_quantiles" #> [88485] "dpgrow" #> [88486] "dpgrowmm" #> [88487] "dpgrowmult" #> [88488] "dpPost" #> [88489] "effectsplot" #> [88490] "getmf" #> [88491] "growplot" #> [88492] "growthCurve" #> [88493] "lgmPost" #> [88494] "mcmcPlots" #> [88495] "mmCmvplusDpPost" #> [88496] "mmCplusDpPost" #> [88497] "mmIgroupDpPost" #> [88498] "mmIplusDpPost" #> [88499] "mmmultPost" #> [88500] "plot.ddpgrow" #> [88501] "plot.dpgrow" #> [88502] "plot.dpgrowmm" #> [88503] "plot.dpgrowmult" #> [88504] "samples.ddpgrow" #> [88505] "samples.dpgrow" #> [88506] "samples.dpgrowmult" #> [88507] "summary.ddpgrow" #> [88508] "summary.dpgrow" #> [88509] "summary.dpgrowmm" #> [88510] "summary.dpgrowmult" #> [88511] "summary_quantiles" #> [88512] "trtplot" #> [88513] "XZcov" #> [88514] "growfunctions-package" #> [88515] "fit_compare" #> [88516] "gen_informative_sample" #> [88517] "gmrfdpcountPost" #> [88518] "gmrfdpgrow" #> [88519] "gmrfdpPost" #> [88520] "gpBFixPost" #> [88521] "gpdpbPost" #> [88522] "gpdpgrow" #> [88523] "gpdpPost" #> [88524] "gpFixPost" #> [88525] "gpPost" #> [88526] "informative_plot" #> [88527] "MSPE" #> [88528] "plot_cluster" #> [88529] "predict_functions" #> [88530] "predict_functions.gmrfdpgrow" #> [88531] "predict_functions.gpdpgrow" #> [88532] "predict_plot" #> [88533] "samples.gmrfdpgrow" #> [88534] "carma" #> [88535] "corgram" #> [88536] "elliptic" #> [88537] "pergram" #> [88538] "potthoff" #> [88539] "rmaov" #> [88540] "gcfit" #> [88541] "gcvals" #> [88542] "growthdata" #> [88543] "NAtT" #> [88544] "SummarizeGrowth" #> [88545] "SummarizeGrowthByPlate" #> [88546] "growthmodels-package" #> [88547] "blumberg" #> [88548] "brody" #> [88549] "chapmanRichards" #> [88550] "generalisedLogistic" #> [88551] "generalisedRichard" #> [88552] "loglogistic" #> [88553] "mitcherlich" #> [88554] "mmf" #> [88555] "monomolecular" #> [88556] "negativeExponential" #> [88557] "richard" #> [88558] "schnute" #> [88559] "stannard" #> [88560] "vonBertalanffy" #> [88561] "growthrate-package" #> [88562] "cv.growth" #> [88563] "diffquo" #> [88564] "height_data" #> [88565] "Khatf" #> [88566] "new.growth" #> [88567] "posteriordistribcurve" #> [88568] "posteriorobs" #> [88569] "priormeanobs" #> [88570] "growthrates-package" #> [88571] "all_easylinear" #> [88572] "all_growthmodels" #> [88573] "all_splines" #> [88574] "antibiotic" #> [88575] "bactgrowth" #> [88576] "extcoef_logistic" #> [88577] "fit_easylinear" #> [88578] "fit_growthmodel" #> [88579] "fit_spline" #> [88580] "function_growthmodel-class" #> [88581] "growthmodel" #> [88582] "growthmodel-class" #> [88583] "growthrates_fit-class" #> [88584] "grow_baranyi" #> [88585] "grow_exponential" #> [88586] "grow_gompertz" #> [88587] "grow_huang" #> [88588] "grow_logistic" #> [88589] "grow_richards" #> [88590] "names.growthmodel" #> [88591] "ode_genlogistic" #> [88592] "ode_twostep" #> [88593] "predict,growthrates_fit-method" #> [88594] "rsquared,growthrates_fit-method" #> [88595] "[,multiple_fits,ANY,missing-method" #> [88596] "grplasso-package" #> [88597] "grpl.control" #> [88598] "grpl.control-class" #> [88599] "grpl.model" #> [88600] "grpl.model-class" #> [88601] "grplasso" #> [88602] "plot.grplasso" #> [88603] "predict.grplasso" #> [88604] "fit_grp" #> [88605] "grpreg-package" #> [88606] "AUC.cv.grpsurv" #> [88607] "Birthwt" #> [88608] "birthwt.grpreg" #> [88609] "cv.grpreg" #> [88610] "gBridge" #> [88611] "grpreg" #> [88612] "grpsurv" #> [88613] "logLik.grpreg" #> [88614] "plot.cv.grpreg" #> [88615] "plot.grpreg" #> [88616] "plot.grpsurv.func" #> [88617] "predict.grpreg" #> [88618] "predict.grpsurv" #> [88619] "select.grpreg" #> [88620] "summary.cv.grpreg" #> [88621] "grpregOverlap-package" #> [88622] "cv.grpregOverlap" #> [88623] "cv.grpsurvOverlap" #> [88624] "expandX" #> [88625] "grpregOverlap" #> [88626] "incidenceMatrix" #> [88627] "overlapMatrix" #> [88628] "pathway.dat" #> [88629] "plot.cv.grpregOverlap" #> [88630] "plot.grpregOverlap" #> [88631] "predict.grpregOverlap" #> [88632] "predict.grpsurvOverlap" #> [88633] "select.grpregOverlap" #> [88634] "summary.cv.grpregOverlap" #> [88635] "coef.grpSLOPE" #> [88636] "getGroupID" #> [88637] "grpSLOPE" #> [88638] "lambdaGroupSLOPE" #> [88639] "predict.grpSLOPE" #> [88640] "proxGroupSortedL1" #> [88641] "proximalGradientSolverGroupSLOPE" #> [88642] "distcor" #> [88643] "grp.criValues" #> [88644] "grpss" #> [88645] "norm_vec" #> [88646] "predict.cv.grpreg" #> [88647] "print.grpss" #> [88648] "summary.grpreg" #> [88649] "GrpString-package" #> [88650] "CommonPatt" #> [88651] "CommonPattern" #> [88652] "DupRm" #> [88653] "event1s.df" #> [88654] "eventChar.df" #> [88655] "EveS" #> [88656] "EveStr" #> [88657] "EveString" #> [88658] "FeaturedPatt" #> [88659] "HistDif" #> [88660] "p1_20up" #> [88661] "p2_25up" #> [88662] "PatternInfo" #> [88663] "str1" #> [88664] "str2" #> [88665] "StrDif" #> [88666] "StrHclust" #> [88667] "StrKclust" #> [88668] "TransEntro" #> [88669] "TransEntropy" #> [88670] "TransInfo" #> [88671] "TransMx" #> [88672] "convertBase" #> [88673] "grr" #> [88674] "matches" #> [88675] "order2" #> [88676] "sort2" #> [88677] "GRS.test-package" #> [88678] "GRS.MLtest" #> [88679] "GRS.optimal" #> [88680] "GRS.optimalboot" #> [88681] "GRS.optimalbootweight" #> [88682] "GRS.optimalweight" #> [88683] "GRS.Power" #> [88684] "GRS.Powerfunc" #> [88685] "GRS.T" #> [88686] "GRS.test" #> [88687] "grt-package" #> [88688] "coef.glc" #> [88689] "dprime" #> [88690] "extractAIC" #> [88691] "gaborPatch" #> [88692] "gcjc" #> [88693] "gcjcStruct" #> [88694] "glc" #> [88695] "glcStruct" #> [88696] "gqc" #> [88697] "gqcStruct" #> [88698] "grg" #> [88699] "grtMeans" #> [88700] "grtrnorm" #> [88701] "ldb" #> [88702] "ldb.p.correct" #> [88703] "lines.gqcStruct" #> [88704] "logLik.glc" #> [88705] "logLik.glcStruct" #> [88706] "logLik.gqc" #> [88707] "logLik.gqcStruct" #> [88708] "mcovs" #> [88709] "new2old_par" #> [88710] "old2new_par" #> [88711] "plot.gcjc" #> [88712] "plot.glc" #> [88713] "plot.gqc" #> [88714] "plot3d.glc" #> [88715] "plot3d.gqc" #> [88716] "predict.glc" #> [88717] "qdb" #> [88718] "qdb.p.correct" #> [88719] "subjdemo_1d" #> [88720] "subjdemo_2d" #> [88721] "subjdemo_3d" #> [88722] "subjdemo_cj" #> [88723] "GRTo-package" #> [88724] "BBootComp" #> [88725] "bvmed" #> [88726] "fmddisc" #> [88727] "schuster" #> [88728] "utcomp" #> [88729] "GSA" #> [88730] "GSA.correlate" #> [88731] "GSA.func" #> [88732] "GSA.genescores" #> [88733] "GSA.listsets" #> [88734] "GSA.make.features" #> [88735] "GSA.plot" #> [88736] "GSA.read.gmt" #> [88737] "GSAfisherCombined-package" #> [88738] "GSAfisher" #> [88739] "GSAfisher.default" #> [88740] "GSAfisher.multiple" #> [88741] "GSAfisher.plot" #> [88742] "GSAfisher.print" #> [88743] "GSAfisher.summary" #> [88744] "GSAgm-package" #> [88745] "gene_example" #> [88746] "PCgamma" #> [88747] "RNAgamma" #> [88748] "rnaseq_counts" #> [88749] "STTtoShapeParameter" #> [88750] "gsalib-package" #> [88751] "gatkreport_test_v1.table" #> [88752] "gsa.read.gatkreport" #> [88753] "gsa.read.gatkreportv0" #> [88754] "gsa.read.gatkreportv1" #> [88755] "genedist" #> [88756] "genelist" #> [88757] "geneqtl" #> [88758] "GeneSelect" #> [88759] "GSAQ" #> [88760] "GSVQ" #> [88761] "qtldist" #> [88762] "qtlhit" #> [88763] "qtl_salt" #> [88764] "totqtlhit" #> [88765] "gsarima-package" #> [88766] "arrep" #> [88767] "garsim" #> [88768] "gsb-package" #> [88769] "gsb" #> [88770] "gsbBayesUpdate" #> [88771] "gsbCriteria" #> [88772] "plot.gsbMainOut" #> [88773] "design_gsnb" #> [88774] "design_nb" #> [88775] "get_calendartime_gsnb" #> [88776] "get_info_gsnb" #> [88777] "gscounts" #> [88778] "obrien" #> [88779] "pocock" #> [88780] "print.gsnb" #> [88781] "print.nb" #> [88782] "eEvents" #> [88783] "gsBinomialExact" #> [88784] "gsBound" #> [88785] "gsBoundCP" #> [88786] "gsBoundSummary" #> [88787] "gsCP" #> [88788] "gsDensity" #> [88789] "gsDesign" #> [88790] "gsProbability" #> [88791] "nNormal" #> [88792] "normalGrid" #> [88793] "nSurv" #> [88794] "nSurvival" #> [88795] "plot.gsDesign" #> [88796] "sfExponential" #> [88797] "sfHSD" #> [88798] "sfLDOF" #> [88799] "sfLinear" #> [88800] "sfLogistic" #> [88801] "sfPoints" #> [88802] "sfPower" #> [88803] "sfTDist" #> [88804] "sfTruncated" #> [88805] "Spending" #> [88806] "ssrCP" #> [88807] "Wang-Tsiatis" #> [88808] "Bounds" #> [88809] "CovEM" #> [88810] "CovRobMiss-class" #> [88811] "CovRobMissSc-class" #> [88812] "emve" #> [88813] "emve-class" #> [88814] "geochem" #> [88815] "get-methods" #> [88816] "GSE" #> [88817] "GSE-class" #> [88818] "gy.filt" #> [88819] "horse" #> [88820] "HuberPairwise" #> [88821] "HuberPairwise-class" #> [88822] "ImpS" #> [88823] "partial.mahalanobis" #> [88824] "simulation-tools" #> [88825] "slrt" #> [88826] "SummaryCovGSE-class" #> [88827] "TSGS" #> [88828] "TSGS-class" #> [88829] "wages" #> [88830] "gsEasy-package" #> [88831] "get_GO_gene_sets" #> [88832] "get_ontological_gene_sets" #> [88833] "GO_gene_sets" #> [88834] "gset" #> [88835] "GSED-package" #> [88836] "boundaries_sim" #> [88837] "magnusson_turnbull" #> [88838] "max_FI" #> [88839] "sim_magnusson_turnbull" #> [88840] "stage_1_evaluation" #> [88841] "stage_1_selection" #> [88842] "E1" #> [88843] "E2" #> [88844] "E3" #> [88845] "E4" #> [88846] "gSeg" #> [88847] "gseg1" #> [88848] "gseg2" #> [88849] "acrylic" #> [88850] "genInit" #> [88851] "gSEM" #> [88852] "plot.sgSEMp1" #> [88853] "plot.sgSEMp2" #> [88854] "sgSEMp1" #> [88855] "sgSEMp2" #> [88856] "summary.sgSEMp1" #> [88857] "summary.sgSEMp2" #> [88858] "gset-package" #> [88859] "binding" #> [88860] "equivonly" #> [88861] "figureE" #> [88862] "figureEF" #> [88863] "nfix" #> [88864] "nminmax" #> [88865] "nonbinding" #> [88866] "gsg-package" #> [88867] "fitness.landscape" #> [88868] "gam.gradients" #> [88869] "gppr" #> [88870] "gppr.gradients" #> [88871] "humanNeonatal" #> [88872] "moments.differentials" #> [88873] "predict.gppr" #> [88874] "SoayLambs" #> [88875] "construct_download_url" #> [88876] "gsheet2tbl" #> [88877] "gsheet2text" #> [88878] "afsp" #> [88879] "as.geosamples" #> [88880] "autopredict-methods" #> [88881] "AWCPTF" #> [88882] "buffer.dist-methods" #> [88883] "cookfarm" #> [88884] "ERDICM" #> [88885] "FAO.SoilProfileCollection-class" #> [88886] "fit.gstatModel-methods" #> [88887] "fit.regModel-methods" #> [88888] "fit.vgmModel-methods" #> [88889] "geochm" #> [88890] "geosamples-class" #> [88891] "getID" #> [88892] "getSpatialTiles" #> [88893] "GlobalSoilMap-class" #> [88894] "GSIF.env" #> [88895] "gstatModel-class" #> [88896] "isis" #> [88897] "landmask" #> [88898] "LRI" #> [88899] "make.3Dgrid" #> [88900] "makeGstatCmd" #> [88901] "mpspline" #> [88902] "OCSKGM" #> [88903] "predict.gstatModel-method" #> [88904] "REST.SoilGrids-class" #> [88905] "sample.grid" #> [88906] "soil.classes" #> [88907] "soil.legends" #> [88908] "SoilGrid.validator" #> [88909] "SoilGrids-class" #> [88910] "SpatialComponents-class" #> [88911] "SpatialMemberships-class" #> [88912] "spc" #> [88913] "spfkm" #> [88914] "spline.krige" #> [88915] "spmultinom" #> [88916] "spsample.prob" #> [88917] "test.gstatModel-methods" #> [88918] "USDA.TT.im" #> [88919] "WPS-class" #> [88920] "gskat-package" #> [88921] "gdata" #> [88922] "gskat_score" #> [88923] "gskat_score_pert" #> [88924] "gskat_seq" #> [88925] "gskat_seq_cont" #> [88926] "score.RFAM_IC_burden" #> [88927] "score_FSKAT_IC_pertu" #> [88928] "gsl-package" #> [88929] "Clausen" #> [88930] "Coulomb" #> [88931] "Coupling" #> [88932] "Dawson" #> [88933] "Debye" #> [88934] "Dilog" #> [88935] "Ellint" #> [88936] "Elljac" #> [88937] "Expint" #> [88938] "Fermi-Dirac" #> [88939] "Gamma" #> [88940] "Gegenbauer" #> [88941] "gsl-deprecated" #> [88942] "Hyperg" #> [88943] "Laguerre" #> [88944] "Lambert" #> [88945] "Log" #> [88946] "Misc" #> [88947] "multimin" #> [88948] "Poly" #> [88949] "Powint" #> [88950] "Psi" #> [88951] "Qrng" #> [88952] "Rng" #> [88953] "Synchrotron" #> [88954] "Transport" #> [88955] "Trig" #> [88956] "lisiecki2005" #> [88957] "LR04_MISboundaries" #> [88958] "spratt2016" #> [88959] "GSM-package" #> [88960] "allcurves.q" #> [88961] "estim.gsm" #> [88962] "estim.gsm_theta" #> [88963] "gsm-class" #> [88964] "GSMDist" #> [88965] "tmeanC" #> [88966] "trimmedMean" #> [88967] "GSMX-package" #> [88968] "gsm" #> [88969] "pseudo.data" #> [88970] "pseudo.kin" #> [88971] "US-NCEI," #> [88972] "meteorological-data," #> [88973] "weather," #> [88974] "weather-data," #> [88975] "meteorology," #> [88976] "surface-weather," #> [88977] "data-access," #> [88978] "Sparks" #> [88979] "Tomislav" #> [88980] "Hengl" #> [88981] "Bob" #> [88982] "Rudis" #> [88983] "Gwenael" #> [88984] "Giboire" #> [88985] "(Several" #> [88986] "bug" #> [88987] "reports" #> [88988] "Łukasz" #> [88989] "Pawlik" #> [88990] "(Reported" #> [88991] "windspeed" #> [88992] "Darnell" #> [88993] "'Windows" #> [88994] "OS'" #> [88995] "'GSOD'" #> [88996] "untarring" #> [88997] "2019-01-18" #> [88998] "23:10:43" #> [88999] "get_GSOD" #> [89000] "get_inventory" #> [89001] "GSODR" #> [89002] "nearest_stations" #> [89003] "print.GSODR.Info" #> [89004] "reformat_GSOD" #> [89005] "update_station_list" #> [89006] "demon" #> [89007] "GSparO" #> [89008] "cdBoundary" #> [89009] "genCorrMat" #> [89010] "initLocPeak" #> [89011] "ldInitLocPeak" #> [89012] "ldNominalSig" #> [89013] "ldPrimaryBoundary" #> [89014] "ldSecControl" #> [89015] "ldSecondaryBoundary" #> [89016] "nominalSig" #> [89017] "p.adjust.gtxr" #> [89018] "primaryBoundary" #> [89019] "primaryBoundaryVec" #> [89020] "psbTeXtable" #> [89021] "refinedBoundary" #> [89022] "secControl" #> [89023] "secondaryBoundary" #> [89024] "secondaryBoundaryVec" #> [89025] "secondaryBoundaryVecLD" #> [89026] "secondaryBoundaryVecOrig" #> [89027] "bacteriuria" #> [89028] "cdsscden" #> [89029] "cdssden" #> [89030] "clim" #> [89031] "ColoCan" #> [89032] "dsscden" #> [89033] "dssden" #> [89034] "esc" #> [89035] "eyetrack" #> [89036] "fitted.ssanova" #> [89037] "gauss.quad" #> [89038] "gssanova" #> [89039] "gssanova0" #> [89040] "hzdrate.sshzd" #> [89041] "LakeAcidity" #> [89042] "nlm0" #> [89043] "nox" #> [89044] "penny" #> [89045] "predict.ssanova" #> [89046] "predict.sscox" #> [89047] "predict.ssllrm" #> [89048] "smolyak" #> [89049] "ssanova" #> [89050] "ssanova0" #> [89051] "ssanova9" #> [89052] "sscden" #> [89053] "sscox" #> [89054] "ssden" #> [89055] "sshzd" #> [89056] "ssllrm" #> [89057] "stan" #> [89058] "summary.gssanova" #> [89059] "summary.gssanova0" #> [89060] "summary.ssanova" #> [89061] "cdsscopu" #> [89062] "DiaRet" #> [89063] "dsscopu" #> [89064] "hzdrate.sshzd2d" #> [89065] "sscopu" #> [89066] "sshzd2d" #> [89067] "summary.sscopu" #> [89068] "GSSE-package" #> [89069] "EM_PAVA_Func" #> [89070] "p0G_data" #> [89071] "p0G_Func" #> [89072] "Permutation_Test" #> [89073] "Sieve_NPMLE_Bootstrap" #> [89074] "Sieve_NPMLE_Switch" #> [89075] "Simulated_data" #> [89076] "test_stat" #> [89077] "coalash" #> [89078] "DE_RB_2005" #> [89079] "estiStAni" #> [89080] "extractPar" #> [89081] "fit.lmc" #> [89082] "fit.StVariogram" #> [89083] "fit.variogram" #> [89084] "fit.variogram.gls" #> [89085] "fit.variogram.reml" #> [89086] "fulmar" #> [89087] "get.contr" #> [89088] "gstat" #> [89089] "hscat" #> [89090] "krige.cv" #> [89091] "krigeSimCE" #> [89092] "krigeST" #> [89093] "krigeSTSimTB" #> [89094] "krigeTg" #> [89095] "map.to.lev" #> [89096] "meuse.all" #> [89097] "meuse.alt" #> [89098] "ncp.grid" #> [89099] "ossfim" #> [89100] "pcb" #> [89101] "plot.gstatVariogram" #> [89102] "plot.pointPairs" #> [89103] "plot.variogramCloud" #> [89104] "show.vgms" #> [89105] "sic2004" #> [89106] "sic97" #> [89107] "spplot.vcov" #> [89108] "tull" #> [89109] "variogramLine" #> [89110] "variogramST" #> [89111] "variogramSurface" #> [89112] "vgm" #> [89113] "vgm.panel.xyplot" #> [89114] "vgmArea" #> [89115] "vgmAreaST" #> [89116] "vgmST" #> [89117] "walker" #> [89118] "distM1" #> [89119] "gStream" #> [89120] "gstream" #> [89121] "gsubfn-package" #> [89122] "gsubfn" #> [89123] "match.funfn" #> [89124] "read.pattern" #> [89125] "strapply" #> [89126] "transform2" #> [89127] "WG127" #> [89128] "SCOR/IAPSO" #> [89129] "(Original" #> [89130] "'Matlab'" #> [89131] "2017-08-09" #> [89132] "21:05:24" #> [89133] "argfix" #> [89134] "gsw" #> [89135] "gsw_adiabatic_lapse_rate_from_CT" #> [89136] "gsw_adiabatic_lapse_rate_ice" #> [89137] "gsw_alpha" #> [89138] "gsw_alpha_on_beta" #> [89139] "gsw_alpha_wrt_t_exact" #> [89140] "gsw_alpha_wrt_t_ice" #> [89141] "gsw_beta" #> [89142] "gsw_beta_const_t_exact" #> [89143] "gsw_cabbeling" #> [89144] "gsw_chem_potential_water_ice" #> [89145] "gsw_chem_potential_water_t_exact" #> [89146] "gsw_cp_ice" #> [89147] "gsw_cp_t_exact" #> [89148] "gsw_CT_first_derivatives" #> [89149] "gsw_CT_first_derivatives_wrt_t_exact" #> [89150] "gsw_CT_freezing" #> [89151] "gsw_CT_freezing_first_derivatives" #> [89152] "gsw_CT_freezing_first_derivatives_poly" #> [89153] "gsw_CT_freezing_poly" #> [89154] "gsw_CT_from_enthalpy" #> [89155] "gsw_CT_from_entropy" #> [89156] "gsw_CT_from_pt" #> [89157] "gsw_CT_from_rho" #> [89158] "gsw_CT_from_t" #> [89159] "gsw_CT_maxdensity" #> [89160] "gsw_CT_second_derivatives" #> [89161] "gsw_C_from_SP" #> [89162] "gsw_deltaSA_from_SP" #> [89163] "gsw_dilution_coefficient_t_exact" #> [89164] "gsw_dynamic_enthalpy" #> [89165] "gsw_enthalpy" #> [89166] "gsw_enthalpy_CT_exact" #> [89167] "gsw_enthalpy_diff" #> [89168] "gsw_enthalpy_first_derivatives" #> [89169] "gsw_enthalpy_first_derivatives_CT_exact" #> [89170] "gsw_enthalpy_ice" #> [89171] "gsw_enthalpy_second_derivatives" #> [89172] "gsw_enthalpy_second_derivatives_CT_exact" #> [89173] "gsw_enthalpy_t_exact" #> [89174] "gsw_entropy_first_derivatives" #> [89175] "gsw_entropy_from_pt" #> [89176] "gsw_entropy_from_t" #> [89177] "gsw_entropy_ice" #> [89178] "gsw_entropy_second_derivatives" #> [89179] "gsw_Fdelta" #> [89180] "gsw_frazil_properties" #> [89181] "gsw_frazil_properties_potential" #> [89182] "gsw_frazil_properties_potential_poly" #> [89183] "gsw_frazil_ratios_adiabatic" #> [89184] "gsw_frazil_ratios_adiabatic_poly" #> [89185] "gsw_geo_strf_dyn_height" #> [89186] "gsw_geo_strf_dyn_height_pc" #> [89187] "gsw_gibbs" #> [89188] "gsw_gibbs_ice" #> [89189] "gsw_grav" #> [89190] "gsw_Helmholtz_energy_ice" #> [89191] "gsw_ice_fraction_to_freeze_seawater" #> [89192] "gsw_internal_energy" #> [89193] "gsw_internal_energy_ice" #> [89194] "gsw_IPV_vs_fNsquared_ratio" #> [89195] "gsw_kappa" #> [89196] "gsw_kappa_const_t_ice" #> [89197] "gsw_kappa_ice" #> [89198] "gsw_kappa_t_exact" #> [89199] "gsw_latentheat_evap_CT" #> [89200] "gsw_latentheat_evap_t" #> [89201] "gsw_latentheat_melting" #> [89202] "gsw_melting_ice_equilibrium_SA_CT_ratio" #> [89203] "gsw_melting_ice_equilibrium_SA_CT_ratio_poly" #> [89204] "gsw_melting_ice_into_seawater" #> [89205] "gsw_melting_ice_SA_CT_ratio" #> [89206] "gsw_melting_ice_SA_CT_ratio_poly" #> [89207] "gsw_melting_seaice_into_seawater" #> [89208] "gsw_Nsquared" #> [89209] "gsw_pot_enthalpy_from_pt_ice" #> [89210] "gsw_pot_enthalpy_from_pt_ice_poly" #> [89211] "gsw_pot_enthalpy_ice_freezing" #> [89212] "gsw_pot_enthalpy_ice_freezing_first_derivatives" #> [89213] "gsw_pot_enthalpy_ice_freezing_first_derivatives_poly" #> [89214] "gsw_pot_enthalpy_ice_freezing_poly" #> [89215] "gsw_pot_rho_t_exact" #> [89216] "gsw_pressure_coefficient_ice" #> [89217] "gsw_pressure_freezing_CT" #> [89218] "gsw_pt0_from_t" #> [89219] "gsw_pt0_from_t_ice" #> [89220] "gsw_pt_first_derivatives" #> [89221] "gsw_pt_from_CT" #> [89222] "gsw_pt_from_entropy" #> [89223] "gsw_pt_from_pot_enthalpy_ice" #> [89224] "gsw_pt_from_pot_enthalpy_ice_poly" #> [89225] "gsw_pt_from_t" #> [89226] "gsw_pt_from_t_ice" #> [89227] "gsw_pt_second_derivatives" #> [89228] "gsw_p_from_z" #> [89229] "gsw_rho" #> [89230] "gsw_rho_alpha_beta" #> [89231] "gsw_rho_first_derivatives" #> [89232] "gsw_rho_first_derivatives_wrt_enthalpy" #> [89233] "gsw_rho_ice" #> [89234] "gsw_rho_second_derivatives" #> [89235] "gsw_rho_second_derivatives_wrt_enthalpy" #> [89236] "gsw_rho_t_exact" #> [89237] "gsw_SAAR" #> [89238] "gsw_SA_freezing_from_CT" #> [89239] "gsw_SA_freezing_from_CT_poly" #> [89240] "gsw_SA_freezing_from_t" #> [89241] "gsw_SA_freezing_from_t_poly" #> [89242] "gsw_SA_from_rho" #> [89243] "gsw_SA_from_SP" #> [89244] "gsw_SA_from_SP_Baltic" #> [89245] "gsw_SA_from_Sstar" #> [89246] "gsw_seaice_fraction_to_freeze_seawater" #> [89247] "gsw_sigma0" #> [89248] "gsw_sigma1" #> [89249] "gsw_sigma2" #> [89250] "gsw_sigma3" #> [89251] "gsw_sigma4" #> [89252] "gsw_sound_speed" #> [89253] "gsw_sound_speed_ice" #> [89254] "gsw_sound_speed_t_exact" #> [89255] "gsw_specvol" #> [89256] "gsw_specvol_alpha_beta" #> [89257] "gsw_specvol_anom_standard" #> [89258] "gsw_specvol_first_derivatives" #> [89259] "gsw_specvol_first_derivatives_wrt_enthalpy" #> [89260] "gsw_specvol_ice" #> [89261] "gsw_specvol_second_derivatives" #> [89262] "gsw_specvol_second_derivatives_wrt_enthalpy" #> [89263] "gsw_specvol_t_exact" #> [89264] "gsw_spiciness0" #> [89265] "gsw_spiciness1" #> [89266] "gsw_spiciness2" #> [89267] "gsw_SP_from_C" #> [89268] "gsw_SP_from_SA" #> [89269] "gsw_SP_from_SK" #> [89270] "gsw_SP_from_SR" #> [89271] "gsw_SP_from_Sstar" #> [89272] "gsw_SR_from_SP" #> [89273] "gsw_Sstar_from_SA" #> [89274] "gsw_Sstar_from_SP" #> [89275] "gsw_thermobaric" #> [89276] "gsw_Turner_Rsubrho" #> [89277] "gsw_t_deriv_chem_potential_water_t_exact" #> [89278] "gsw_t_freezing" #> [89279] "gsw_t_freezing_first_derivatives" #> [89280] "gsw_t_freezing_first_derivatives_poly" #> [89281] "gsw_t_from_CT" #> [89282] "gsw_t_from_pt0_ice" #> [89283] "gsw_z_from_p" #> [89284] "saar" #> [89285] "GsymPoint-package" #> [89286] "control.gsym.point" #> [89287] "elastase" #> [89288] "gsym.point" #> [89289] "plot.gsym.point" #> [89290] "print.gsym.point" #> [89291] "summary.gsym.point" #> [89292] "gsynth-package" #> [89293] "gsynth" #> [89294] "gsynth-internal" #> [89295] "interFE" #> [89296] "plot.gsynth" #> [89297] "print.gsynth" #> [89298] "print.interFE" #> [89299] "turnout" #> [89300] "adhoc3" #> [89301] "dstudy" #> [89302] "gstudy" #> [89303] "gt2tau" #> [89304] "synthetic4" #> [89305] "gtable" #> [89306] "gtable_add_cols" #> [89307] "gtable_add_grob" #> [89308] "gtable_add_padding" #> [89309] "gtable_add_rows" #> [89310] "gtable_add_space" #> [89311] "gtable_col" #> [89312] "gtable_filter" #> [89313] "gtable_height" #> [89314] "gtable_matrix" #> [89315] "gtable_row" #> [89316] "gtable_show_layout" #> [89317] "gtable_spacer" #> [89318] "gtable_trim" #> [89319] "gtable_width" #> [89320] "is.gtable" #> [89321] "print.gtable" #> [89322] "gtcorr-package" #> [89323] "gtcorr.hierarchical" #> [89324] "gtcorr.hierarchical.user" #> [89325] "gtcorr.matrix" #> [89326] "gtcorr.matrix.user" #> [89327] "gte-package" #> [89328] "gte" #> [89329] "counts1" #> [89330] "counts2" #> [89331] "counts3" #> [89332] "dfs" #> [89333] "ds1" #> [89334] "ds2" #> [89335] "ds3" #> [89336] "g.tests" #> [89337] "g.tests_discrete" #> [89338] "getComdist" #> [89339] "getGraph" #> [89340] "getMV_discrete" #> [89341] "getR1R2_discrete" #> [89342] "gTests" #> [89343] "nnlink" #> [89344] "nnlink_Com" #> [89345] "nnlink_K" #> [89346] "permute_discrete" #> [89347] "berlin_gtfs" #> [89348] "berlin_gtfs_to_zip" #> [89349] "extract_gtfs" #> [89350] "go_home" #> [89351] "go_to_work" #> [89352] "gtfsrouter" #> [89353] "gtfs_isochrone" #> [89354] "gtfs_route" #> [89355] "gtfs_timetable" #> [89356] "plot.gtfs_ischrone" #> [89357] "process_gtfs_local" #> [89358] "summary.gtfs" #> [89359] "gtheory-package" #> [89360] "Brennan.3.2" #> [89361] "Rajaratnam.2" #> [89362] "asc" #> [89363] "ASCIIfy" #> [89364] "ask" #> [89365] "badDend" #> [89366] "baseOf" #> [89367] "binsearch" #> [89368] "capwords" #> [89369] "checkRVersion" #> [89370] "defmacro" #> [89371] "ELISA" #> [89372] "getDependencies" #> [89373] "gtools-defunct" #> [89374] "gtools-deprecated" #> [89375] "invalid" #> [89376] "keywords" #> [89377] "lastAdd" #> [89378] "loadedPackages" #> [89379] "mixedsort" #> [89380] "na.replace" #> [89381] "odd" #> [89382] "quantcut" #> [89383] "roman2int" #> [89384] "setTCPNoDelay" #> [89385] "smartbind" #> [89386] "split_path" #> [89387] "unByteCode" #> [89388] "gtop" #> [89389] "hts" #> [89390] "proj" #> [89391] "gtrends" #> [89392] "plot.gtrends" #> [89393] "setHandleParameters" #> [89394] "Trends" #> [89395] "1426" #> [89396] "Word" #> [89397] "country_code" #> [89398] "Two-digits" #> [89399] "country" #> [89400] "Description" #> [89401] "sub_code" #> [89402] "ISO3166-2" #> [89403] "122845" #> [89404] "performs" #> [89405] "‘query’" #> [89406] "‘session’." #> [89407] "Optional" #> [89408] "geolocation" #> [89409] "category" #> [89410] "gtrends(keyword" #> [89411] "geo" #> [89412] "gprop" #> [89413] "c(\"web\"," #> [89414] "\"news\"," #> [89415] "\"images\"," #> [89416] "\"froogle\"," #> [89417] "hl" #> [89418] "\"en-US\"," #> [89419] "low_search_volume" #> [89420] "cookie_url" #> [89421] "keyword" #> [89422] "keywords." #> [89423] "gtrends(c(\"NHL\",\"NBA\"," #> [89424] "\"MLB\"," #> [89425] "denoting" #> [89426] "geographic" #> [89427] "query," #> [89428] "“all”" #> [89429] "queries." #> [89430] "Multiple" #> [89431] "gtrends(\"NHL\"," #> [89432] "c(\"CA\"," #> [89433] "specifying" #> [89434] "query." #> [89435] "Possible" #> [89436] "\"now" #> [89437] "1-H\"" #> [89438] "4-H\"" #> [89439] "four" #> [89440] "1-d\"" #> [89441] "7-d\"" #> [89442] "seven" #> [89443] "\"today" #> [89444] "1-m\"" #> [89445] "Past" #> [89446] "3-m\"" #> [89447] "90" #> [89448] "12-m\"" #> [89449] "\"today+5-y\"" #> [89450] "\"all\"" #> [89451] "Since" #> [89452] "\"Y-m-d" #> [89453] "Y-m-d\"" #> [89454] "(ex.:" #> [89455] "\"2010-01-01" #> [89456] "defining" #> [89457] "formed." #> [89458] "Valid" #> [89459] "\"web\"" #> [89460] "category," #> [89461] "defaults" #> [89462] "language" #> [89463] "“en-US”" #> [89464] "“fr”)." #> [89465] "“en-US”." #> [89466] "Note" #> [89467] "influencing" #> [89468] "returned" #> [89469] "Should" #> [89470] "low" #> [89471] "search" #> [89472] "cookies." #> [89473] "general;" #> [89474] "changed" #> [89475] "advanced" #> [89476] "‘gtrends’" #> [89477] "(basically" #> [89478] "narrow" #> [89479] "requests." #> [89480] "accessed" #> [89481] "*related" #> [89482] "topics*" #> [89483] "retrieved" #> [89484] "head(gtrends(c(\"NHL\"," #> [89485] "\"NFL\")," #> [89486] "Interest" #> [89487] "Sport" #> [89488] "categories[grepl(\"^Sport\"," #> [89489] "categories$name)," #> [89490] "gtrends(c(\"NHL\"," #> [89491] "\"US\")," #> [89492] "gtrends(geo" #> [89493] "c(\"CA\")," #> [89494] "Playing" #> [89495] "1-H\")" #> [89496] "4-H\")" #> [89497] "1-d\")" #> [89498] "1-m\")" #> [89499] "3-m\")" #> [89500] "12-m\")" #> [89501] "\"today+5-y\")" #> [89502] "\"all\")" #> [89503] "since" #> [89504] "various" #> [89505] "Google's" #> [89506] "head(gtrends(\"NHL\"," #> [89507] "interest" #> [89508] "plot(x," #> [89509] "Additional" #> [89510] "dispatch." #> [89511] "Currently" #> [89512] "ggplot2" #> [89513] "gtrends(\"nhl\"," #> [89514] "behind" #> [89515] "proxy," #> [89516] "NTLM" #> [89517] "thentication" #> [89518] "mode," #> [89519] "proxy" #> [89520] "tials" #> [89521] "\"setHandleParameters\"" #> [89522] "credentials" #> [89523] "setHandleParameters(user" #> [89524] "password" #> [89525] "proxyhost" #> [89526] "proxyport" #> [89527] "8080," #> [89528] "proxyauth" #> [89529] "Proxy" #> [89530] "host" #> [89531] "Port" #> [89532] "8080" #> [89533] "NONE" #> [89534] "BASIC" #> [89535] "DIGEST" #> [89536] "NEGOTIATE" #> [89537] "ANY" #> [89538] "setHandleParameters(user=\"xxxx\",password=\"*******\",domain=\"mydomain\",proxyhost" #> [89539] "gtrends(c(\"nhl\"," #> [89540] "\"nba\")," #> [89541] "categories," #> [89542] "countries," #> [89543] "gtWAS-package" #> [89544] "gtWAS" #> [89545] "InfoCriteria" #> [89546] "StepOne" #> [89547] "Tdata" #> [89548] "gtx-package" #> [89549] "abf.normal" #> [89550] "abf.t" #> [89551] "abf.Wakefield" #> [89552] "agtstats" #> [89553] "align.snpdata.coding" #> [89554] "allelesAB" #> [89555] "bp.scores" #> [89556] "cad.scores" #> [89557] "chi2ncp" #> [89558] "coeff.extract" #> [89559] "combine.moments2" #> [89560] "contrasting.rainbow" #> [89561] "est.moments2" #> [89562] "fitmix" #> [89563] "fitmix.plot" #> [89564] "fitmix.r2" #> [89565] "fitmix.simulate" #> [89566] "gls.approx.logistic" #> [89567] "grs.filter.Qrs" #> [89568] "grs.make.scores" #> [89569] "grs.onesnp.apply" #> [89570] "grs.plot" #> [89571] "grs.summary" #> [89572] "gtx.params" #> [89573] "hapmap.read.haplotypes" #> [89574] "hapmap.snpdata" #> [89575] "height.scores" #> [89576] "lipid.cad.scores" #> [89577] "lipid.scores" #> [89578] "liver.scores" #> [89579] "lm.moments2" #> [89580] "magic.scores" #> [89581] "make.moments2" #> [89582] "mincover" #> [89583] "moments2" #> [89584] "mthfrex" #> [89585] "multimatch" #> [89586] "multipheno.T2" #> [89587] "parse.snps" #> [89588] "read.snpdata.impute" #> [89589] "read.snpdata.mach" #> [89590] "read.snpdata.minimac" #> [89591] "read.snpdata.plink" #> [89592] "remap.q2t" #> [89593] "sanitise.whitespace" #> [89594] "snpdata" #> [89595] "snphwe" #> [89596] "snphweCounts" #> [89597] "snps.BRCA1" #> [89598] "stepdown.moments2" #> [89599] "stepup.moments2" #> [89600] "t2d.scores" #> [89601] "t2dex" #> [89602] "guardianapi" #> [89603] "gu_api_key" #> [89604] "gu_content" #> [89605] "gu_editions" #> [89606] "gu_items" #> [89607] "gu_section" #> [89608] "gu_tags" #> [89609] "get_guardian" #> [89610] "get_json" #> [89611] "GuardianR" #> [89612] "parse_json_to_df" #> [89613] "Guerry-package" #> [89614] "Angeville" #> [89615] "gfrance" #> [89616] "gfrance85" #> [89617] "Guerry" #> [89618] "alldat" #> [89619] "dk_sim" #> [89620] "dk_sim_params" #> [89621] "fit_dk" #> [89622] "fit_nodk" #> [89623] "guesstimate" #> [89624] "guess_stnderr" #> [89625] "multi_transmat" #> [89626] "nona" #> [89627] "params_dk" #> [89628] "stndcor" #> [89629] "GUIDE-package" #> [89630] "ABMPaths" #> [89631] "basicpayoffs" #> [89632] "bearspreadputs" #> [89633] "blackscholes" #> [89634] "bondchange" #> [89635] "bondconv" #> [89636] "bonddur" #> [89637] "bondforwardtreegui" #> [89638] "bondfuturestreegui" #> [89639] "bondoptiontreegui" #> [89640] "bondprice" #> [89641] "bondtreegui" #> [89642] "BrownianPaths" #> [89643] "bullspreadcalls" #> [89644] "calcgreeks" #> [89645] "captreegui" #> [89646] "cashprice" #> [89647] "cdswap" #> [89648] "curswapvalue" #> [89649] "durcoupon" #> [89650] "durmaturity" #> [89651] "duryield" #> [89652] "eurodollar" #> [89653] "floortreegui" #> [89654] "forwardcommodity" #> [89655] "forwardcurrency" #> [89656] "forwardstock" #> [89657] "fravalue" #> [89658] "futurescommodity" #> [89659] "futurescurrency" #> [89660] "futuresstock" #> [89661] "fvann" #> [89662] "GBMPaths" #> [89663] "greekneutrality" #> [89664] "GUIDE" #> [89665] "impvol" #> [89666] "irswapvalue" #> [89667] "JDPaths" #> [89668] "Premium3D" #> [89669] "pricematurity" #> [89670] "priceyield" #> [89671] "pvann" #> [89672] "ratetreegui" #> [89673] "reversebutterfly" #> [89674] "reversestraddle" #> [89675] "reversestrangle" #> [89676] "stockoptiontreegui" #> [89677] "stockTimeGreeks" #> [89678] "strap" #> [89679] "swaptiontreegui" #> [89680] "swaptreegui" #> [89681] "trading.menu" #> [89682] "var1stock" #> [89683] "var2stocks" #> [89684] "varbehavior" #> [89685] "zval" #> [89686] "addStateMatrix" #> [89687] "countCost" #> [89688] "graphHf" #> [89689] "makeM" #> [89690] "mergeStates" #> [89691] "plot,PosteriorProbabilities-method" #> [89692] "plotProgressionPath" #> [89693] "start_gui" #> [89694] "timeInStates" #> [89695] "GUILDS-package" #> [89696] "expected.SAD" #> [89697] "expected.SAD.Guilds" #> [89698] "expected.SAD.Guilds.Conditional" #> [89699] "generate.ESF" #> [89700] "generate.Guilds" #> [89701] "generate.Guilds.Cond" #> [89702] "logLikelihood.ESF" #> [89703] "logLikelihood.Guilds" #> [89704] "logLikelihood.Guilds.Conditional" #> [89705] "maxLikelihood.ESF" #> [89706] "maxLikelihood.Guilds" #> [89707] "maxLikelihood.Guilds.Conditional" #> [89708] "preston_plot" #> [89709] "GUIProfiler-package" #> [89710] "RRprofReport" #> [89711] "RRprofStart" #> [89712] "RRprofStop" #> [89713] "windata" #> [89714] "GUniFrac-package" #> [89715] "GUniFrac" #> [89716] "PermanovaG" #> [89717] "Rarefy" #> [89718] "throat.meta" #> [89719] "throat.otu.tab" #> [89720] "throat.tree" #> [89721] "ggplot_gunsales" #> [89722] "plot_gunsales" #> [89723] "poptotal" #> [89724] "add_zero" #> [89725] "define_statistic_wrapper" #> [89726] "define_variance_wrapper" #> [89727] "ict_pop" #> [89728] "ict_sample" #> [89729] "ict_survey" #> [89730] "lfs_samp_area" #> [89731] "lfs_samp_dwel" #> [89732] "lfs_samp_ind" #> [89733] "qvar" #> [89734] "res_cal" #> [89735] "standard_statistic_wrapper" #> [89736] "sum_by" #> [89737] "varDT" #> [89738] "varSYG" #> [89739] "var_pois" #> [89740] "gutenberg_authors" #> [89741] "gutenberg_download" #> [89742] "gutenberg_get_mirror" #> [89743] "gutenberg_metadata" #> [89744] "gutenberg_strip" #> [89745] "gutenberg_subjects" #> [89746] "gutenberg_works" #> [89747] "read_zip_url" #> [89748] "GUTS-package" #> [89749] "diazinon" #> [89750] "GUTS" #> [89751] "averageCORgvar" #> [89752] "getCOEF" #> [89753] "getCOEFexo" #> [89754] "getNWCOEF" #> [89755] "getNWCOEFexo" #> [89756] "getWhiteCOEF" #> [89757] "getWhiteCOEFexo" #> [89758] "grangerGVAR" #> [89759] "GVARest" #> [89760] "GVAR_Ft" #> [89761] "GVAR_Xt" #> [89762] "PriceVol" #> [89763] "tradeweight1" #> [89764] "tradeweightx" #> [89765] "dfddva" #> [89766] "dfdfva" #> [89767] "e2r" #> [89768] "ffddva" #> [89769] "gvc" #> [89770] "i2e" #> [89771] "nrca" #> [89772] "cat_control" #> [89773] "gvcm.cat" #> [89774] "gvcm.cat-internal" #> [89775] "gvcm.cat.flex" #> [89776] "plot.gvcm.cat" #> [89777] "predict.gvcm.cat" #> [89778] "gvcR" #> [89779] "gvc_gvar" #> [89780] "gvc_herit" #> [89781] "gvc_pvar" #> [89782] "gvlma-package" #> [89783] "CarMileageData" #> [89784] "deletion.gvlma" #> [89785] "display.delstats" #> [89786] "gvlma" #> [89787] "plot.gvlma" #> [89788] "plot.gvlmaDel" #> [89789] "summary.gvlma" #> [89790] "summary.gvlmaDel" #> [89791] "update.gvlma" #> [89792] "GWAF-package" #> [89793] "geepack.lgst" #> [89794] "geepack.lgst.batch" #> [89795] "geepack.lgst.batch.imputed" #> [89796] "geepack.lgst.imputed" #> [89797] "geepack.lgst.int" #> [89798] "geepack.lgst.int.batch" #> [89799] "geepack.lgst.int.batch.imputed" #> [89800] "geepack.lgst.int.imputed" #> [89801] "geepack.quant.batch" #> [89802] "geepack.quant.batch.imputed" #> [89803] "geepack.quant.int.batch" #> [89804] "geepack.quant.int.batch.imputed" #> [89805] "glmm.lgst" #> [89806] "glmm.lgst.batch" #> [89807] "GWplot" #> [89808] "lmepack.batch" #> [89809] "lmepack.batch.imputed" #> [89810] "lmepack.int.batch" #> [89811] "lmepack.int.batch.imputed" #> [89812] "lmeVpack.batch.imputed" #> [89813] "GWASExactHW-package" #> [89814] "HWExact" #> [89815] "GWASinlps-package" #> [89816] "GWASinlps" #> [89817] "nlpsLM" #> [89818] "gwdegree" #> [89819] "anova.elliptical" #> [89820] "Cauchy" #> [89821] "Cnormal" #> [89822] "elliptical" #> [89823] "elliptical.diag" #> [89824] "elliptical.diag.plots" #> [89825] "family.elliptical" #> [89826] "Glogis" #> [89827] "Gstudent" #> [89828] "gwer" #> [89829] "gwer.sel" #> [89830] "LogisI" #> [89831] "LogisII" #> [89832] "luzdat" #> [89833] "Powerexp" #> [89834] "residuals.elliptical" #> [89835] "summary.elliptical" #> [89836] "gwerAM" #> [89837] "maizeA" #> [89838] "maizeQ" #> [89839] "maizevarianceA" #> [89840] "maizevarianceE" #> [89841] "maizeW" #> [89842] "dailyPrecipGWEX" #> [89843] "dailyTemperGWEX" #> [89844] "fitGwexModel" #> [89845] "Gwex-class" #> [89846] "GwexFit-class" #> [89847] "GwexObs" #> [89848] "GwexObs-class" #> [89849] "GwexSim-class" #> [89850] "myParPrecGWEX" #> [89851] "myParTempGWEX" #> [89852] "print,Gwex-method" #> [89853] "show,Gwex-method" #> [89854] "simGwexModel" #> [89855] "Grid-class" #> [89856] "grid_to_spdf" #> [89857] "guadeloupe" #> [89858] "gwfa" #> [89859] "mariegalante" #> [89860] "GWG-package" #> [89861] "normalweight" #> [89862] "NW_above" #> [89863] "NW_below" #> [89864] "obese" #> [89865] "OB_above" #> [89866] "OB_below" #> [89867] "overweight" #> [89868] "OW_above" #> [89869] "OW_below" #> [89870] "posterior_probability" #> [89871] "gWidgets-package" #> [89872] "gbutton" #> [89873] "gcheckbox" #> [89874] "gcheckboxgroup" #> [89875] "gcombobox" #> [89876] "gcommandline" #> [89877] "gedit" #> [89878] "gfile" #> [89879] "gformlayout" #> [89880] "ggenericwidget" #> [89881] "ggraphics" #> [89882] "ggroup" #> [89883] "ghelp" #> [89884] "ghtml" #> [89885] "gimage" #> [89886] "glabel" #> [89887] "glayout" #> [89888] "gmenu" #> [89889] "gnotebook" #> [89890] "gpanedgroup" #> [89891] "gradio" #> [89892] "gseparator" #> [89893] "gslider" #> [89894] "gstatusbar" #> [89895] "gsvg" #> [89896] "gtext" #> [89897] "gtree" #> [89898] "guiToolkit" #> [89899] "guiWidget-class" #> [89900] "gvarbrowser" #> [89901] "gWidgets-classes" #> [89902] "gWidgets-dialogs" #> [89903] "gWidgets-dnd" #> [89904] "gWidgets-handlers" #> [89905] "gWidgets-icons" #> [89906] "gWidgets-methods" #> [89907] "gwindow" #> [89908] "gWidgets2-package" #> [89909] ".gdfnotebook.default" #> [89910] "addHandlerChanged.GGraphics" #> [89911] "addSpring" #> [89912] "addStockIcons" #> [89913] "call_meth" #> [89914] "check_deprecated" #> [89915] "check_return_class" #> [89916] "dispose" #> [89917] "editable" #> [89918] "enabled" #> [89919] "gaction" #> [89920] "galert" #> [89921] "gbasicdialog" #> [89922] "gcalendar" #> [89923] "gconfirm" #> [89924] "gcontainer" #> [89925] "gdfnotebook" #> [89926] "getToolkitWidget" #> [89927] "getWithDefault" #> [89928] "get_index_in_list" #> [89929] "get_object_from_string" #> [89930] "gexpandgroup" #> [89931] "gfilter" #> [89932] "gframe" #> [89933] "ggraphicsnotebook" #> [89934] "ginput" #> [89935] "gmessage" #> [89936] "gprogressbar" #> [89937] "gspinbutton" #> [89938] "gstackwidget" #> [89939] "gtimer" #> [89940] "gtoolbar" #> [89941] "gtoolkit" #> [89942] "guiWidgetsToolkit-class" #> [89943] "gwidget" #> [89944] "installing_gWidgets_toolkits" #> [89945] "isExtant" #> [89946] "is_MacOSX" #> [89947] "is_Windows" #> [89948] "redo" #> [89949] "svalue" #> [89950] "undo" #> [89951] "visible" #> [89952] "XXX" #> [89953] "[.GDefaultWidget" #> [89954] "gWidgets2RGtk2-package" #> [89955] "add_editable_cell_renderer" #> [89956] "ensure_type" #> [89957] "GComponentObservable" #> [89958] "GEdit" #> [89959] "getWidget.RGtkObject" #> [89960] "GMessage" #> [89961] "GTree" #> [89962] "GTreeBase" #> [89963] "guiWidgetsToolkitRGtk2-class" #> [89964] "isFirstMouseClick" #> [89965] "isRightMouseClick" #> [89966] "gWidgets2tcltk-package" #> [89967] ".gmessage.guiWidgetsToolkittcltk" #> [89968] "GEdit-class" #> [89969] "getWidget.tkwin" #> [89970] "GMenuBar" #> [89971] "GSpinButton" #> [89972] "GStatusBar" #> [89973] "GToolBar-class" #> [89974] "guiWidgetsToolkittcltk-class" #> [89975] "gwidgets2_tcltk_column_alignment" #> [89976] "gwidgets2_tcltk_format_to_char" #> [89977] "List-class" #> [89978] "makeCalendar" #> [89979] "gWidgetsRGtk2-package" #> [89980] "as.gWidgetsRGtk2" #> [89981] "gdfedit" #> [89982] "gWidgetsRGtk2-misc" #> [89983] "gWidgetstcltk-package" #> [89984] "GWLelast" #> [89985] "GWLelast.cv.bw" #> [89986] "GWLelast.est" #> [89987] "GWLelast.inner" #> [89988] "GWLelast.sel.bw" #> [89989] "GWmodel-package" #> [89990] "bw.ggwr" #> [89991] "bw.gtwr" #> [89992] "bw.gwda" #> [89993] "bw.gwpca" #> [89994] "bw.gwr" #> [89995] "bw.gwr.lcr" #> [89996] "bw.gwss.average" #> [89997] "DubVoter" #> [89998] "EWHP" #> [89999] "EWOutline" #> [90000] "Georgia" #> [90001] "GeorgiaCounties" #> [90002] "ggwr.basic" #> [90003] "ggwr.cv" #> [90004] "ggwr.cv.contrib" #> [90005] "gtwr" #> [90006] "gw.dist" #> [90007] "gw.pcplot" #> [90008] "gw.weight" #> [90009] "gwda" #> [90010] "gwpca" #> [90011] "gwpca.check.components" #> [90012] "gwpca.cv" #> [90013] "gwpca.cv.contrib" #> [90014] "gwpca.glyph.plot" #> [90015] "gwpca.montecarlo.1" #> [90016] "gwpca.montecarlo.2" #> [90017] "gwr.basic" #> [90018] "gwr.bootstrap" #> [90019] "gwr.collin.diagno" #> [90020] "gwr.cv" #> [90021] "gwr.cv.contrib" #> [90022] "gwr.hetero" #> [90023] "gwr.lcr" #> [90024] "gwr.lcr.cv" #> [90025] "gwr.lcr.cv.contrib" #> [90026] "gwr.mink.approach" #> [90027] "gwr.mink.matrixview" #> [90028] "gwr.mink.pval" #> [90029] "gwr.mixed" #> [90030] "gwr.model.selection" #> [90031] "gwr.model.sort" #> [90032] "gwr.model.view" #> [90033] "gwr.montecarlo" #> [90034] "gwr.multiscale" #> [90035] "gwr.predict" #> [90036] "gwr.robust" #> [90037] "gwr.t.adjust" #> [90038] "gwr.write" #> [90039] "gwss" #> [90040] "gwss.montecarlo" #> [90041] "LondonBorough" #> [90042] "LondonHP" #> [90043] "USelect" #> [90044] "gwqs" #> [90045] "wqs_data" #> [90046] "add1.gw" #> [90047] "drop1.gw" #> [90048] "goals" #> [90049] "gw" #> [90050] "GWRM" #> [90051] "partvar" #> [90052] "predict.gw" #> [90053] "residuals.gw" #> [90054] "rgw" #> [90055] "calc_pvalue" #> [90056] "close_to_normal" #> [90057] "gwrpv" #> [90058] "gwrpvr" #> [90059] "gwrpv_batch" #> [90060] "highlow" #> [90061] "loop_calc_pvalue" #> [90062] "regresults" #> [90063] "gwrr-package" #> [90064] "columbus" #> [90065] "gwl.est" #> [90066] "gwr.bw.est" #> [90067] "gwr.est" #> [90068] "gwr.vdp" #> [90069] "gwrr.est" #> [90070] "createOptions" #> [90071] "GWsignif-package" #> [90072] "GWsignif" #> [90073] "checkGxM" #> [90074] "GxM" #> [90075] "summaryGxM" #> [90076] "create_GymClient" #> [90077] "env_action_space_contains" #> [90078] "env_action_space_info" #> [90079] "env_action_space_sample" #> [90080] "env_close" #> [90081] "env_create" #> [90082] "env_list_all" #> [90083] "env_monitor_close" #> [90084] "env_monitor_start" #> [90085] "env_observation_space_info" #> [90086] "env_reset" #> [90087] "env_step" #> [90088] "get_request" #> [90089] "gym" #> [90090] "parse_server_error_or_raise_for_status" #> [90091] "post_request" #> [90092] "print.GymClient" #> [90093] "random_discrete_agent" #> [90094] "shutdown_server" #> [90095] "gyriq-package" #> [90096] "genComplResid" #> [90097] "simGyriq" #> [90098] "testGyriq" #> [90099] "Erin" #> [90100] "LeDell" #> [90101] "Navdeep" #> [90102] "Gill" #> [90103] "Spencer" #> [90104] "Aiello" #> [90105] "Arno" #> [90106] "Candel" #> [90107] "Cliff" #> [90108] "Click" #> [90109] "Tom" #> [90110] "Kraljevic" #> [90111] "Tomas" #> [90112] "Nykodym" #> [90113] "Aboyoun" #> [90114] "Kurka" #> [90115] "Malohlava" #> [90116] "Ludi" #> [90117] "Rehak" #> [90118] "Eckstrand" #> [90119] "Brandon" #> [90120] "Hill" #> [90121] "Vidrio" #> [90122] "Surekha" #> [90123] "Jadhawani" #> [90124] "Amy" #> [90125] "Raymond" #> [90126] "Peck" #> [90127] "Wendy" #> [90128] "Jan" #> [90129] "Gorecki" #> [90130] "DiPerna" #> [90131] "H2O.ai" #> [90132] "2019-01-10" #> [90133] "h2o-package" #> [90134] ".addParm" #> [90135] ".collapse" #> [90136] ".h2o.doGET" #> [90137] ".h2o.doPOST" #> [90138] ".h2o.doRawGET" #> [90139] ".h2o.doRawPOST" #> [90140] ".h2o.doSafeGET" #> [90141] ".h2o.doSafePOST" #> [90142] ".h2o.is_progress" #> [90143] ".h2o.locate" #> [90144] ".h2o.primitives" #> [90145] ".h2o.__ALL_CAPABILITIES" #> [90146] ".h2o.__checkConnectionHealth" #> [90147] ".h2o.__CREATE_FRAME" #> [90148] ".h2o.__DECRYPTION_SETUP" #> [90149] ".h2o.__DKV" #> [90150] ".h2o.__EXPORT_FILES" #> [90151] ".h2o.__FRAMES" #> [90152] ".h2o.__IMPORT" #> [90153] ".h2o.__JOBS" #> [90154] ".h2o.__LOGANDECHO" #> [90155] ".h2o.__MODELS" #> [90156] ".h2o.__MODEL_BUILDERS" #> [90157] ".h2o.__MODEL_METRICS" #> [90158] ".h2o.__PARSE_SETUP" #> [90159] ".h2o.__RAPIDS" #> [90160] ".h2o.__REST_API_VERSION" #> [90161] ".h2o.__W2V_SYNONYMS" #> [90162] ".pkg.env" #> [90163] ".skip_if_not_developer" #> [90164] ".verify_dataxy" #> [90165] "aaa" #> [90166] "as.character.H2OFrame" #> [90167] "as.data.frame.H2OFrame" #> [90168] "as.factor" #> [90169] "as.h2o" #> [90170] "as.matrix.H2OFrame" #> [90171] "as.vector.H2OFrame" #> [90172] "australia" #> [90173] "dim.H2OFrame" #> [90174] "dimnames.H2OFrame" #> [90175] "generate_col_ind" #> [90176] "h2o.abs" #> [90177] "h2o.acos" #> [90178] "h2o.aggregated_frame" #> [90179] "h2o.aggregator" #> [90180] "h2o.aic" #> [90181] "h2o.all" #> [90182] "h2o.anomaly" #> [90183] "h2o.any" #> [90184] "h2o.anyFactor" #> [90185] "h2o.arrange" #> [90186] "h2o.ascharacter" #> [90187] "h2o.asfactor" #> [90188] "h2o.asnumeric" #> [90189] "h2o.assign" #> [90190] "h2o.as_date" #> [90191] "h2o.auc" #> [90192] "h2o.automl" #> [90193] "h2o.betweenss" #> [90194] "h2o.biases" #> [90195] "h2o.bottomN" #> [90196] "h2o.cbind" #> [90197] "h2o.ceiling" #> [90198] "h2o.centers" #> [90199] "h2o.centersSTD" #> [90200] "h2o.centroid_stats" #> [90201] "h2o.clearLog" #> [90202] "h2o.clusterInfo" #> [90203] "h2o.clusterIsUp" #> [90204] "h2o.clusterStatus" #> [90205] "h2o.cluster_sizes" #> [90206] "h2o.coef" #> [90207] "h2o.coef_norm" #> [90208] "h2o.colnames" #> [90209] "h2o.columns_by_type" #> [90210] "h2o.computeGram" #> [90211] "h2o.confusionMatrix" #> [90212] "h2o.connect" #> [90213] "h2o.cor" #> [90214] "h2o.cos" #> [90215] "h2o.cosh" #> [90216] "h2o.coxph" #> [90217] "h2o.createFrame" #> [90218] "h2o.cross_validation_fold_assignment" #> [90219] "h2o.cross_validation_holdout_predictions" #> [90220] "h2o.cross_validation_models" #> [90221] "h2o.cross_validation_predictions" #> [90222] "h2o.cummax" #> [90223] "h2o.cummin" #> [90224] "h2o.cumprod" #> [90225] "h2o.cumsum" #> [90226] "h2o.cut" #> [90227] "h2o.day" #> [90228] "h2o.dayOfWeek" #> [90229] "h2o.dct" #> [90230] "h2o.ddply" #> [90231] "h2o.decryptionSetup" #> [90232] "h2o.deepfeatures" #> [90233] "h2o.deeplearning" #> [90234] "h2o.deepwater" #> [90235] "h2o.deepwater.available" #> [90236] "h2o.describe" #> [90237] "h2o.difflag1" #> [90238] "h2o.dim" #> [90239] "h2o.dimnames" #> [90240] "h2o.distance" #> [90241] "h2o.downloadAllLogs" #> [90242] "h2o.downloadCSV" #> [90243] "h2o.download_mojo" #> [90244] "h2o.download_pojo" #> [90245] "h2o.entropy" #> [90246] "h2o.exp" #> [90247] "h2o.exportFile" #> [90248] "h2o.exportHDFS" #> [90249] "h2o.fillna" #> [90250] "h2o.filterNACols" #> [90251] "h2o.findSynonyms" #> [90252] "h2o.find_row_by_threshold" #> [90253] "h2o.find_threshold_by_max_metric" #> [90254] "h2o.floor" #> [90255] "h2o.flow" #> [90256] "h2o.gainsLift" #> [90257] "h2o.gbm" #> [90258] "h2o.getAutoML" #> [90259] "h2o.getConnection" #> [90260] "h2o.getFrame" #> [90261] "h2o.getFutureModel" #> [90262] "h2o.getGLMFullRegularizationPath" #> [90263] "h2o.getGrid" #> [90264] "h2o.getId" #> [90265] "h2o.getModel" #> [90266] "h2o.getModelTree" #> [90267] "h2o.getTimezone" #> [90268] "h2o.getTypes" #> [90269] "h2o.getVersion" #> [90270] "h2o.giniCoef" #> [90271] "h2o.glm" #> [90272] "h2o.glrm" #> [90273] "h2o.grep" #> [90274] "h2o.grid" #> [90275] "h2o.group_by" #> [90276] "h2o.gsub" #> [90277] "h2o.head" #> [90278] "h2o.hist" #> [90279] "h2o.hit_ratio_table" #> [90280] "h2o.hour" #> [90281] "h2o.ifelse" #> [90282] "h2o.importFile" #> [90283] "h2o.import_sql_select" #> [90284] "h2o.import_sql_table" #> [90285] "h2o.impute" #> [90286] "h2o.init" #> [90287] "h2o.insertMissingValues" #> [90288] "h2o.interaction" #> [90289] "h2o.isax" #> [90290] "h2o.ischaracter" #> [90291] "h2o.isfactor" #> [90292] "h2o.isnumeric" #> [90293] "h2o.isolationForest" #> [90294] "h2o.is_client" #> [90295] "h2o.kfold_column" #> [90296] "h2o.killMinus3" #> [90297] "h2o.kmeans" #> [90298] "h2o.kurtosis" #> [90299] "h2o.levels" #> [90300] "h2o.listTimezones" #> [90301] "h2o.list_all_extensions" #> [90302] "h2o.list_api_extensions" #> [90303] "h2o.list_core_extensions" #> [90304] "h2o.loadModel" #> [90305] "h2o.log" #> [90306] "h2o.log10" #> [90307] "h2o.log1p" #> [90308] "h2o.log2" #> [90309] "h2o.logAndEcho" #> [90310] "h2o.logloss" #> [90311] "h2o.ls" #> [90312] "h2o.lstrip" #> [90313] "h2o.mae" #> [90314] "h2o.makeGLMModel" #> [90315] "h2o.make_metrics" #> [90316] "h2o.match" #> [90317] "h2o.max" #> [90318] "h2o.mean" #> [90319] "h2o.mean_per_class_error" #> [90320] "h2o.mean_residual_deviance" #> [90321] "h2o.median" #> [90322] "h2o.merge" #> [90323] "h2o.metric" #> [90324] "h2o.min" #> [90325] "h2o.mktime" #> [90326] "h2o.mojo_predict_csv" #> [90327] "h2o.mojo_predict_df" #> [90328] "h2o.month" #> [90329] "h2o.mse" #> [90330] "h2o.nacnt" #> [90331] "h2o.naiveBayes" #> [90332] "h2o.names" #> [90333] "h2o.na_omit" #> [90334] "h2o.nchar" #> [90335] "h2o.ncol" #> [90336] "h2o.networkTest" #> [90337] "h2o.nlevels" #> [90338] "h2o.no_progress" #> [90339] "h2o.nrow" #> [90340] "h2o.null_deviance" #> [90341] "h2o.null_dof" #> [90342] "h2o.num_iterations" #> [90343] "h2o.num_valid_substrings" #> [90344] "h2o.openLog" #> [90345] "h2o.parseRaw" #> [90346] "h2o.parseSetup" #> [90347] "h2o.partialPlot" #> [90348] "h2o.performance" #> [90349] "h2o.pivot" #> [90350] "h2o.prcomp" #> [90351] "h2o.predict_json" #> [90352] "h2o.print" #> [90353] "h2o.prod" #> [90354] "h2o.proj_archetypes" #> [90355] "h2o.pr_auc" #> [90356] "h2o.quantile" #> [90357] "h2o.r2" #> [90358] "h2o.randomForest" #> [90359] "h2o.range" #> [90360] "h2o.rank_within_group_by" #> [90361] "h2o.rbind" #> [90362] "h2o.reconstruct" #> [90363] "h2o.relevel" #> [90364] "h2o.removeAll" #> [90365] "h2o.removeVecs" #> [90366] "h2o.rep_len" #> [90367] "h2o.residual_deviance" #> [90368] "h2o.residual_dof" #> [90369] "h2o.rm" #> [90370] "h2o.rmse" #> [90371] "h2o.rmsle" #> [90372] "h2o.round" #> [90373] "h2o.rstrip" #> [90374] "h2o.runif" #> [90375] "h2o.saveModel" #> [90376] "h2o.saveModelDetails" #> [90377] "h2o.saveMojo" #> [90378] "h2o.scale" #> [90379] "h2o.scoreHistory" #> [90380] "h2o.sd" #> [90381] "h2o.sdev" #> [90382] "h2o.setLevels" #> [90383] "h2o.setTimezone" #> [90384] "h2o.show_progress" #> [90385] "h2o.shutdown" #> [90386] "h2o.signif" #> [90387] "h2o.sin" #> [90388] "h2o.skewness" #> [90389] "h2o.splitFrame" #> [90390] "h2o.sqrt" #> [90391] "h2o.stackedEnsemble" #> [90392] "h2o.startLogging" #> [90393] "h2o.std_coef_plot" #> [90394] "h2o.stopLogging" #> [90395] "h2o.str" #> [90396] "h2o.stringdist" #> [90397] "h2o.strsplit" #> [90398] "h2o.sub" #> [90399] "h2o.substring" #> [90400] "h2o.sum" #> [90401] "h2o.summary" #> [90402] "h2o.svd" #> [90403] "h2o.table" #> [90404] "h2o.tabulate" #> [90405] "h2o.tan" #> [90406] "h2o.tanh" #> [90407] "h2o.target_encode_apply" #> [90408] "h2o.target_encode_create" #> [90409] "h2o.toFrame" #> [90410] "h2o.tokenize" #> [90411] "h2o.tolower" #> [90412] "h2o.topN" #> [90413] "h2o.totss" #> [90414] "h2o.tot_withinss" #> [90415] "h2o.toupper" #> [90416] "h2o.transform" #> [90417] "h2o.trim" #> [90418] "h2o.trunc" #> [90419] "h2o.unique" #> [90420] "h2o.var" #> [90421] "h2o.varimp" #> [90422] "h2o.varimp_plot" #> [90423] "h2o.week" #> [90424] "h2o.weights" #> [90425] "h2o.which" #> [90426] "h2o.which_max" #> [90427] "h2o.which_min" #> [90428] "h2o.withinss" #> [90429] "h2o.word2vec" #> [90430] "h2o.xgboost" #> [90431] "h2o.xgboost.available" #> [90432] "h2o.year" #> [90433] "H2OAutoML-class" #> [90434] "H2OClusteringModel-class" #> [90435] "H2OConnection-class" #> [90436] "H2OConnectionMutableState" #> [90437] "H2OCoxPHModel-class" #> [90438] "H2OCoxPHModelSummary-class" #> [90439] "H2OFrame-class" #> [90440] "H2OFrame-Extract" #> [90441] "H2OGrid-class" #> [90442] "H2OLeafNode-class" #> [90443] "H2OModel-class" #> [90444] "H2OModelFuture-class" #> [90445] "H2OModelMetrics-class" #> [90446] "H2ONode-class" #> [90447] "H2OSplitNode-class" #> [90448] "H2OTree-class" #> [90449] "housevotes" #> [90450] "iris" #> [90451] "is.character" #> [90452] "is.factor" #> [90453] "is.h2o" #> [90454] "is.numeric" #> [90455] "length,H2OTree-method" #> [90456] "Logical-or" #> [90457] "ModelAccessors" #> [90458] "names.H2OFrame" #> [90459] "Ops.H2OFrame" #> [90460] "plot.H2OModel" #> [90461] "plot.H2OTabulate" #> [90462] "predict.H2OAutoML" #> [90463] "predict.H2OModel" #> [90464] "predict_leaf_node_assignment.H2OModel" #> [90465] "print.H2OFrame" #> [90466] "print.H2OTable" #> [90467] "range.H2OFrame" #> [90468] "staged_predict_proba.H2OModel" #> [90469] "str.H2OFrame" #> [90470] "summary,H2OCoxPHModel-method" #> [90471] "summary,H2OGrid-method" #> [90472] "summary,H2OModel-method" #> [90473] "use.package" #> [90474] "walking" #> [90475] "zzz" #> [90476] "&&" #> [90477] "fit.h2o4gpu_model" #> [90478] "h2o4gpu" #> [90479] "h2o4gpu.elastic_net_classifier" #> [90480] "h2o4gpu.elastic_net_regressor" #> [90481] "h2o4gpu.gradient_boosting_classifier" #> [90482] "h2o4gpu.gradient_boosting_regressor" #> [90483] "h2o4gpu.kmeans" #> [90484] "h2o4gpu.pca" #> [90485] "h2o4gpu.random_forest_classifier" #> [90486] "h2o4gpu.random_forest_regressor" #> [90487] "h2o4gpu.truncated_svd" #> [90488] "predict.h2o4gpu_model" #> [90489] "transform.h2o4gpu_model" #> [90490] "h5-package" #> [90491] "Attribute" #> [90492] "CommonFG" #> [90493] "CommonFG-DataSet" #> [90494] "CommonFG-Group" #> [90495] "DataSet" #> [90496] "DataSet-Extend" #> [90497] "DataSet-Subset" #> [90498] "DataSpace" #> [90499] "H5File" #> [90500] "H5Group" #> [90501] "H5Location-Attribute" #> [90502] "denoise.poisson" #> [90503] "hf.bt" #> [90504] "hf.cv" #> [90505] "hf.tiu" #> [90506] "hf.u" #> [90507] "hft" #> [90508] "hft.inv" #> [90509] "shift.sequence" #> [90510] "xquake" #> [90511] "as_reliable" #> [90512] "could_this_be_that" #> [90513] "rationalize" #> [90514] "retype" #> [90515] "aggregate.hac" #> [90516] "copMult" #> [90517] "dHAC," #> [90518] "pHAC," #> [90519] "rHAC" #> [90520] "emp.copula" #> [90521] "estimate.copula" #> [90522] "finData" #> [90523] "get.params" #> [90524] "hac" #> [90525] "par.pairs" #> [90526] "phi," #> [90527] "phi.inv" #> [90528] "plot.hac" #> [90529] "theta2tau," #> [90530] "tau2theta" #> [90531] "to.logLik" #> [90532] "tree2str" #> [90533] "HadoopStreaming-package" #> [90534] "hsCmdLineArgs" #> [90535] "hsKeyValReader" #> [90536] "hsLineReader" #> [90537] "hsTableReader" #> [90538] "hsWriteTable" #> [90539] "hail" #> [90540] "hail_hydra" #> [90541] "hydra_data" #> [90542] "ex_flow" #> [90543] "ex_node" #> [90544] "halfcircle" #> [90545] "halfmeancenter" #> [90546] "hamlet-package" #> [90547] "extendsymrange" #> [90548] "hmap.annotate" #> [90549] "hmap.key" #> [90550] "match.allocate" #> [90551] "match.bb" #> [90552] "match.dummy" #> [90553] "match.ga" #> [90554] "match.mat2vec" #> [90555] "match.vec2mat" #> [90556] "mem.getcomp" #> [90557] "mem.plotran" #> [90558] "mem.plotresid" #> [90559] "mem.powersimu" #> [90560] "mix.binary" #> [90561] "mix.fun" #> [90562] "mixplot" #> [90563] "orxlong" #> [90564] "orxwide" #> [90565] "smartjitter" #> [90566] "vcaplong" #> [90567] "vcapwide" #> [90568] "handlr-package" #> [90569] "bibtex_reader" #> [90570] "bibtex_writer" #> [90571] "c.handl" #> [90572] "citeproc_reader" #> [90573] "citeproc_writer" #> [90574] "codemeta_reader" #> [90575] "codemeta_writer" #> [90576] "handl" #> [90577] "HandlrClient" #> [90578] "rdf_xml_writer" #> [90579] "ris_reader" #> [90580] "ris_writer" #> [90581] "schema_org_writer" #> [90582] "HandTill2001-package" #> [90583] "auc-methods" #> [90584] "bincap" #> [90585] "bincap-class" #> [90586] "cap-class" #> [90587] "ht01.multipleclass" #> [90588] "ht01.twoclass" #> [90589] "multcap" #> [90590] "multcap-class" #> [90591] "colID" #> [90592] "quickplot" #> [90593] "resplot" #> [90594] "wordcount" #> [90595] "all_answered_questions" #> [90596] "bills" #> [90597] "bill_publications" #> [90598] "bill_publication_types" #> [90599] "bill_stage_types" #> [90600] "commons_answered_questions" #> [90601] "commons_divisions" #> [90602] "commons_division_date" #> [90603] "commons_oral_questions" #> [90604] "commons_oral_question_times" #> [90605] "commons_terms" #> [90606] "commons_written_questions" #> [90607] "constituencies" #> [90608] "early_day_motions" #> [90609] "elections" #> [90610] "election_candidates" #> [90611] "election_results" #> [90612] "epetition" #> [90613] "epetition_tibble" #> [90614] "hansard" #> [90615] "lords_amendments" #> [90616] "lords_ammendments" #> [90617] "lords_attendance" #> [90618] "lords_attendance_date" #> [90619] "lords_attendance_session" #> [90620] "lords_divisions" #> [90621] "lords_interests" #> [90622] "lords_sessions" #> [90623] "lords_written_questions" #> [90624] "lord_vote_record" #> [90625] "members_search" #> [90626] "mp_edms" #> [90627] "mp_questions" #> [90628] "mp_vote_record" #> [90629] "papers_laid" #> [90630] "publication_logs" #> [90631] "research_briefings" #> [90632] "research_topics_list" #> [90633] "sessions_info" #> [90634] "tv_programmes" #> [90635] "HAP.ROR-package" #> [90636] "AIC" #> [90637] "case.sub" #> [90638] "cc.sim" #> [90639] "ctl.sub" #> [90640] "deletion" #> [90641] "grp.list" #> [90642] "HAP.ror" #> [90643] "lib.sub" #> [90644] "lib.sub.names" #> [90645] "ODS.ror" #> [90646] "proteinf" #> [90647] "anova.hapassoc" #> [90648] "hapassoc" #> [90649] "hypoDat" #> [90650] "hypoDatGeno" #> [90651] "logLik.hapassoc" #> [90652] "pre.hapassoc" #> [90653] "summary.hapassoc" #> [90654] "HapEstXXR-package" #> [90655] "allele1to2" #> [90656] "catt" #> [90657] "coding.baseline.allele" #> [90658] "dec2bin" #> [90659] "itegeppXXR" #> [90660] "makeHaploviewInputFile" #> [90661] "makePlinkInputFile" #> [90662] "multi.snp.test" #> [90663] "order.families" #> [90664] "read.haploview" #> [90665] "single.haplotype.test" #> [90666] "single.snp.test" #> [90667] "allele1to" #> [90668] "Hapi-package" #> [90669] "base2num" #> [90670] "gamete11" #> [90671] "hapiAssemble" #> [90672] "hapiAssembleEnd" #> [90673] "hapiAutoPhase" #> [90674] "hapiBlockMPR" #> [90675] "hapiCVCluster" #> [90676] "hapiCVDistance" #> [90677] "hapiCVMap" #> [90678] "hapiCVResolution" #> [90679] "hapiFilterError" #> [90680] "hapiFrameSelection" #> [90681] "hapiGameteView" #> [90682] "hapiIdentifyCV" #> [90683] "hapiImupte" #> [90684] "hapiPhase" #> [90685] "hg19" #> [90686] "num2base" #> [90687] "HAPim-package" #> [90688] "allele.marq" #> [90689] "corresp" #> [90690] "depart.LD" #> [90691] "depart.LDL" #> [90692] "descendant.pere" #> [90693] "distance.marqueurs" #> [90694] "distance.test" #> [90695] "esp.freq.hap" #> [90696] "freq.all" #> [90697] "haldanem1" #> [90698] "hapim.LD.add" #> [90699] "hapim.LDL.add" #> [90700] "haplomax.add" #> [90701] "haplomax.HS.add" #> [90702] "moyenne.pere" #> [90703] "obj.haplomax.add" #> [90704] "obj.haplomax.HS.add" #> [90705] "obj.LD.add" #> [90706] "obj.LD.add.H0" #> [90707] "obj.LDL.add" #> [90708] "obj.LDL.add.H0" #> [90709] "pi.hap" #> [90710] "pi.hap.NI" #> [90711] "poids.D" #> [90712] "proba.DL" #> [90713] "proba.DL.diplotype" #> [90714] "recode.hap" #> [90715] "retrouve.all" #> [90716] "structure.hap" #> [90717] "vrais.LD.add" #> [90718] "vrais.LDL.add" #> [90719] "vrais.LDL.add.pere" #> [90720] "2019-04-17" #> [90721] "cbindFiles" #> [90722] "convertPed" #> [90723] "f.convert.matrix.ff" #> [90724] "finishParallelRun" #> [90725] "genDataGetPart" #> [90726] "genDataLoad" #> [90727] "genDataPreprocess" #> [90728] "genDataRead" #> [90729] "gxe" #> [90730] "haplin" #> [90731] "haplinSlide" #> [90732] "haplinStrat" #> [90733] "hapPower" #> [90734] "hapPowerAsymp" #> [90735] "hapRelEff" #> [90736] "hapRun" #> [90737] "hapSim" #> [90738] "haptable" #> [90739] "initParallelRun" #> [90740] "lineByLine" #> [90741] "nfam" #> [90742] "nindiv" #> [90743] "nsnps" #> [90744] "pedToHaplin" #> [90745] "plot.haplin" #> [90746] "plot.haplinSlide" #> [90747] "plot.haplinStrat" #> [90748] "plot.haptable" #> [90749] "plotPValues" #> [90750] "pQQ" #> [90751] "print.haplin" #> [90752] "print.summary.haplin" #> [90753] "rbindFiles" #> [90754] "showGen" #> [90755] "showPheno" #> [90756] "snpPower" #> [90757] "snpSampleSize" #> [90758] "suest" #> [90759] "summary.haplin" #> [90760] "toDataFrame" #> [90761] "anova.haplo.glm" #> [90762] "chisq.power" #> [90763] "dglm.fit" #> [90764] "f.power" #> [90765] "find.haplo.beta.qt" #> [90766] "fitted.haplo.glm" #> [90767] "geno.count.pairs" #> [90768] "geno1to2" #> [90769] "get.hapPair" #> [90770] "Ginv" #> [90771] "haplo.cc" #> [90772] "haplo.design" #> [90773] "haplo.em" #> [90774] "haplo.em.control" #> [90775] "haplo.em.fitter" #> [90776] "haplo.glm" #> [90777] "haplo.glm.control" #> [90778] "haplo.group" #> [90779] "haplo.hash" #> [90780] "haplo.model.frame" #> [90781] "haplo.power.cc" #> [90782] "haplo.power.qt" #> [90783] "haplo.scan" #> [90784] "haplo.score" #> [90785] "haplo.score.merge" #> [90786] "haplo.score.slide" #> [90787] "hapPower.demo" #> [90788] "hla.demo" #> [90789] "locator.haplo" #> [90790] "louis.info" #> [90791] "na.geno.keep" #> [90792] "plot.haplo.score" #> [90793] "plot.haplo.score.slide" #> [90794] "plot.seqhap" #> [90795] "print.haplo.cc" #> [90796] "print.haplo.em" #> [90797] "print.haplo.group" #> [90798] "print.haplo.scan" #> [90799] "print.haplo.score" #> [90800] "print.haplo.score.merge" #> [90801] "print.haplo.score.slide" #> [90802] "printBanner" #> [90803] "residuals.haplo.glm" #> [90804] "score.sim.control" #> [90805] "seqhap" #> [90806] "seqhap.dat" #> [90807] "setupGeno" #> [90808] "summary.haplo.em" #> [90809] "summary.haplo.glm" #> [90810] "summaryGeno" #> [90811] "vcov.haplo.glm" #> [90812] "x.sexcheck" #> [90813] "getExtendedView" #> [90814] "getStudyList" #> [90815] "queryHaploreg" #> [90816] "queryRegulome" #> [90817] "ex_dat" #> [90818] "hbr-class" #> [90819] "initialize_SNP_time_series" #> [90820] "inspect_window,hbr-method" #> [90821] "inspect_window_avLink,hbr-method" #> [90822] "inspect_window_dbScan,hbr-method" #> [90823] "inspect_window_PCA,hbr-method" #> [90824] "map,hbr-method" #> [90825] "markers,hbr-method" #> [90826] "number_hbr,hbr-method" #> [90827] "plot,hbr-method" #> [90828] "plot_cluster_trajectories,hbr-method" #> [90829] "plot_hbr_freq,hbr-method" #> [90830] "plot_marker_trajectories,hbr-method" #> [90831] "reconstruct_hb,SNP_time_series-method" #> [90832] "rev_map,hbr-method" #> [90833] "show,hbr-method" #> [90834] "show,SNP_time_series-method" #> [90835] "SNP_time_series-class" #> [90836] "summary,hbr-method" #> [90837] "sync_to_frequencies" #> [90838] "AssignQTL" #> [90839] "buildhPedigree" #> [90840] "getAll" #> [90841] "haploList" #> [90842] "haploList-class" #> [90843] "haplotype-class" #> [90844] "hPed2Ped" #> [90845] "RemoveHomozygotes" #> [90846] "SampleBaseHaplotype" #> [90847] "SampleHaplotype" #> [90848] "SampleHaplotypes" #> [90849] "SamplePedigree" #> [90850] "validhaploListObject" #> [90851] "haplotyper" #> [90852] "haplotypes-package" #> [90853] "append-methods" #> [90854] "as.data.frame-methods" #> [90855] "as.dna-methods" #> [90856] "as.DNAbin-methods" #> [90857] "as.list-methods" #> [90858] "as.matrix-methods" #> [90859] "as.network-methods" #> [90860] "as.networx-methods" #> [90861] "as.numeric-methods" #> [90862] "as.phyDat-methods" #> [90863] "basecomp-methods" #> [90864] "boot.dna-methods" #> [90865] "Dna-class" #> [90866] "dna.obj" #> [90867] "grouping-methods" #> [90868] "Haplotype-class" #> [90869] "haplotype-methods" #> [90870] "hapreord-methods" #> [90871] "homopoly-methods" #> [90872] "indelcoder-methods" #> [90873] "names-methods" #> [90874] "ncol-methods" #> [90875] "nrow-methods" #> [90876] "pairnei-methods" #> [90877] "pairPhiST-methods" #> [90878] "Parsimnet-class" #> [90879] "parsimnet-methods" #> [90880] "pielegend-methods" #> [90881] "pieplot-methods" #> [90882] "polymorp-methods" #> [90883] "range-methods" #> [90884] "read.fas" #> [90885] "remove.gaps-methods" #> [90886] "rownames-methods" #> [90887] "subs-methods" #> [90888] "tolower-methods," #> [90889] "toupper-methods" #> [90890] "celebrate" #> [90891] "run2048" #> [90892] "runfood" #> [90893] "ACEdata" #> [90894] "allelefreqs" #> [90895] "divlocus" #> [90896] "haplodata" #> [90897] "haplofreqs" #> [90898] "haplosim" #> [90899] "ldplot" #> [90900] "mergemats" #> [90901] "HardyWeinberg-package" #> [90902] "af" #> [90903] "AFtest" #> [90904] "agcounts" #> [90905] "alleles" #> [90906] "dgraffelmanweir.bi" #> [90907] "dlevene" #> [90908] "dlevene.bi" #> [90909] "EAFExact" #> [90910] "fisherz" #> [90911] "GenerateSamples" #> [90912] "genlabels" #> [90913] "HapMapCHBChr1" #> [90914] "HWABO" #> [90915] "HWAIC" #> [90916] "HWAlltests" #> [90917] "HWAlr" #> [90918] "HWAlrPlot" #> [90919] "HWChisq" #> [90920] "HWChisqMat" #> [90921] "HWChisqStats" #> [90922] "HWClo" #> [90923] "HWClr" #> [90924] "HWClrPlot" #> [90925] "HWCondProbAB" #> [90926] "HWD" #> [90927] "HWData" #> [90928] "HWExactMat" #> [90929] "HWExactPrevious" #> [90930] "HWExactStats" #> [90931] "HWf" #> [90932] "HWGenotypePlot" #> [90933] "HWIlr" #> [90934] "HWIlrPlot" #> [90935] "HWLRAllTests" #> [90936] "HWLratio" #> [90937] "HWLRtest" #> [90938] "HWMissing" #> [90939] "HWPerm" #> [90940] "HWPerm.mult" #> [90941] "HWPosterior" #> [90942] "HWPower" #> [90943] "HWQqplot" #> [90944] "HWTernaryPlot" #> [90945] "HWTriExact" #> [90946] "ifisherz" #> [90947] "JPTmultiallelicsChr7" #> [90948] "JPTmultiallelicsChrX" #> [90949] "JPTsnps" #> [90950] "JPTtriallelicsChr7" #> [90951] "JPTtriallelicsChrX" #> [90952] "mac" #> [90953] "MakeCounts" #> [90954] "MakeFactor" #> [90955] "Markers" #> [90956] "Mourant" #> [90957] "n.alleles" #> [90958] "strsort" #> [90959] "ThetatoF" #> [90960] "toTriangular" #> [90961] "UniqueGenotypeCounts" #> [90962] "vaf" #> [90963] "HARModel-package" #> [90964] "DJIRM" #> [90965] "HARestimate" #> [90966] "HARforecast" #> [90967] "HARForecast-class" #> [90968] "HARModel-class" #> [90969] "HARSim-class" #> [90970] "HARsimulate" #> [90971] "SP500RM" #> [90972] "harmonicmeanp" #> [90973] "hmp.stat" #> [90974] "mamml.stat" #> [90975] "p.hmp" #> [90976] "p.mamml" #> [90977] "pharmonicmeanp" #> [90978] "pLandau" #> [90979] "harmonic.regression" #> [90980] "rna.nasc" #> [90981] "rna.polya" #> [90982] "get_node_support" #> [90983] "harrietr" #> [90984] "join_metadata" #> [90985] "melt_dist" #> [90986] "woodmouse_iqtree" #> [90987] "woodmouse_meta" #> [90988] "hp" #> [90989] "hp.map" #> [90990] "hp_palettes" #> [90991] "scale_color_hp" #> [90992] "HARtools" #> [90993] "HARviewer" #> [90994] "HARviewer-shiny" #> [90995] "readHAR" #> [90996] "writeHAR" #> [90997] "extrule" #> [90998] "harfunc" #> [90999] "Harvest.Tree" #> [91000] "rank.nodes" #> [91001] "rulesets" #> [91002] "hash-package" #> [91003] ".set" #> [91004] "copy-methods" #> [91005] "del" #> [91006] "printing" #> [91007] "has.key" #> [91008] "hash-accessors" #> [91009] "hash-class" #> [91010] "make.keys" #> [91011] "cityhash.64" #> [91012] "murmur3.32" #> [91013] "spooky.32" #> [91014] "ascii_val" #> [91015] "base16_to_dec" #> [91016] "decode_hex" #> [91017] "dec_to_base16" #> [91018] "encode_hex" #> [91019] "enforce_min_length" #> [91020] "hashid_defaults" #> [91021] "hashid_settings" #> [91022] "unhash" #> [91023] "Hashmap-class" #> [91024] "internal-functions" #> [91025] "load_hashmap" #> [91026] "Rcpp_Hashmap-class" #> [91027] "save_hashmap" #> [91028] "hashr-package" #> [91029] "hasseDiagram-package" #> [91030] "generateRandomData" #> [91031] "labelled" #> [91032] "labelled_spss" #> [91033] "print_labels" #> [91034] "read_dta" #> [91035] "read_sas" #> [91036] "read_xpt" #> [91037] "tagged_na" #> [91038] "zap_empty" #> [91039] "zap_formats" #> [91040] "zap_label" #> [91041] "zap_labels" #> [91042] "zap_missing" #> [91043] "zap_widths" #> [91044] "jumpAutocorrelation" #> [91045] "jumpMean" #> [91046] "jumpVariance" #> [91047] "likelihoodHawkes" #> [91048] "simulateHawkes" #> [91049] "getBrightness" #> [91050] "getContrast" #> [91051] "getDarkness" #> [91052] "getHazeFactor" #> [91053] "plotRGBArray" #> [91054] "extract_hazus_functions" #> [91055] "hazus" #> [91056] "haz_fl_agri" #> [91057] "haz_fl_bridge" #> [91058] "haz_fl_depr" #> [91059] "haz_fl_dept" #> [91060] "haz_fl_occ" #> [91061] "haz_fl_velo" #> [91062] "'bandit4arm_lapse.R'" #> [91063] "'bandit4arm_singleA_lapse.R'" #> [91064] "'bart_par4.R'" #> [91065] "'choiceRT_ddm_single.R'" #> [91066] "'choiceRT_lba_single.R'" #> [91067] "'cra_exp.R'" #> [91068] "'dbdm_prob_weight.R'" #> [91069] "'dd_cs.R'" #> [91070] "'dd_cs_single.R'" #> [91071] "'dd_hyperbolic.R'" #> [91072] "'dd_hyperbolic_single.R'" #> [91073] "'extract_ic.R'" #> [91074] "'gng_m1.R'" #> [91075] "'gng_m2.R'" #> [91076] "'gng_m3.R'" #> [91077] "'hBayesDM.R'" #> [91078] "'igt_orl.R'" #> [91079] "'igt_pvl_decay.R'" #> [91080] "'igt_vpp.R'" #> [91081] "'multiplot.R'" #> [91082] "'peer_ocu.R'" #> [91083] "'plotDist.R'" #> [91084] "'plotHDI.R'" #> [91085] "'plotInd.R'" #> [91086] "'printFit.R'" #> [91087] "'prl_fictitious.R'" #> [91088] "'prl_fictitious_rp.R'" #> [91089] "'prl_fictitious_woa.R'" #> [91090] "'prl_rp.R'" #> [91091] "'pst_gainloss_Q.R'" #> [91092] "'ra_noLA.R'" #> [91093] "'ra_noRA.R'" #> [91094] "'rdt_happiness.R'" #> [91095] "'rhat.R'" #> [91096] "'ts_par4.R'" #> [91097] "'ts_par6.R'" #> [91098] "'ug_bayes.R'" #> [91099] "'ug_delta.R'" #> [91100] "'wcs_sql.R'" #> [91101] "10:13:18" #> [91102] "hBayesDM-package" #> [91103] "bandit2arm_delta" #> [91104] "bandit4arm2_kalman_filter" #> [91105] "bandit4arm_2par_lapse" #> [91106] "bandit4arm_4par" #> [91107] "bandit4arm_lapse" #> [91108] "bandit4arm_lapse_decay" #> [91109] "bandit4arm_singleA_lapse" #> [91110] "bart_par4" #> [91111] "choiceRT_ddm" #> [91112] "choiceRT_ddm_single" #> [91113] "choiceRT_lba" #> [91114] "choiceRT_lba_single" #> [91115] "cra_exp" #> [91116] "cra_linear" #> [91117] "dbdm_prob_weight" #> [91118] "dd_cs" #> [91119] "dd_cs_single" #> [91120] "dd_exp" #> [91121] "dd_hyperbolic" #> [91122] "dd_hyperbolic_single" #> [91123] "estimate_mode" #> [91124] "extract_ic" #> [91125] "gng_m1" #> [91126] "gng_m2" #> [91127] "gng_m3" #> [91128] "gng_m4" #> [91129] "HDIofMCMC" #> [91130] "igt_orl" #> [91131] "igt_pvl_decay" #> [91132] "igt_pvl_delta" #> [91133] "igt_vpp" #> [91134] "peer_ocu" #> [91135] "plot.hBayesDM" #> [91136] "plotHDI" #> [91137] "plotInd" #> [91138] "printFit" #> [91139] "prl_ewa" #> [91140] "prl_fictitious" #> [91141] "prl_fictitious_multipleB" #> [91142] "prl_fictitious_rp" #> [91143] "prl_fictitious_rp_woa" #> [91144] "prl_fictitious_woa" #> [91145] "prl_rp" #> [91146] "prl_rp_multipleB" #> [91147] "pst_gainloss_Q" #> [91148] "ra_noLA" #> [91149] "ra_noRA" #> [91150] "ra_prospect" #> [91151] "rdt_happiness" #> [91152] "rhat" #> [91153] "ts_par4" #> [91154] "ts_par6" #> [91155] "ts_par7" #> [91156] "ug_bayes" #> [91157] "ug_delta" #> [91158] "wcs_sql" #> [91159] "HBglm" #> [91160] "linear_list" #> [91161] "hbim-package" #> [91162] "calc.foldrange" #> [91163] "deff.sigma" #> [91164] "eff.mu" #> [91165] "equiv.ab" #> [91166] "equiv.increase" #> [91167] "hbrr" #> [91168] "irdata" #> [91169] "make.v" #> [91170] "plotlogm.resp" #> [91171] "refs" #> [91172] "hbm-package" #> [91173] "detect.movement" #> [91174] "generate.random.conf" #> [91175] "get.movements" #> [91176] "hbm" #> [91177] "hbm.features" #> [91178] "mcl" #> [91179] "hbmem-package" #> [91180] "dpsd-class" #> [91181] "dpsdProbs" #> [91182] "dpsdRNSample" #> [91183] "dpsdRNSim" #> [91184] "dpsdSample" #> [91185] "dpsdSim" #> [91186] "dpsdSim-class" #> [91187] "gammaLikeSample" #> [91188] "gammaProbs" #> [91189] "gammaSample" #> [91190] "gammaSim" #> [91191] "normalSim" #> [91192] "prm09" #> [91193] "sampleGamma" #> [91194] "sampleNorm" #> [91195] "sampleNormb" #> [91196] "sampleNormR" #> [91197] "samplePosNorm" #> [91198] "sampleSig2b" #> [91199] "uvsd-class" #> [91200] "uvsdLogLike" #> [91201] "uvsdProbs" #> [91202] "uvsdSample" #> [91203] "uvsdSim" #> [91204] "uvsdSim-class" #> [91205] "hbsae-package" #> [91206] "aggr" #> [91207] "bench" #> [91208] "CVarea" #> [91209] "fSAE" #> [91210] "fSAE.Area" #> [91211] "fSAE.Unit" #> [91212] "fSurvReg" #> [91213] "generateFakeData" #> [91214] "plot.sae" #> [91215] "plot.weights" #> [91216] "print.sae" #> [91217] "sae-class" #> [91218] "summary.weights" #> [91219] "uweights" #> [91220] "HBSTM-package" #> [91221] "Autoregressive-class" #> [91222] "Autoregressive0-class" #> [91223] "hbstm" #> [91224] "HBSTM-class" #> [91225] "hbstm.fit" #> [91226] "hirlam" #> [91227] "Hyperpriors-class" #> [91228] "Mt-class" #> [91229] "Mt0-class" #> [91230] "Mu-class" #> [91231] "Mu0-class" #> [91232] "Parameters-class" #> [91233] "plotFit" #> [91234] "Seas-class" #> [91235] "Seas0-class" #> [91236] "SpatParam-class" #> [91237] "SpatParam0-class" #> [91238] "VectSubdiag-class" #> [91239] "VectSubdiag0-class" #> [91240] "Xt-class" #> [91241] "Xt0-class" #> [91242] "EK" #> [91243] "hcandersenr" #> [91244] "hcandersen_da" #> [91245] "hcandersen_de" #> [91246] "hcandersen_en" #> [91247] "hcandersen_es" #> [91248] "hcandersen_fr" #> [91249] "hca_fairytales" #> [91250] "hcc-package" #> [91251] "beams" #> [91252] "hctest" #> [91253] "PoincarePlot" #> [91254] "rdplot" #> [91255] "simer" #> [91256] "ustemp" #> [91257] "hcci-package" #> [91258] "Pboot" #> [91259] "Tboot" #> [91260] "DGP" #> [91261] "Exploratory.Phase" #> [91262] "ModelSelection.Phase" #> [91263] "Reduction.Phase" #> [91264] "FP.Sample.2" #> [91265] "hcp" #> [91266] "HCR" #> [91267] "HCR.fast" #> [91268] "simuXY" #> [91269] "ALShctObjects" #> [91270] "hct" #> [91271] "print.hct" #> [91272] "summary.hct" #> [91273] "hctrial" #> [91274] "hist_end" #> [91275] "hist_interim" #> [91276] "hist_start" #> [91277] "strat_end" #> [91278] "strat_interim" #> [91279] "strat_start" #> [91280] "hda" #> [91281] "plot.hda" #> [91282] "predict.hda" #> [91283] "showloadings" #> [91284] "dcbs.alg" #> [91285] "dcbs.thr" #> [91286] "sbs.alg" #> [91287] "sbs.thr" #> [91288] "bootLasso" #> [91289] "bootLassoOLS" #> [91290] "bootLOPR" #> [91291] "bootLPR" #> [91292] "escv.glmnet" #> [91293] "Lasso" #> [91294] "LassoOLS" #> [91295] "LPR" #> [91296] "mls" #> [91297] "mypredict" #> [91298] "PartRidge" #> [91299] "HDclassif-package" #> [91300] "Crabs" #> [91301] "demo_hddc" #> [91302] "hdda" #> [91303] "hddc" #> [91304] "hdmda" #> [91305] "plot.hdc" #> [91306] "predict.hdc" #> [91307] "predict.hdmda" #> [91308] "simuldata" #> [91309] "HDclust-package" #> [91310] "clustControl" #> [91311] "clustModes" #> [91312] "getBdim" #> [91313] "getBIC" #> [91314] "getClsid" #> [91315] "getClustParam" #> [91316] "getDiagCov" #> [91317] "getDim" #> [91318] "getHmmChain" #> [91319] "getHmmParam" #> [91320] "getLoglikehd" #> [91321] "getNb" #> [91322] "getNumst" #> [91323] "getOptHMMVB" #> [91324] "getPrenumst" #> [91325] "getVarorder" #> [91326] "getVb" #> [91327] "HMM-class" #> [91328] "HMMVB-class" #> [91329] "hmmvbBIC" #> [91330] "HMMVBBIC-class" #> [91331] "hmmvbClust" #> [91332] "HMMVBclust-class" #> [91333] "hmmvbFindModes" #> [91334] "hmmvbTrain" #> [91335] "vb" #> [91336] "VB-class" #> [91337] "vbSearchControl" #> [91338] "binary.segmentation" #> [91339] "gestureVelocity" #> [91340] "HAPT" #> [91341] "wild.binary.segmentation" #> [91342] "HDDesign-package" #> [91343] "cv_method" #> [91344] "cv_method_corr" #> [91345] "cv_method_MC" #> [91346] "cv_method_MC_corr" #> [91347] "ds_method" #> [91348] "hct_beta" #> [91349] "hct_empirical" #> [91350] "hct_method" #> [91351] "hct_method_corr" #> [91352] "hct_method_MC" #> [91353] "hct_method_MC_corr" #> [91354] "ideal_pcc" #> [91355] "which.region" #> [91356] "hddplot-package" #> [91357] "accTrainTest" #> [91358] "aovFbyrow" #> [91359] "cvdisc" #> [91360] "cvscores" #> [91361] "defectiveCVdisc" #> [91362] "divideUp" #> [91363] "Golub" #> [91364] "golubInfo" #> [91365] "orderFeatures" #> [91366] "pcp" #> [91367] "plotTrainTest" #> [91368] "qqthin" #> [91369] "scoreplot" #> [91370] "simulateScores" #> [91371] "bboxSpatialPolygon" #> [91372] "catalogueData60UK" #> [91373] "catalogueGRDC" #> [91374] "catalogueMOPEX" #> [91375] "catalogueSEPA" #> [91376] "Data60UKcatalogue" #> [91377] "getContent" #> [91378] "GRDCcatalogue" #> [91379] "grdcLTMMD" #> [91380] "hddtools" #> [91381] "KGClimateClass" #> [91382] "MOPEXcatalogue" #> [91383] "SEPAcatalogue" #> [91384] "tsData60UK" #> [91385] "tsGRDC" #> [91386] "tsMOPEX" #> [91387] "tsSEPA" #> [91388] "Holger" #> [91389] "Hoefling" #> [91390] "Mario" #> [91391] "Annau" #> [91392] "Novartis" #> [91393] "BioMedical" #> [91394] "Research" #> [91395] "(NIBR)" #> [91396] "2019-04-20" #> [91397] "16:00:07" #> [91398] "hdf5r-package" #> [91399] "as_hex" #> [91400] "create_empty" #> [91401] "factor_ext" #> [91402] "factor_ext_functions" #> [91403] "flatten_df" #> [91404] "guess_chunks" #> [91405] "guess_nelem" #> [91406] "guess_space" #> [91407] "h5-wrapper" #> [91408] "H5A-class" #> [91409] "h5attributes" #> [91410] "h5const" #> [91411] "H5D-class" #> [91412] "H5File-class" #> [91413] "h5garbage_collect" #> [91414] "H5Group-class" #> [91415] "H5Group_access" #> [91416] "H5P-class" #> [91417] "H5P_ATTRIBUTE_CREATE-class" #> [91418] "H5P_CLASS-class" #> [91419] "H5P_DATASET_ACCESS-class" #> [91420] "H5P_DATASET_CREATE-class" #> [91421] "H5P_DATASET_XFER-class" #> [91422] "H5P_FILE_ACCESS-class" #> [91423] "H5P_FILE_CREATE-class" #> [91424] "H5P_LINK_ACCESS-class" #> [91425] "H5P_LINK_CREATE-class" #> [91426] "H5P_OBJECT_COPY-class" #> [91427] "H5P_OBJECT_CREATE-class" #> [91428] "H5R-class" #> [91429] "H5RefClass-class" #> [91430] "H5R_DATASET_REGION-class" #> [91431] "H5R_functions" #> [91432] "H5R_OBJECT-class" #> [91433] "H5S-class" #> [91434] "H5S_H5D_subset_assign" #> [91435] "H5T-class" #> [91436] "h5types" #> [91437] "H5T_ARRAY-class" #> [91438] "H5T_COMPLEX-class" #> [91439] "H5T_COMPOUND-class" #> [91440] "H5T_ENUM-class" #> [91441] "H5T_FLOAT-class" #> [91442] "H5T_INTEGER-class" #> [91443] "H5T_LOGICAL-class" #> [91444] "H5T_STRING-class" #> [91445] "H5T_VLEN-class" #> [91446] "h5version" #> [91447] "is_hdf5" #> [91448] "list-groups-datasets" #> [91449] "names.H5Group" #> [91450] "print.data.frame_ext" #> [91451] "text_to_dtype" #> [91452] "$.types_env" #> [91453] "HDGLM_test" #> [91454] "hdi-package" #> [91455] "boot.lasso.proj" #> [91456] "clusterGroupBound" #> [91457] "fdr.adjust" #> [91458] "glm.pval" #> [91459] "groupBound" #> [91460] "lasso.cv" #> [91461] "lasso.firstq" #> [91462] "lasso.proj" #> [91463] "lm.ci" #> [91464] "lm.pval" #> [91465] "multi.split" #> [91466] "plot.clusterGroupBound" #> [91467] "riboflavin" #> [91468] "ridge.proj" #> [91469] "rXb" #> [91470] "inverseCDF" #> [91471] "hdglm" #> [91472] "hdlm" #> [91473] "summary.hdlm" #> [91474] "hdm-package" #> [91475] "AJR" #> [91476] "coef.rlassoEffects" #> [91477] "cps2012" #> [91478] "EminentDomain" #> [91479] "lambdaCalculation" #> [91480] "LassoShooting.fit" #> [91481] "pension" #> [91482] "predict.rlassologit" #> [91483] "print.rlasso" #> [91484] "print.rlassoEffects" #> [91485] "print.rlassoIV" #> [91486] "print.rlassoIVselectX" #> [91487] "print.rlassoIVselectZ" #> [91488] "print.rlassologitEffects" #> [91489] "print.rlassoTE" #> [91490] "print.tsls" #> [91491] "print_coef" #> [91492] "p_adjust" #> [91493] "rlasso" #> [91494] "rlassoATE" #> [91495] "rlassoEffects" #> [91496] "rlassoIV" #> [91497] "rlassoIVselectX" #> [91498] "rlassoIVselectZ" #> [91499] "rlassologit" #> [91500] "rlassologitEffects" #> [91501] "summary.rlassoEffects" #> [91502] "HDMD-package" #> [91503] "AA54" #> [91504] "AAMetric" #> [91505] "AAMetric.Atchley" #> [91506] "AminoAcids" #> [91507] "bHLH288" #> [91508] "factor.pa.ginv" #> [91509] "FactorTransform" #> [91510] "Loadings.variation" #> [91511] "MolecularEntropy" #> [91512] "MolecularMI" #> [91513] "pairwise.mahalanobis" #> [91514] "Promax.only" #> [91515] "cv_corrected_lasso" #> [91516] "fit_corrected_lasso" #> [91517] "fit_gds" #> [91518] "fit_gmus" #> [91519] "fit_gmu_lasso" #> [91520] "fit_mus" #> [91521] "plot.corrected_lasso" #> [91522] "plot.cv_corrected_lasso" #> [91523] "plot.gds" #> [91524] "plot.gmus" #> [91525] "plot.gmu_lasso" #> [91526] "adjust_quantile" #> [91527] "correct_qqplot" #> [91528] "exampleinputdata" #> [91529] "fdrest" #> [91530] "fwerest" #> [91531] "nullestimation" #> [91532] "hdnom-package" #> [91533] "glmnet.basesurv" #> [91534] "glmnet.survcurve" #> [91535] "hdcox.aenet" #> [91536] "hdcox.alasso" #> [91537] "hdcox.enet" #> [91538] "hdcox.flasso" #> [91539] "hdcox.lasso" #> [91540] "hdcox.mcp" #> [91541] "hdcox.mnet" #> [91542] "hdcox.scad" #> [91543] "hdcox.snet" #> [91544] "hdnom.calibrate" #> [91545] "hdnom.compare.calibrate" #> [91546] "hdnom.compare.validate" #> [91547] "hdnom.external.calibrate" #> [91548] "hdnom.external.validate" #> [91549] "hdnom.kmplot" #> [91550] "hdnom.logrank" #> [91551] "hdnom.nomogram" #> [91552] "hdnom.validate" #> [91553] "hdnom.varinfo" #> [91554] "ncvreg.basesurv" #> [91555] "ncvreg.survcurve" #> [91556] "penalized.basesurv" #> [91557] "penalized.survcurve" #> [91558] "plot.hdnom.calibrate" #> [91559] "plot.hdnom.compare.calibrate" #> [91560] "plot.hdnom.compare.validate" #> [91561] "plot.hdnom.external.calibrate" #> [91562] "plot.hdnom.external.validate" #> [91563] "plot.hdnom.nomogram" #> [91564] "plot.hdnom.validate" #> [91565] "predict.hdcox.model" #> [91566] "print.hdcox.model" #> [91567] "print.hdnom.calibrate" #> [91568] "print.hdnom.compare.calibrate" #> [91569] "print.hdnom.compare.validate" #> [91570] "print.hdnom.external.calibrate" #> [91571] "print.hdnom.external.validate" #> [91572] "print.hdnom.nomogram" #> [91573] "print.hdnom.validate" #> [91574] "smart" #> [91575] "smarto" #> [91576] "summary.hdnom.calibrate" #> [91577] "summary.hdnom.compare.calibrate" #> [91578] "summary.hdnom.compare.validate" #> [91579] "summary.hdnom.external.calibrate" #> [91580] "summary.hdnom.external.validate" #> [91581] "summary.hdnom.validate" #> [91582] "ex2D" #> [91583] "getHDmembers" #> [91584] "getHDoutliers" #> [91585] "HDoutliers" #> [91586] "plotHDoutliers" #> [91587] "hdpc_est" #> [91588] "pc_adjust" #> [91589] "select.nspike" #> [91590] "HDPenReg-package" #> [91591] "coef.LarsPath" #> [91592] "coeff" #> [91593] "computeCoefficients" #> [91594] "EMcvfusedlasso" #> [91595] "EMcvlasso" #> [91596] "EMfusedlasso" #> [91597] "EMlasso" #> [91598] "HDcvlars" #> [91599] "HDfusion" #> [91600] "HDlars" #> [91601] "LarsPath-class" #> [91602] "listToMatrix" #> [91603] "plot.HDcvlars" #> [91604] "plotCoefficient" #> [91605] "predict.LarsPath" #> [91606] "cde" #> [91607] "cde.bandwidths" #> [91608] "hdr.2d" #> [91609] "hdr.cde" #> [91610] "hdrbw" #> [91611] "hdrconf" #> [91612] "hdrscatterplot" #> [91613] "lane2" #> [91614] "modalreg" #> [91615] "plot.cde" #> [91616] "plot.hdrconf" #> [91617] "finda" #> [91618] "hdslc" #> [91619] "hdslc.fast" #> [91620] "hdslcse.fast" #> [91621] "hds_t" #> [91622] "pbc5" #> [91623] "CLX" #> [91624] "CQ2" #> [91625] "GO26" #> [91626] "GO54" #> [91627] "oneMean" #> [91628] "testCov" #> [91629] "testMean" #> [91630] "twoMeans" #> [91631] "wntest" #> [91632] "coef.cv.HDtweedie" #> [91633] "coef.HDtweedie" #> [91634] "cv.HDtweedie" #> [91635] "HDtweedie" #> [91636] "plot.cv.HDtweedie" #> [91637] "plot.HDtweedie" #> [91638] "predict.cv.HDtweedie" #> [91639] "predict.HDtweedie" #> [91640] "print.HDtweedie" #> [91641] "add_best_levels" #> [91642] "add_SAM_utility_cols" #> [91643] "as.model_list" #> [91644] "build_connection_string" #> [91645] "catalyst_test_deploy_in_prod" #> [91646] "control_chart" #> [91647] "convert_date_cols" #> [91648] "countMissingData" #> [91649] "db_read" #> [91650] "evaluate_classification" #> [91651] "evaluate_multiclass" #> [91652] "evaluate_regression" #> [91653] "flash_models" #> [91654] "get_cutoffs" #> [91655] "get_hyperparameter_defaults" #> [91656] "get_supported_models" #> [91657] "get_thresholds" #> [91658] "get_variable_importance" #> [91659] "hcai_impute" #> [91660] "healthcareai" #> [91661] "is.model_list" #> [91662] "is.predicted_df" #> [91663] "machine_learn" #> [91664] "make_na" #> [91665] "pima_diabetes" #> [91666] "pima_meds" #> [91667] "pip" #> [91668] "pivot" #> [91669] "plot.explore_df" #> [91670] "plot.interpret" #> [91671] "plot.missingness" #> [91672] "plot.model_list" #> [91673] "plot.predicted_df" #> [91674] "plot.thresholds_df" #> [91675] "plot.variable_importance" #> [91676] "predict.model_list" #> [91677] "rename_with_counts" #> [91678] "save_models" #> [91679] "separate_drgs" #> [91680] "split_train_test" #> [91681] "start_prod_logs" #> [91682] "step_add_levels" #> [91683] "step_date_hcai" #> [91684] "step_dummy_hcai" #> [91685] "step_locfimpute" #> [91686] "step_missing" #> [91687] "stop_prod_logs" #> [91688] "summary.missingness" #> [91689] "tune_models" #> [91690] "heatex-package" #> [91691] "heatex" #> [91692] "heatmap.plus.package" #> [91693] "colByValue" #> [91694] "heatmap3" #> [91695] "showAnn" #> [91696] "showLegend" #> [91697] "heatmap.compress" #> [91698] "heatmap.fit" #> [91699] "heatmapFit" #> [91700] "ggplot_side_color_plot" #> [91701] "heatmaply" #> [91702] "heatmapr" #> [91703] "is.heatmapr" #> [91704] "is.na10" #> [91705] "is.plotly" #> [91706] "percentize" #> [91707] "RColorBrewer_colors" #> [91708] "block_average" #> [91709] "clim_calc" #> [91710] "clim_spread" #> [91711] "detect_event" #> [91712] "event_line" #> [91713] "exceedance" #> [91714] "geom_flame" #> [91715] "geom_lolli" #> [91716] "lolli_plot" #> [91717] "make_whole" #> [91718] "make_whole_fast" #> [91719] "na_interp" #> [91720] "proto_event" #> [91721] "smooth_percentile" #> [91722] "sst_Med" #> [91723] "sst_NW_Atl" #> [91724] "sst_WA" #> [91725] "ts2clm" #> [91726] "creatinine" #> [91727] "cyt" #> [91728] "dialyzer" #> [91729] "ereturns" #> [91730] "heavy.control" #> [91731] "heavy.family" #> [91732] "heavyFit" #> [91733] "heavyLm" #> [91734] "heavyLm.fit" #> [91735] "heavyLme" #> [91736] "heavyPS" #> [91737] "housePrices" #> [91738] "pgamma.deriv" #> [91739] "rmCauchy" #> [91740] "rmcnorm" #> [91741] "rmnorm" #> [91742] "rmslash" #> [91743] "rmt" #> [91744] "tgamma" #> [91745] "command" #> [91746] "discard" #> [91747] "expect_sequential" #> [91748] "forall" #> [91749] "gen-element" #> [91750] "gen-monad" #> [91751] "gen.actions" #> [91752] "gen.beta" #> [91753] "gen.c" #> [91754] "gen.date" #> [91755] "gen.example" #> [91756] "gen.gamma" #> [91757] "gen.list" #> [91758] "gen.no.shrink" #> [91759] "gen.recursive" #> [91760] "gen.run" #> [91761] "gen.shrink" #> [91762] "gen.sized" #> [91763] "gen.structure" #> [91764] "gen.unif" #> [91765] "hedgehog" #> [91766] "shrink.halves" #> [91767] "shrink.list" #> [91768] "shrink.removes" #> [91769] "shrink.towards" #> [91770] "symbolic" #> [91771] "tree.replicate" #> [91772] "Zarca" #> [91773] "17:00:07" #> [91774] "add_hazards" #> [91775] "apply_af" #> [91776] "apply_hr" #> [91777] "apply_or" #> [91778] "apply_shift" #> [91779] "calibrate_model" #> [91780] "combine_probs" #> [91781] "compute_surv" #> [91782] "construct_part_surv_tib" #> [91783] "define_calibration_fn" #> [91784] "define_correlation" #> [91785] "define_dsa" #> [91786] "define_inflow" #> [91787] "define_init" #> [91788] "define_parameters" #> [91789] "define_part_surv" #> [91790] "define_psa" #> [91791] "define_spline_survival" #> [91792] "define_starting_values" #> [91793] "define_state" #> [91794] "define_strategy" #> [91795] "define_survival" #> [91796] "define_surv_table" #> [91797] "define_transition" #> [91798] "dispatch_strategy" #> [91799] "export_savi" #> [91800] "get_counts.updated_model" #> [91801] "get_values.updated_model" #> [91802] "heemod" #> [91803] "load_surv_models" #> [91804] "look_up" #> [91805] "part_survs_from_surv_inputs" #> [91806] "plot.dsa" #> [91807] "plot.psa" #> [91808] "plot.run_model" #> [91809] "plot.surv_obj" #> [91810] "reindent_transition" #> [91811] "rescale_discount_rate" #> [91812] "run_bcea" #> [91813] "run_dsa" #> [91814] "run_model_tabular" #> [91815] "run_psa" #> [91816] "set_covariates" #> [91817] "summary.run_model" #> [91818] "summary.surv_shift" #> [91819] "update_model" #> [91820] "who_mortality" #> [91821] "browse_elements" #> [91822] "decoders" #> [91823] "decode_heims" #> [91824] "dummy_enrol" #> [91825] "element_decoders" #> [91826] "element_validation" #> [91827] "first_levels" #> [91828] "fread_heims" #> [91829] "heims_data_dict" #> [91830] "read_heims_fst" #> [91831] "relevel_heims" #> [91832] "draw_wenxiang" #> [91833] "draw_wheel" #> [91834] "helixvis" #> [91835] "sequence" #> [91836] "Chagos" #> [91837] "HellCor" #> [91838] "HELLNO" #> [91839] "helloJavaWorld" #> [91840] "helminthR-package" #> [91841] "cleanData" #> [91842] "findHost" #> [91843] "findLocation" #> [91844] "findParasite" #> [91845] "HelpersMG-package" #> [91846] "as.mcmc.mcmcComposite" #> [91847] "as.parameters" #> [91848] "barplot_errbar" #> [91849] "cArrows" #> [91850] "ChangeCoordinate" #> [91851] "clean.knitr" #> [91852] "compare_AIC" #> [91853] "compare_AICc" #> [91854] "compare_BIC" #> [91855] "contingencyTable.compare" #> [91856] "convert.tz" #> [91857] "DIx" #> [91858] "dSnbinom" #> [91859] "duplicate.packages" #> [91860] "ExtractAIC.glm" #> [91861] "growlnotify" #> [91862] "IC_clean_data" #> [91863] "IC_correlation_simplify" #> [91864] "IC_threshold_matrix" #> [91865] "index.periodic" #> [91866] "ind_long_lat" #> [91867] "inside.search" #> [91868] "LD50" #> [91869] "list.packages" #> [91870] "local.search" #> [91871] "logLik.LD50" #> [91872] "merge.mcmcComposite" #> [91873] "MHalgoGen" #> [91874] "minmax.periodic" #> [91875] "modeled.hist" #> [91876] "modifyVector" #> [91877] "moon.info" #> [91878] "newcompassRose" #> [91879] "newdbeta" #> [91880] "newmap.scale" #> [91881] "plot.IconoCorel" #> [91882] "plot.LD50" #> [91883] "plot.mcmcComposite" #> [91884] "plot_add" #> [91885] "plot_errbar" #> [91886] "predict.LD50" #> [91887] "pSnbinom" #> [91888] "qSnbinom" #> [91889] "qvlmer" #> [91890] "r2norm" #> [91891] "read_folder" #> [91892] "rSnbinom" #> [91893] "ScalePreviousPlot" #> [91894] "SEfromHessian" #> [91895] "series.compare" #> [91896] "similar" #> [91897] "summary.mcmcComposite" #> [91898] "sun.info" #> [91899] "symbol.Female" #> [91900] "symbol.Male" #> [91901] "symmetricize" #> [91902] "tide.info" #> [91903] "tnirp" #> [91904] "wget" #> [91905] "helsinki-package" #> [91906] "aluejakokartat" #> [91907] "get_hri_stats" #> [91908] "get_hsy" #> [91909] "get_linkedevents" #> [91910] "get_servicemap" #> [91911] "HEMDAG-package" #> [91912] "adj.upper.tri" #> [91913] "ancestors" #> [91914] "AUPRC" #> [91915] "AUROC" #> [91916] "check.annotation.matrix.integrity" #> [91917] "check.DAG.integrity" #> [91918] "compute.flipped.graph" #> [91919] "constraints.matrix" #> [91920] "create.stratified.fold.df" #> [91921] "descendants" #> [91922] "distances.from.leaves" #> [91923] "do.edges.from.HPO.obo" #> [91924] "Do.flat.scores.normalization" #> [91925] "Do.full.annotation.matrix" #> [91926] "Do.GPAV" #> [91927] "Do.GPAV.holdout" #> [91928] "Do.heuristic.methods" #> [91929] "Do.heuristic.methods.holdout" #> [91930] "Do.HTD" #> [91931] "Do.HTD.holdout" #> [91932] "do.subgraph" #> [91933] "do.submatrix" #> [91934] "do.unstratified.cv.data" #> [91935] "example.datasets" #> [91936] "find.best.f" #> [91937] "find.leaves" #> [91938] "FMM" #> [91939] "full.annotation.matrix" #> [91940] "GPAV" #> [91941] "GPAV.over.examples" #> [91942] "GPAV.parallel" #> [91943] "graph.levels" #> [91944] "HEMDAG-defunct" #> [91945] "Heuristic-Methods" #> [91946] "hierarchical.checkers" #> [91947] "HTD-DAG" #> [91948] "lexicographical.topological.sort" #> [91949] "Multilabel.F.measure" #> [91950] "normalize.max" #> [91951] "PXR" #> [91952] "read.graph" #> [91953] "read.undirected.graph" #> [91954] "root.node" #> [91955] "scores.normalization" #> [91956] "specific.annotation.list" #> [91957] "specific.annotation.matrix" #> [91958] "stratified.cross.validation" #> [91959] "TPR-DAG-cross-validation" #> [91960] "TPR-DAG-holdout" #> [91961] "TPR-DAG-variants" #> [91962] "transitive.closure.annotations" #> [91963] "tupla.matrix" #> [91964] "weighted.adjacency.matrix" #> [91965] "write.graph" #> [91966] "heplots-package" #> [91967] "AddHealth" #> [91968] "Adopted" #> [91969] "arrow3d" #> [91970] "bartlettTests" #> [91971] "Bees" #> [91972] "colDevs" #> [91973] "covEllipses" #> [91974] "cqplot" #> [91975] "cross3d" #> [91976] "ellipse3d.axes" #> [91977] "etasq" #> [91978] "FootHead" #> [91979] "gsorth" #> [91980] "Headache" #> [91981] "heplot" #> [91982] "heplot1d" #> [91983] "heplot3d" #> [91984] "Hernior" #> [91985] "interpPlot" #> [91986] "label.ellipse" #> [91987] "leveneTests" #> [91988] "logdetCI" #> [91989] "Mahalanobis" #> [91990] "mark.H0" #> [91991] "MockJury" #> [91992] "NeuroCog" #> [91993] "NLSY" #> [91994] "Oslo" #> [91995] "pairs.mlm" #> [91996] "Parenting" #> [91997] "plot.boxM" #> [91998] "plot.robmlm" #> [91999] "Pottery2" #> [92000] "RatWeight" #> [92001] "ReactTime" #> [92002] "robmlm" #> [92003] "Rohwer" #> [92004] "RootStock" #> [92005] "Sake" #> [92006] "schooldata" #> [92007] "SocGrades" #> [92008] "SocialCog" #> [92009] "statList" #> [92010] "termMeans" #> [92011] "VocabGrowth" #> [92012] "here" #> [92013] "bali" #> [92014] "bunt" #> [92015] "gof.hergm" #> [92016] "hergm" #> [92017] "hergm-terms" #> [92018] "hergm.mcmc.diagnostics" #> [92019] "hergm.postprocess" #> [92020] "plot.hergm" #> [92021] "print.hergm" #> [92022] "simulate.hergm" #> [92023] "summary.hergm" #> [92024] "heritability-package" #> [92025] "BT_LW_H" #> [92026] "floweringTime" #> [92027] "K_arabidopsis" #> [92028] "leafArea" #> [92029] "marker_h2" #> [92030] "marker_h2_means" #> [92031] "means_floweringTime" #> [92032] "repeatability" #> [92033] "R_matrix" #> [92034] "computeVPC.CP" #> [92035] "computeVPC.NB" #> [92036] "fit.CP" #> [92037] "fit.NB" #> [92038] "fitComputeVPC.lmer" #> [92039] "getBootCI" #> [92040] "getReadMatrix.CP" #> [92041] "getReadMatrix.NB" #> [92042] "para_cp" #> [92043] "para_nb" #> [92044] "simData_voom" #> [92045] "simData_vst" #> [92046] "strains" #> [92047] "weights_voom" #> [92048] "hermite-package" #> [92049] "dhermite" #> [92050] "glm.hermite" #> [92051] "hi_let" #> [92052] "hot100" #> [92053] "phermite" #> [92054] "qhermite" #> [92055] "rhermite" #> [92056] "generate.data2d" #> [92057] "generate.data3d" #> [92058] "ludata" #> [92059] "2019-03-28" #> [92060] "23:10:10" #> [92061] "check_edata" #> [92062] "create_IndivCtstmTrans" #> [92063] "create_lines_dt" #> [92064] "create_PsmCurves" #> [92065] "create_StateVals" #> [92066] "create_trans_dt" #> [92067] "ctstm3_exdata" #> [92068] "expand.hesim_data" #> [92069] "fast_rgengamma" #> [92070] "flexsurvreg_list" #> [92071] "formula_list" #> [92072] "hesim" #> [92073] "hesim_data" #> [92074] "hesim_survdists" #> [92075] "icea" #> [92076] "icer_tbl" #> [92077] "incr_effect" #> [92078] "IndivCtstm" #> [92079] "IndivCtstmTrans" #> [92080] "input_mats" #> [92081] "mom_beta" #> [92082] "mom_gamma" #> [92083] "params_joined_surv" #> [92084] "params_joined_surv_list" #> [92085] "params_lm" #> [92086] "params_mean" #> [92087] "params_surv" #> [92088] "params_surv_list" #> [92089] "Psm" #> [92090] "psm4_exdata" #> [92091] "PsmCurves" #> [92092] "rcat" #> [92093] "rdirichlet_mat" #> [92094] "rpwexp" #> [92095] "StateVals" #> [92096] "stateval_tbl" #> [92097] "surv_quantile" #> [92098] "weibullNMA" #> [92099] "het.htest-package" #> [92100] "whites.htest" #> [92101] "whitetest-class" #> [92102] "hetGP-package" #> [92103] "allocate_mult" #> [92104] "ato" #> [92105] "bfs" #> [92106] "compareGP" #> [92107] "cov_gen" #> [92108] "crit_cSUR" #> [92109] "crit_EI" #> [92110] "crit_ICU" #> [92111] "crit_IMSPE" #> [92112] "crit_MCU" #> [92113] "crit_optim" #> [92114] "crit_tMSE" #> [92115] "deriv_crit_EI" #> [92116] "deriv_crit_IMSPE" #> [92117] "f1d" #> [92118] "find_reps" #> [92119] "IMSPE" #> [92120] "IMSPE_optim" #> [92121] "LOO_preds" #> [92122] "mleHetGP" #> [92123] "mleHetTP" #> [92124] "mleHomGP" #> [92125] "mleHomTP" #> [92126] "predict.hetGP" #> [92127] "predict.hetTP" #> [92128] "predict.homGP" #> [92129] "predict.homTP" #> [92130] "rebuild" #> [92131] "sirEval" #> [92132] "update.hetGP" #> [92133] "update.hetTP" #> [92134] "update.homGP" #> [92135] "update.homTP" #> [92136] "Wij" #> [92137] "hetmeta-package" #> [92138] "confint.hetmeta" #> [92139] "hetmeta" #> [92140] "hetmetaObject" #> [92141] "print.hetmeta" #> [92142] "summary.tlm" #> [92143] "tlm" #> [92144] "tlm.control" #> [92145] "tscore" #> [92146] "tsum" #> [92147] "hettx-package" #> [92148] "coef.RI.regression.result" #> [92149] "detect_idiosyncratic" #> [92150] "estimate_systematic" #> [92151] "get.p.value" #> [92152] "KS.stat" #> [92153] "make.linear.data" #> [92154] "make.randomized.compliance.dat" #> [92155] "make.randomized.dat" #> [92156] "Penn46_ascii" #> [92157] "plot.FRTCI.test" #> [92158] "plot.RI.R2.result" #> [92159] "rq.stat" #> [92160] "SKS.pool.t" #> [92161] "SKS.stat" #> [92162] "SKS.stat.cov.pool" #> [92163] "SKS.stat.cov.rq" #> [92164] "SKS.stat.int.cov.pool" #> [92165] "test.stat.info" #> [92166] "ToyData" #> [92167] "variance.ratio.test" #> [92168] "vcov.RI.regression.result" #> [92169] "WSKS.t" #> [92170] "accuracyFromConfusionMatrix3x3" #> [92171] "city_population" #> [92172] "city_population_original" #> [92173] "collapseConfusionMatrix3x3To2x2" #> [92174] "conditionalCueValidityComplete" #> [92175] "confusionMatrixFor_Neg1_0_1" #> [92176] "correctGreater" #> [92177] "cueAccuracy" #> [92178] "cueValidity" #> [92179] "cueValidityAppliedToColumns" #> [92180] "cueValidityComplete" #> [92181] "distributeGuessAsExpectedValue" #> [92182] "heuristics" #> [92183] "heuristicsList" #> [92184] "heuristicsProb" #> [92185] "highschool_dropout" #> [92186] "logRegModel" #> [92187] "minModel" #> [92188] "oneRow" #> [92189] "pairMatrix" #> [92190] "percentCorrect" #> [92191] "percentCorrectList" #> [92192] "percentCorrectListNonSymmetric" #> [92193] "percentCorrectListReturnMatrix" #> [92194] "predictPair" #> [92195] "predictPairProb" #> [92196] "predictPairSummary" #> [92197] "probGreater" #> [92198] "regInterceptModel" #> [92199] "regModel" #> [92200] "reverseRowsAndReverseColumns" #> [92201] "rowIndexes" #> [92202] "rowPairApply" #> [92203] "rowPairApplyList" #> [92204] "singleCueModel" #> [92205] "statsFromConfusionMatrix" #> [92206] "ttbGreedyModel" #> [92207] "ttbModel" #> [92208] "unitWeightModel" #> [92209] "validityWeightModel" #> [92210] "ColorRamps" #> [92211] "erode.hexbin" #> [92212] "getHMedian" #> [92213] "gplot.hexbin" #> [92214] "grid.hexagons" #> [92215] "grid.hexlegend" #> [92216] "hboxplot" #> [92217] "hcell2xy" #> [92218] "hcell2xyInt" #> [92219] "hdiffplot" #> [92220] "hexbin" #> [92221] "hexbinplot" #> [92222] "hexGraphPaper" #> [92223] "hexList" #> [92224] "hexMA.loess" #> [92225] "hexplom" #> [92226] "hexpolygon" #> [92227] "hexTapply" #> [92228] "hexViewport" #> [92229] "hexVP-class" #> [92230] "hexVP.abline" #> [92231] "hsmooth-methods" #> [92232] "inout.hex" #> [92233] "list2hexList" #> [92234] "old-classes" #> [92235] "optShape" #> [92236] "panel.hexboxplot" #> [92237] "panel.hexgrid" #> [92238] "panel.hexloess" #> [92239] "plotMAhex" #> [92240] "pushHexport" #> [92241] "smooth.hexbin" #> [92242] "geom_hexagon" #> [92243] "geom_pkgname" #> [92244] "geom_url" #> [92245] "hexagon" #> [92246] "save_sticker" #> [92247] "sticker" #> [92248] "sticker_dev" #> [92249] "theme_sticker" #> [92250] "HextractoR" #> [92251] "hexclass" #> [92252] "panel.hextri" #> [92253] "sainte_lague" #> [92254] "as.character.rawBlock" #> [92255] "as.character.rawFormat" #> [92256] "atomicBlock" #> [92257] "blockValue" #> [92258] "hexViewFile" #> [92259] "markedBlock" #> [92260] "memBlock" #> [92261] "memFormat" #> [92262] "mixedBlock" #> [92263] "print.rawBlock" #> [92264] "print.rawFormat" #> [92265] "readEViews" #> [92266] "readFormat" #> [92267] "vectorBlock" #> [92268] "viewFormat" #> [92269] "viewRaw" #> [92270] "hflights" #> [92271] "hgam-package" #> [92272] "dgp" #> [92273] "hgam" #> [92274] "hrisk" #> [92275] "methods.hgam" #> [92276] "hglasso-package" #> [92277] "binaryMCMC" #> [92278] "hbn" #> [92279] "hcov" #> [92280] "hglasso" #> [92281] "hglassoBIC" #> [92282] "HubNetwork" #> [92283] "image.hglasso" #> [92284] "plot.hglasso" #> [92285] "summary.hglasso" #> [92286] "hglm-package" #> [92287] "Beta" #> [92288] "CAR" #> [92289] "hglm" #> [92290] "hglm2" #> [92291] "inverse.gamma" #> [92292] "inverse.sqrt" #> [92293] "logLik.hglm" #> [92294] "plot.hglm" #> [92295] "SAR" #> [92296] "hglm.data-package" #> [92297] "QTLMAS" #> [92298] "semiconductor" #> [92299] "hgm-package" #> [92300] "hgm.ncBingham" #> [92301] "hgm.ncorthant" #> [92302] "hgm.ncso3" #> [92303] "hgm.p2wishart" #> [92304] "hgm.pwishart" #> [92305] "hgm.Rhgm" #> [92306] "hgm.Rhgm.demo1" #> [92307] "HGNChelper-package" #> [92308] "affyToR" #> [92309] "checkGeneSymbols" #> [92310] "findExcelGeneSymbols" #> [92311] "getCurrentMaps" #> [92312] "hgnc.table" #> [92313] "mouse.table" #> [92314] "rToAffy" #> [92315] "rToSymbol" #> [92316] "symbolToR" #> [92317] "S_TISP_Path" #> [92318] ".pkg_duplicated" #> [92319] "create_table_one" #> [92320] "create_text_table" #> [92321] "crossref_description" #> [92322] "description-functions" #> [92323] "discretize_numbers" #> [92324] "format_duration" #> [92325] "generic_implementations" #> [92326] "get_breaks" #> [92327] "get_square_grid" #> [92328] "inclusion_flowchart" #> [92329] "print.patient_flowchart" #> [92330] "print.percentage_table" #> [92331] "progressbar" #> [92332] "redundant_packages" #> [92333] "rm_empty_rows" #> [92334] "rm_na" #> [92335] "rnd_dbl" #> [92336] "separate_values" #> [92337] "sep_thousands" #> [92338] "spinner" #> [92339] "stfu" #> [92340] "update_settings" #> [92341] "valid_pkgname" #> [92342] "wrap_text_table" #> [92343] "HH-package" #> [92344] "ae.dotplot" #> [92345] "AEdotplot" #> [92346] "AEdotplot.data.frame" #> [92347] "ancova" #> [92348] "ancova-class" #> [92349] "ancovaplot" #> [92350] "anova.ancovaplot" #> [92351] "anovaMean" #> [92352] "aovSufficient" #> [92353] "arima.diag.hh" #> [92354] "arma.loop" #> [92355] "as.likert" #> [92356] "as.matrix.listOfNamedMatrices" #> [92357] "as.multicomp" #> [92358] "as.vector.trellis" #> [92359] "axis.i2wt" #> [92360] "bivariateNormal" #> [92361] "ci.plot" #> [92362] "col.hh" #> [92363] "col3x2" #> [92364] "combineLimits.trellisvector" #> [92365] "cp.calc" #> [92366] "cplx" #> [92367] "dchisq.intermediate" #> [92368] "defunct" #> [92369] "diag.maybe.null" #> [92370] "diagplot5new" #> [92371] "diagQQ" #> [92372] "Discrete4" #> [92373] "do.formula.trellis.xysplom" #> [92374] "emptyMainLeftAxisLeftStripBottomLegend" #> [92375] "export.eps" #> [92376] "extra" #> [92377] "F.curve" #> [92378] "glhtWithMCP.993" #> [92379] "gof.calculation" #> [92380] "grid.yaxis.hh" #> [92381] "GSremove" #> [92382] "HH.regsubsets" #> [92383] "hhpdf" #> [92384] "HHscriptnames" #> [92385] "hov" #> [92386] "hovBF" #> [92387] "if.R" #> [92388] "interaction.positioned" #> [92389] "interaction2wt" #> [92390] "intxplot" #> [92391] "ladder" #> [92392] "latticeresids" #> [92393] "legendGrob2wt" #> [92394] "likert" #> [92395] "likertColor" #> [92396] "likertMosaic" #> [92397] "LikertPercentCountColumns" #> [92398] "lm.case" #> [92399] "lm.regsubsets" #> [92400] "lmatPairwise" #> [92401] "lmatRows" #> [92402] "matrix.trellis" #> [92403] "mcalinfct" #> [92404] "mmc.mean" #> [92405] "mmcAspect" #> [92406] "mmcisomeans" #> [92407] "mmcplot" #> [92408] "mmcPruneIsomeans" #> [92409] "multicomp.order" #> [92410] "multicomp.reverse" #> [92411] "norm.curve" #> [92412] "NormalAndTplot" #> [92413] "NormalAndTPower" #> [92414] "normalApproxBinomial" #> [92415] "npar.arma" #> [92416] "NTplot" #> [92417] "objip" #> [92418] "OneWayVarPlot" #> [92419] "orthog.complete" #> [92420] "panel.acf" #> [92421] "panel.axis.right" #> [92422] "panel.bwplot.intermediate.hh" #> [92423] "panel.bwplot.superpose" #> [92424] "panel.bwplott" #> [92425] "panel.cartesian" #> [92426] "panel.ci.plot" #> [92427] "panel.confintMMC" #> [92428] "panel.dotplot.tb" #> [92429] "panel.interaction2wt" #> [92430] "panel.isomeans" #> [92431] "panel.likert" #> [92432] "panel.pairs.hh" #> [92433] "panel.xysplom" #> [92434] "partial.corr" #> [92435] "pdiscunif" #> [92436] "perspPlane" #> [92437] "plot.hov" #> [92438] "plot.mmc.multicomp" #> [92439] "plot.multicomp" #> [92440] "position" #> [92441] "positioned-class" #> [92442] "print.latticeresids" #> [92443] "print.NormalAndTplot" #> [92444] "print.tsdiagplot" #> [92445] "print.TwoTrellisColumns" #> [92446] "push.vp.hh" #> [92447] "pyramidLikert" #> [92448] "rbind.trellis" #> [92449] "regr1.plot" #> [92450] "regr2.plot" #> [92451] "regrresidplot" #> [92452] "resid.squares" #> [92453] "residual.plots" #> [92454] "residual.plots.lattice" #> [92455] "residVSfitted" #> [92456] "ResizeEtc" #> [92457] "ResizeEtc.likertPlot" #> [92458] "seqplot" #> [92459] "seqplot.forecast" #> [92460] "strip.background0" #> [92461] "strip.xysplom" #> [92462] "sufficient" #> [92463] "summary.arma.loop" #> [92464] "tsacfplots" #> [92465] "tsdiagplot" #> [92466] "useOuterStripsT2L1" #> [92467] "X.residuals" #> [92468] "xysplom" #> [92469] "HHG-package" #> [92470] "Fast.independence.test" #> [92471] "Fast.independence.test.nulltable" #> [92472] "HHG" #> [92473] "hhg.example.datagen" #> [92474] "hhg.univariate.ind.combined.test" #> [92475] "hhg.univariate.ind.nulltable" #> [92476] "hhg.univariate.ind.pvalue" #> [92477] "hhg.univariate.ind.stat" #> [92478] "hhg.univariate.ks.combined.test" #> [92479] "hhg.univariate.ks.nulltable" #> [92480] "hhg.univariate.ks.pvalue" #> [92481] "hhg.univariate.ks.stat" #> [92482] "hhg.univariate.nulltable.from.mstats" #> [92483] "nr_bins_equipartition" #> [92484] "print.HHG.Test.Result" #> [92485] "print.UnivariateObject" #> [92486] "print.UnivariateStatistic" #> [92487] "Yeast_hughes" #> [92488] "adaptP" #> [92489] "addGroups2WFUN" #> [92490] "aggregateC" #> [92491] "aggregateCountsArray" #> [92492] "C2pop" #> [92493] "contactmatrix" #> [92494] "dssAggregate" #> [92495] "expandC" #> [92496] "fitC" #> [92497] "noroBE" #> [92498] "plotC" #> [92499] "plotHHH4_fitted_groups" #> [92500] "plotHHH4_maps_groups" #> [92501] "plotHHH4_season_groups" #> [92502] "pop2011" #> [92503] "powerC" #> [92504] "stationary" #> [92505] "stratum" #> [92506] "stsplothook" #> [92507] "plot_hhi" #> [92508] "CEEMD" #> [92509] "CombineTrials" #> [92510] "EEMD" #> [92511] "EEMDCompile" #> [92512] "EEMDResift" #> [92513] "EvolutiveFFT" #> [92514] "FTGramImage" #> [92515] "HHGramImage" #> [92516] "HHRender" #> [92517] "HHSpecPlot" #> [92518] "HHSpectrum" #> [92519] "HHTPackagePlotter" #> [92520] "HilbertEnvelope" #> [92521] "HilbertTransform" #> [92522] "InstantaneousFrequency" #> [92523] "PlotIMFs" #> [92524] "PrecisionTester" #> [92525] "Sig2IMF" #> [92526] "rballunif" #> [92527] "trans.dens" #> [92528] "HiCblock-package" #> [92529] "annotateHiCBin" #> [92530] "createHiCDataset" #> [92531] "dataExample" #> [92532] "HiCblockModel" #> [92533] "HiCblockProcData" #> [92534] "testDistancePowerLawDistrib" #> [92535] "HiCfeat-package" #> [92536] "averagePerBin" #> [92537] "borderAnalysisFun" #> [92538] "readDomBed" #> [92539] "readGFBed" #> [92540] "readGFWig" #> [92541] "HiCglmi-package" #> [92542] "filterCouples" #> [92543] "HiCglmiModel" #> [92544] "HiCglmiProcData" #> [92545] "coarseR" #> [92546] "fastCor" #> [92547] "geogMask" #> [92548] "grid2D" #> [92549] "HiClimR" #> [92550] "HiClimR2nc" #> [92551] "minSigCor" #> [92552] "TestCase" #> [92553] "validClimR" #> [92554] "WorldMask" #> [92555] "HiCseg-package" #> [92556] "HiCseg_linkC_R" #> [92557] "hiddenf-package" #> [92558] "additivityPvalues" #> [92559] "anova.HiddenF" #> [92560] "Boik.mtx" #> [92561] "cjejuni.mtx" #> [92562] "cnv1.mtx" #> [92563] "cnvall.mtx" #> [92564] "Graybill.mtx" #> [92565] "HiddenF" #> [92566] "KKSAPvalue" #> [92567] "MalikPvalue" #> [92568] "MalikTab" #> [92569] "MandelPvalue" #> [92570] "plot.HiddenF" #> [92571] "print.HiddenF" #> [92572] "summary.HiddenF" #> [92573] "TukeyPvalue" #> [92574] "HiddenMarkov-package" #> [92575] "BaumWelch" #> [92576] "bwcontrol" #> [92577] "Change" #> [92578] "compdelta" #> [92579] "Demonstration" #> [92580] "dthmm" #> [92581] "Estep" #> [92582] "forwardback" #> [92583] "mchain" #> [92584] "mmglm" #> [92585] "mmglm-2nd-level-functions" #> [92586] "mmpp" #> [92587] "mmpp-2nd-level-functions" #> [92588] "Mstep" #> [92589] "neglogLik" #> [92590] "probhmm" #> [92591] "Transform-Parameters" #> [92592] "HiDimDA-package" #> [92593] "AlonDS" #> [92594] "canldaRes" #> [92595] "clldaRes" #> [92596] "CovE" #> [92597] "DACrossVal" #> [92598] "Dlda" #> [92599] "DMat" #> [92600] "FrobSigAp" #> [92601] "MatMult" #> [92602] "Mlda" #> [92603] "MldaInvE" #> [92604] "RFlda" #> [92605] "SelectV" #> [92606] "ShrnkMat" #> [92607] "ShrnkMatInv" #> [92608] "ShrnkSigE" #> [92609] "SigFq" #> [92610] "SigFqInv" #> [92611] "Slda" #> [92612] "all.regs" #> [92613] "combos" #> [92614] "hier.part" #> [92615] "hier.part.data" #> [92616] "rand.hp" #> [92617] "calc_linex_a" #> [92618] "convert.HDS.to.mcmc" #> [92619] "generate_inits" #> [92620] "generate_inits_misID" #> [92621] "get_confusion_array" #> [92622] "get_confusion_mat" #> [92623] "get_mod_matrix" #> [92624] "hierarchical_DS" #> [92625] "linear_adj" #> [92626] "log_lambda_gradient" #> [92627] "log_lambda_log_likelihood" #> [92628] "mcmc_ds" #> [92629] "plot_N_map" #> [92630] "plot_obs_pred" #> [92631] "post_loss" #> [92632] "probit.fct" #> [92633] "rect_adj" #> [92634] "rect_adj_RW2" #> [92635] "rrw" #> [92636] "sim_out" #> [92637] "square_adj" #> [92638] "stack_data" #> [92639] "stack_data_misID" #> [92640] "summary_N" #> [92641] "switch_pdf" #> [92642] "switch_sample" #> [92643] "switch_sample_prior" #> [92644] "table.mcmc" #> [92645] "create_hierarchy" #> [92646] "HierarchicalSet-getters" #> [92647] "hierarchicalSets" #> [92648] "outlier_hierarchy" #> [92649] "outlying_elements" #> [92650] "plot.HierarchicalSet" #> [92651] "plot_outlier_distribution" #> [92652] "twitter" #> [92653] "hierband-package" #> [92654] "banded" #> [92655] "formw" #> [92656] "gpband" #> [92657] "hierband" #> [92658] "hierband.cv" #> [92659] "hierband.path" #> [92660] "lam.max.hierband" #> [92661] "MakeFolds" #> [92662] "subdiag.thresh" #> [92663] "subdiagonal.l2norms" #> [92664] "hierDiversity-package" #> [92665] "dz" #> [92666] "hierDiversity" #> [92667] "milkweedData" #> [92668] "boot.ppDeltaD" #> [92669] "CorDdPlot" #> [92670] "COR_DeltaDd" #> [92671] "COR_Fstd" #> [92672] "DeltaDcorplot" #> [92673] "HierAr" #> [92674] "HierD" #> [92675] "HierFst" #> [92676] "HierHe" #> [92677] "Hierpertest" #> [92678] "IDIP" #> [92679] "Ldisper" #> [92680] "permutate.DeltaD" #> [92681] "plot.aggregates" #> [92682] "plotdiff1" #> [92683] "plot_pcoa_aggregate" #> [92684] "print_boot_ppDeltaD" #> [92685] "pwag.permutest" #> [92686] "qD" #> [92687] "qDplot" #> [92688] "AIc" #> [92689] "allele.count" #> [92690] "allelic.richness" #> [92691] "basic.stats" #> [92692] "boot.ppfis" #> [92693] "boot.ppfst" #> [92694] "boot.vc" #> [92695] "crocrussula" #> [92696] "eucl.dist" #> [92697] "eucl.dist.trait" #> [92698] "exhier" #> [92699] "fstat" #> [92700] "g.stats" #> [92701] "g.stats.glob" #> [92702] "genet.dist" #> [92703] "genind2hierfstat" #> [92704] "genot2al" #> [92705] "getal" #> [92706] "getal.b" #> [92707] "gstat.randtest" #> [92708] "gtrunchier" #> [92709] "hierfstat" #> [92710] "ind.count" #> [92711] "indpca" #> [92712] "mat2vec" #> [92713] "nb.alleles" #> [92714] "pairwise.neifst" #> [92715] "pairwise.WCfst" #> [92716] "pop.freq" #> [92717] "pp.fst" #> [92718] "pp.sigma.loc" #> [92719] "print.pp.fst" #> [92720] "qn2.read.fstat" #> [92721] "read.fstat.data" #> [92722] "samp.between" #> [92723] "samp.between.within" #> [92724] "samp.within" #> [92725] "sexbias.test" #> [92726] "sim.freq" #> [92727] "sim.genot" #> [92728] "sim.genot.t" #> [92729] "subsampind" #> [92730] "test.between" #> [92731] "test.between.within" #> [92732] "test.g" #> [92733] "test.within" #> [92734] "varcomp.glob" #> [92735] "vec2mat" #> [92736] "wc" #> [92737] "write.bayescan" #> [92738] "write.fstat" #> [92739] "write.ped" #> [92740] "write.struct" #> [92741] "yangex" #> [92742] "hierNet" #> [92743] "hierNet.cv" #> [92744] "hierNet.logistic" #> [92745] "hierNet.logistic.path" #> [92746] "hierNet.path" #> [92747] "hierNet.varimp" #> [92748] "predict.hierNet" #> [92749] "predict.hierNet.logistic" #> [92750] "predict.hierNet.path" #> [92751] "HierO-package" #> [92752] "delta2" #> [92753] "HierO" #> [92754] "hieroClass-class" #> [92755] "hieroEnv" #> [92756] "hiertest-package" #> [92757] "compute.contrasts" #> [92758] "estimate.fdr" #> [92759] "hiertest" #> [92760] "interactions.above" #> [92761] "plot.estfdr" #> [92762] "plot.hiertest" #> [92763] "print.estfdr" #> [92764] "print.hiertest" #> [92765] "HIest-package" #> [92766] "Bluestone" #> [92767] "Cline.fit" #> [92768] "Cline.plot" #> [92769] "gcline.fn" #> [92770] "HIC" #> [92771] "HIC3" #> [92772] "HIclass" #> [92773] "HIest" #> [92774] "HILL" #> [92775] "HIsurf" #> [92776] "HItest" #> [92777] "HItest3" #> [92778] "longX2" #> [92779] "spatial.AD" #> [92780] "spatial.HZ" #> [92781] "thirdclass" #> [92782] "threeway" #> [92783] "Christian" #> [92784] "Minich" #> [92785] "(hcaes" #> [92786] "mutate_mapping" #> [92787] "Armond" #> [92788] "(mutate_mapping" #> [92789] "Joshua" #> [92790] "Kunst" #> [92791] "16:50:03" #> [92792] "citytemp" #> [92793] "colorize" #> [92794] "color_classes" #> [92795] "color_stops" #> [92796] "create_yaxis" #> [92797] "dash_styles" #> [92798] "datetime_to_timestamp" #> [92799] "download_map_data" #> [92800] "export_hc" #> [92801] "favorite_bars" #> [92802] "favorite_pies" #> [92803] "fix_1_length_data" #> [92804] "get_data_from_map" #> [92805] "get_hc_series_from_df" #> [92806] "globaltemp" #> [92807] "hcaes" #> [92808] "hcaes_string" #> [92809] "hcbar" #> [92810] "hcboxplot" #> [92811] "hcdensity" #> [92812] "hchart" #> [92813] "hchart.survfit" #> [92814] "hchist" #> [92815] "hciconarray" #> [92816] "hcmap" #> [92817] "hcparcords" #> [92818] "hcpie" #> [92819] "hcspark" #> [92820] "hctreemap" #> [92821] "hctreemap2" #> [92822] "hcts" #> [92823] "hc_accessibility" #> [92824] "hc_add_dependency" #> [92825] "hc_add_dependency_fa" #> [92826] "hc_add_event_point" #> [92827] "hc_add_series" #> [92828] "hc_add_series.character" #> [92829] "hc_add_series.data.frame" #> [92830] "hc_add_series.density" #> [92831] "hc_add_series.forecast" #> [92832] "hc_add_series.geo_json" #> [92833] "hc_add_series.lm" #> [92834] "hc_add_series.numeric" #> [92835] "hc_add_series.ts" #> [92836] "hc_add_series.xts" #> [92837] "hc_add_series_boxplot" #> [92838] "hc_add_series_df" #> [92839] "hc_add_series_flags" #> [92840] "hc_add_series_labels_values" #> [92841] "hc_add_series_list" #> [92842] "hc_add_series_map" #> [92843] "hc_add_series_ohlc" #> [92844] "hc_add_series_scatter" #> [92845] "hc_add_series_times_values" #> [92846] "hc_add_series_treemap" #> [92847] "hc_add_series_ts" #> [92848] "hc_add_series_xts" #> [92849] "hc_add_theme" #> [92850] "hc_annotations" #> [92851] "hc_annotationsOptions" #> [92852] "hc_boost" #> [92853] "hc_chart" #> [92854] "hc_colorAxis" #> [92855] "hc_colors" #> [92856] "hc_credits" #> [92857] "hc_defs" #> [92858] "hc_drilldown" #> [92859] "hc_elementId" #> [92860] "hc_exporting" #> [92861] "hc_legend" #> [92862] "hc_mapNavigation" #> [92863] "hc_motion" #> [92864] "hc_navigator" #> [92865] "hc_pane" #> [92866] "hc_plotOptions" #> [92867] "hc_rangeSelector" #> [92868] "hc_responsive" #> [92869] "hc_rm_series" #> [92870] "hc_scrollbar" #> [92871] "hc_series" #> [92872] "hc_size" #> [92873] "hc_theme" #> [92874] "hc_theme_538" #> [92875] "hc_theme_chalk" #> [92876] "hc_theme_darkunica" #> [92877] "hc_theme_db" #> [92878] "hc_theme_economist" #> [92879] "hc_theme_elementary" #> [92880] "hc_theme_ffx" #> [92881] "hc_theme_flat" #> [92882] "hc_theme_flatdark" #> [92883] "hc_theme_ft" #> [92884] "hc_theme_ggplot2" #> [92885] "hc_theme_google" #> [92886] "hc_theme_gridlight" #> [92887] "hc_theme_handdrawn" #> [92888] "hc_theme_merge" #> [92889] "hc_theme_monokai" #> [92890] "hc_theme_null" #> [92891] "hc_theme_sandsignika" #> [92892] "hc_theme_smpl" #> [92893] "hc_theme_sparkline" #> [92894] "hc_theme_superheroes" #> [92895] "hc_theme_tufte" #> [92896] "hc_title" #> [92897] "hc_tooltip" #> [92898] "hc_xAxis" #> [92899] "hex_to_rgba" #> [92900] "highchart" #> [92901] "highchart2" #> [92902] "highcharter" #> [92903] "highcharter-exports" #> [92904] "highchartOutput" #> [92905] "highcharts_demo" #> [92906] "highchart_ct" #> [92907] "hw_grid" #> [92908] "is.hexcolor" #> [92909] "is.highchart" #> [92910] "list_parse" #> [92911] "pokemon" #> [92912] "random_id" #> [92913] "renderHighchart" #> [92914] "stars" #> [92915] "str_to_id" #> [92916] "tooltip_chart" #> [92917] "tooltip_table" #> [92918] "uscountygeojson" #> [92919] "usgeojson" #> [92920] "vaccines" #> [92921] "weather" #> [92922] "worldgeojson" #> [92923] "highD2pop-package" #> [92924] "build2popData" #> [92925] "build2popData_muYafunction" #> [92926] "ChenQin.sim" #> [92927] "ChenQin.test" #> [92928] "chr1qseg" #> [92929] "CLX.Covtest" #> [92930] "CLX.sim.Covtest" #> [92931] "CLX.sim.equalcov" #> [92932] "CLX.sim.unequalcov" #> [92933] "CLX.test.equalcov" #> [92934] "CLX.test.unequalcov" #> [92935] "GCT.sim" #> [92936] "GCT.test" #> [92937] "GCT.test.missing" #> [92938] "rdblepareto" #> [92939] "rgammashift" #> [92940] "SK.sim" #> [92941] "SK.test" #> [92942] "HighDimOut-package" #> [92943] "Func.ABOD" #> [92944] "Func.FBOD" #> [92945] "Func.SNN" #> [92946] "Func.SOD" #> [92947] "Func.trans" #> [92948] "GoldenStatesWarriors" #> [92949] "highfrequency-package" #> [92950] "aggregatePrice" #> [92951] "aggregateQuotes" #> [92952] "aggregateTrades" #> [92953] "aggregatets" #> [92954] "AJjumptest" #> [92955] "autoSelectExchangeQuotes" #> [92956] "autoSelectExchangeTrades" #> [92957] "BNSjumptest" #> [92958] "exchangeHoursOnly" #> [92959] "getPrice" #> [92960] "getTradeDirection" #> [92961] "harModel" #> [92962] "has.Qty" #> [92963] "heavyModel" #> [92964] "heavyModelC" #> [92965] "ivInference" #> [92966] "JOjumptest" #> [92967] "lltc.xts" #> [92968] "makePsd" #> [92969] "makeReturns" #> [92970] "matchTradesQuotes" #> [92971] "medRQ" #> [92972] "medRV" #> [92973] "mergeQuotesSameTimestamp" #> [92974] "mergeTradesSameTimestamp" #> [92975] "minRQ" #> [92976] "minRV" #> [92977] "MRC" #> [92978] "noZeroPrices" #> [92979] "noZeroQuotes" #> [92980] "previoustick" #> [92981] "quotesCleanup" #> [92982] "rAccumulation" #> [92983] "rAVGCov" #> [92984] "rBeta" #> [92985] "rBPCov" #> [92986] "rCov" #> [92987] "rCumSum" #> [92988] "realized_library" #> [92989] "refreshTime" #> [92990] "rHYCov" #> [92991] "rKernel.available" #> [92992] "rKernelCov" #> [92993] "rKurt" #> [92994] "rMarginal" #> [92995] "rmLargeSpread" #> [92996] "rmNegativeSpread" #> [92997] "rmOutliers" #> [92998] "rMPV" #> [92999] "rmTradeOutliers" #> [93000] "rOWCov" #> [93001] "rQPVar" #> [93002] "rQuar" #> [93003] "rRTSCov" #> [93004] "rScatterReturns" #> [93005] "rSkew" #> [93006] "rSV" #> [93007] "rThresholdCov" #> [93008] "rTPVar" #> [93009] "rTSCov" #> [93010] "rZero" #> [93011] "salesCondition" #> [93012] "sample_5minprices" #> [93013] "sample_5minprices_jumps" #> [93014] "sample_qdata" #> [93015] "sample_qdataraw" #> [93016] "sample_real5minprices" #> [93017] "sample_returns_5min" #> [93018] "sample_tdata" #> [93019] "sample_tdataraw" #> [93020] "sbux.xts" #> [93021] "selectExchange" #> [93022] "spotvol" #> [93023] "TAQLoad" #> [93024] "tqLiquidity" #> [93025] "tradesCleanup" #> [93026] "tradesCleanupFinal" #> [93027] "highlight-package" #> [93028] "boxes_latex" #> [93029] "css.parser" #> [93030] "external_highlight" #> [93031] "formatter_html" #> [93032] "formatter_latex" #> [93033] "getStyleFile" #> [93034] "header_html" #> [93035] "header_latex" #> [93036] "HighlightWeaveLatex" #> [93037] "highlight_output_types" #> [93038] "highlight_themes" #> [93039] "Hweave" #> [93040] "renderer" #> [93041] "simple_detective" #> [93042] "space_latex" #> [93043] "styler" #> [93044] "styler_assistant_latex" #> [93045] "translator_html" #> [93046] "translator_latex" #> [93047] "highlight_html" #> [93048] "print.highlightHTML" #> [93049] "rgb2hex" #> [93050] "shinyRGB2hex" #> [93051] "table_id_inject" #> [93052] "highmean-package" #> [93053] "apval_aSPU" #> [93054] "apval_Bai1996" #> [93055] "apval_Cai2014" #> [93056] "apval_Chen2010" #> [93057] "apval_Chen2014" #> [93058] "apval_Sri2008" #> [93059] "cpval_aSPU" #> [93060] "epval_aSPU" #> [93061] "epval_Bai1996" #> [93062] "epval_Cai2014" #> [93063] "epval_Chen2010" #> [93064] "epval_Chen2014" #> [93065] "epval_Sri2008" #> [93066] "hilight" #> [93067] "hi_andre" #> [93068] "highriskzone-package" #> [93069] "bootcor" #> [93070] "bootcorr" #> [93071] "bootcor_restr" #> [93072] "check_det_hrz_input" #> [93073] "check_det_hrz_restr_input" #> [93074] "craterA" #> [93075] "craterB" #> [93076] "det_alpha" #> [93077] "det_alpha_eval_ar" #> [93078] "det_area" #> [93079] "det_area_hole" #> [93080] "det_guard_width" #> [93081] "det_hrz" #> [93082] "det_hrz_eval_ar" #> [93083] "det_hrz_restr" #> [93084] "det_nnarea" #> [93085] "det_nsintens" #> [93086] "det_nsintens_restr" #> [93087] "det_radius" #> [93088] "det_threshold" #> [93089] "det_thresholdfromarea" #> [93090] "det_thresholdfromarea_rest" #> [93091] "det_threshold_eval_ar" #> [93092] "est_intens" #> [93093] "est_intens_spde" #> [93094] "est_intens_weight" #> [93095] "eval_hrz" #> [93096] "eval_method" #> [93097] "plot.bootcorr" #> [93098] "plot.highriskzone" #> [93099] "plot.hrzeval" #> [93100] "print.bootcorr" #> [93101] "print.highriskzone" #> [93102] "print.hrzeval" #> [93103] "read_pppdata" #> [93104] "sim_intens" #> [93105] "sim_nsppp" #> [93106] "sim_nsprocess" #> [93107] "summary.bootcorr" #> [93108] "summary.highriskzone" #> [93109] "summary.hrzeval" #> [93110] "highSCREEN-package" #> [93111] "extractplate" #> [93112] "formatRESULT" #> [93113] "normplate" #> [93114] "plotcont" #> [93115] "plotplate" #> [93116] "qcplate" #> [93117] "rankhits" #> [93118] "zfactor.ssmd" #> [93119] "highTtest" #> [93120] "highTtest-class" #> [93121] "vennD-methods" #> [93122] "higrad" #> [93123] "plot.higrad" #> [93124] "predict.higrad" #> [93125] "print.higrad" #> [93126] "hillmakeR-package" #> [93127] "occupancy" #> [93128] "hillR" #> [93129] "hill_func" #> [93130] "hill_func_parti" #> [93131] "hill_func_parti_pairwise" #> [93132] "hill_phylo" #> [93133] "hill_phylo_parti" #> [93134] "hill_phylo_parti_pairwise" #> [93135] "hill_taxa" #> [93136] "hill_taxa_parti" #> [93137] "hill_taxa_parti_pairwise" #> [93138] "HiLMM-package" #> [93139] "data_simu" #> [93140] "HIMA-package" #> [93141] "hima" #> [93142] "simHIMA" #> [93143] "BWHCitationReport" #> [93144] "hindexcalculator" #> [93145] "hint-package" #> [93146] "add.distr" #> [93147] "Binomialintersection" #> [93148] "hint.dist.test" #> [93149] "hint.test" #> [93150] "Hyperdistinct" #> [93151] "Hyperintersection" #> [93152] "overlay.sim" #> [93153] "plot.hint.test" #> [93154] "plotDistr" #> [93155] "print.hint.test" #> [93156] "sim.hydist" #> [93157] "sim.hypint" #> [93158] "hiPOD-package" #> [93159] "diffVariantError" #> [93160] "FindOptPower" #> [93161] "ncp.pool.pred" #> [93162] "PlotOptPower" #> [93163] "predictPoolNCP" #> [93164] "probDetEqual3" #> [93165] "ShowOptDesign" #> [93166] "XmeanGivenCost" #> [93167] "hipread_example" #> [93168] "hipread_long" #> [93169] "hipread_long_chunked" #> [93170] "hipread_long_yield" #> [93171] "hip_fwf_positions" #> [93172] "hip_rt" #> [93173] "CalcMID" #> [93174] "CalcTheoreticalMDV" #> [93175] "DeconvoluteSpectrum" #> [93176] "EvaluateCandidateListAgainstRawData" #> [93177] "EvaluatePairsFromXCMSSet" #> [93178] "GenerateCandXLSX" #> [93179] "GenerateQCPlots" #> [93180] "getMultipleBPC" #> [93181] "mz_shift_corrector" #> [93182] "plotBPC" #> [93183] "plotMID" #> [93184] "res_list" #> [93185] "sam" #> [93186] "xcms_cand" #> [93187] "xg" #> [93188] "coef.hIRT" #> [93189] "coef_item" #> [93190] "hgrm" #> [93191] "hltm" #> [93192] "latent_scores" #> [93193] "nes_econ2008" #> [93194] "print.hIRT" #> [93195] "summary.hIRT" #> [93196] "BisseToHisse" #> [93197] "Compute" #> [93198] "Weights" #> [93199] "fGeoHiSSE" #> [93200] "GeoHiSSE" #> [93201] "hisse" #> [93202] "hisse.null4" #> [93203] "makeHiSSELikelihood" #> [93204] "MarginRecon" #> [93205] "MarginReconfGeoSSE" #> [93206] "MarginReconGeoSSE" #> [93207] "MarginReconMiSSE" #> [93208] "MarginReconMuHiSSE" #> [93209] "MiSSE" #> [93210] "averaged" #> [93211] "equilibrium" #> [93212] "MuHiSSE" #> [93213] "plot.geohisse.states" #> [93214] "plot.hisse.states" #> [93215] "plot.misse.states" #> [93216] "plot.muhisse.states" #> [93217] "SimToPhylo" #> [93218] "SimulateGeoHiSSE" #> [93219] "SimulateHisse" #> [93220] "SupportRegion" #> [93221] "SupportRegionGeoSSE" #> [93222] "SupportRegionMiSSE" #> [93223] "SupportRegionMuHiSSE" #> [93224] "TranslateParsMakerGeoHiSSE" #> [93225] "TransMatMaker" #> [93226] "TransMatMakerGeoHiSSE" #> [93227] "TransMatMakerMuHiSSE" #> [93228] "HistData-package" #> [93229] "Arbuthnot" #> [93230] "Armada" #> [93231] "Bowley" #> [93232] "Cavendish" #> [93233] "ChestSizes" #> [93234] "Cholera" #> [93235] "CushnyPeebles" #> [93236] "Dactyl" #> [93237] "DrinksWages" #> [93238] "Fingerprints" #> [93239] "Galton" #> [93240] "GaltonFamilies" #> [93241] "HalleyLifeTable" #> [93242] "Jevons" #> [93243] "Langren" #> [93244] "Macdonell" #> [93245] "Michelson" #> [93246] "Minard" #> [93247] "Nightingale" #> [93248] "OldMaps" #> [93249] "PolioTrials" #> [93250] "Prostitutes" #> [93251] "Pyx" #> [93252] "Quarrels" #> [93253] "SnowMap" #> [93254] "Virginis" #> [93255] "Yeast" #> [93256] "ZeaMays" #> [93257] "HistDAWass-package" #> [93258] "*-methods" #> [93259] "+." #> [93260] "Age_Pyramids_2014" #> [93261] "Agronomique" #> [93262] "BLOOD" #> [93263] "BloodBRITO" #> [93264] "Center.cell.MatH" #> [93265] "checkEmptyBins" #> [93266] "China_Month" #> [93267] "China_Seas" #> [93268] "compP" #> [93269] "compQ" #> [93270] "crwtransform" #> [93271] "data2hist" #> [93272] "distributionH-class" #> [93273] "dotpW" #> [93274] "DouglasPeucker" #> [93275] "get.cell.MatH" #> [93276] "get.distr" #> [93277] "get.histo" #> [93278] "get.m" #> [93279] "get.MatH.main.info" #> [93280] "get.MatH.ncols" #> [93281] "get.MatH.nrows" #> [93282] "get.MatH.rownames" #> [93283] "get.MatH.stats" #> [93284] "get.MatH.varnames" #> [93285] "get.s" #> [93286] "HTS-class" #> [93287] "HTS.exponential.smoothing" #> [93288] "HTS.moving.averages" #> [93289] "HTS.predict.knn" #> [93290] "is.registeredMH" #> [93291] "kurtH" #> [93292] "MatH-class" #> [93293] "meanH" #> [93294] "minus" #> [93295] "OzoneFull" #> [93296] "OzoneH" #> [93297] "plot-distributionH" #> [93298] "plot-HTS" #> [93299] "plot-MatH" #> [93300] "plot-TdistributionH" #> [93301] "plotPredVsObs" #> [93302] "plot_errors" #> [93303] "register" #> [93304] "registerMH" #> [93305] "RetHTS" #> [93306] "rQQ" #> [93307] "set.cell.MatH" #> [93308] "ShortestDistance" #> [93309] "show-MatH" #> [93310] "skewH" #> [93311] "stations_coordinates" #> [93312] "stdH" #> [93313] "subsetHTS" #> [93314] "TdistributionH-class" #> [93315] "TMatH-class" #> [93316] "WassSqDistH" #> [93317] "WH.1d.PCA" #> [93318] "WH.bind" #> [93319] "WH.bind.col" #> [93320] "WH.bind.row" #> [93321] "WH.correlation" #> [93322] "WH.correlation2" #> [93323] "WH.mat.prod" #> [93324] "WH.mat.sum" #> [93325] "WH.MultiplePCA" #> [93326] "WH.plot_multiple_indivs" #> [93327] "WH.plot_multiple_Spanish.funs" #> [93328] "WH.regression.GOF" #> [93329] "WH.regression.two.components" #> [93330] "WH.regression.two.components.predict" #> [93331] "WH.SSQ" #> [93332] "WH.SSQ2" #> [93333] "WH.var.covar" #> [93334] "WH.var.covar2" #> [93335] "WH.vec.mean" #> [93336] "WH.vec.sum" #> [93337] "WH_2d_Adaptive_Kohonen_maps" #> [93338] "WH_2d_Kohonen_maps" #> [93339] "WH_adaptive.kmeans" #> [93340] "WH_adaptive_fcmeans" #> [93341] "WH_fcmeans" #> [93342] "WH_hclust" #> [93343] "WH_kmeans" #> [93344] "histmdl" #> [93345] "histogram" #> [93346] "histogramtools-package" #> [93347] "AddHistograms" #> [93348] "as.histogram" #> [93349] "as.Message" #> [93350] "ASH" #> [93351] "dtracehistograms" #> [93352] "HistogramDistance" #> [93353] "HistToEcdf" #> [93354] "InformationLoss" #> [93355] "IntersectHistograms" #> [93356] "MergeBuckets" #> [93357] "PlotLog2ByteEcdf" #> [93358] "PlotRelativeFrequency" #> [93359] "PreBinnedHistogram" #> [93360] "ScaleHistogram" #> [93361] "SubsetHistogram" #> [93362] "trimsparse" #> [93363] "catholic_dioceses" #> [93364] "early_colleges" #> [93365] "historydata" #> [93366] "judges" #> [93367] "naval_promotions" #> [93368] "paulist_missions" #> [93369] "sarna" #> [93370] "tudors" #> [93371] "us_national_population" #> [93372] "us_state_populations" #> [93373] "combineHistry" #> [93374] "HistoryData" #> [93375] "HistoryTracker" #> [93376] "historyTracker" #> [93377] "histropts" #> [93378] "histryProvDF" #> [93379] "knitrtracer" #> [93380] "saveHistry" #> [93381] "hit-package" #> [93382] "as.hierarchy" #> [93383] "fast.anova" #> [93384] "hit" #> [93385] "names.hierarchy" #> [93386] "reorder.hierarchy" #> [93387] "summary.hit" #> [93388] "hitandrun-package" #> [93389] "bbReject" #> [93390] "createBoundBox" #> [93391] "createSeedPoint" #> [93392] "createTransform" #> [93393] "eliminateRedundant" #> [93394] "findExtremePoints" #> [93395] "findFace" #> [93396] "findInteriorPoint" #> [93397] "findVertices" #> [93398] "har" #> [93399] "harConstraints" #> [93400] "hitandrun" #> [93401] "hypersphere.sample" #> [93402] "sab" #> [93403] "shakeandbake" #> [93404] "simplex.createConstraints" #> [93405] "simplex.createTransform" #> [93406] "simplex.sample" #> [93407] "solution.basis" #> [93408] "transformConstraints" #> [93409] "HIV.LifeTables-package" #> [93410] "hiv.mortmod" #> [93411] "mortmod.45q15" #> [93412] "mortmod.5q0" #> [93413] "mortmod.e0" #> [93414] "DFS" #> [93415] "hive" #> [93416] "hive_stream" #> [93417] "HiveR-package" #> [93418] "adj2HPD" #> [93419] "animateHive" #> [93420] "Arroyo" #> [93421] "chkHPD" #> [93422] "dot2HPD" #> [93423] "drawHiveSpline" #> [93424] "edge2HPD" #> [93425] "HEC" #> [93426] "HidingAnAxis" #> [93427] "HivePlotData" #> [93428] "manipAxis" #> [93429] "mineHPD" #> [93430] "plot3dHive" #> [93431] "ranHiveData" #> [93432] "rcsr" #> [93433] "sumHPD" #> [93434] "HK80-package" #> [93435] "HK1980GRID_TO_HK80GEO" #> [93436] "HK1980GRID_TO_HK80UTM" #> [93437] "HK1980GRID_TO_WGS84GEO" #> [93438] "HK1980GRID_TO_WGS84UTM" #> [93439] "HK80GEO_TO_HK1980GRID" #> [93440] "HK80GEO_TO_HK80UTM" #> [93441] "HK80GEO_TO_WGS84GEO" #> [93442] "HK80GEO_TO_WGS84UTM" #> [93443] "HK80UTM_TO_HK1980GRID" #> [93444] "HK80UTM_TO_HK80GEO" #> [93445] "HK80UTM_TO_WGS84GEO" #> [93446] "HK80UTM_TO_WGS84UTM" #> [93447] "WGS84GEO_TO_HK1980GRID" #> [93448] "WGS84GEO_TO_HK80GEO" #> [93449] "WGS84GEO_TO_HK80UTM" #> [93450] "WGS84GEO_TO_WGS84UTM" #> [93451] "WGS84UTM_TO_HK1980GRID" #> [93452] "WGS84UTM_TO_HK80GEO" #> [93453] "WGS84UTM_TO_HK80UTM" #> [93454] "WGS84UTM_TO_WGS84GEO" #> [93455] "hkclustering-package" #> [93456] "centroidssummary" #> [93457] "hkclusplus" #> [93458] "hkclustering" #> [93459] "extrapol.gev" #> [93460] "extrapol.return.level" #> [93461] "hkevp" #> [93462] "hkevp.expmeasure" #> [93463] "hkevp.fit" #> [93464] "hkevp.predict" #> [93465] "hkevp.rand" #> [93466] "latent.fit" #> [93467] "mcmc.fun" #> [93468] "mcmc.plot" #> [93469] "mcmc_hkevp" #> [93470] "getHSIOptions" #> [93471] "getLastShortSelling" #> [93472] "prepInsertSQL" #> [93473] "acfHKp" #> [93474] "inferf" #> [93475] "inferfmetrop" #> [93476] "inferH" #> [93477] "inferHmetrop" #> [93478] "infermsfmetrop" #> [93479] "infermsmetrop" #> [93480] "lssd" #> [93481] "lsv" #> [93482] "ltza" #> [93483] "ltzb" #> [93484] "ltzc" #> [93485] "ltzd" #> [93486] "MannKendallLTP" #> [93487] "mlear1" #> [93488] "mleHK" #> [93489] "adjust_lmList.formula" #> [93490] "ahd" #> [93491] "case_delete.default" #> [93492] "compare_eb_ls" #> [93493] "covratio.default" #> [93494] "dotplot_diag" #> [93495] "ggplot_qqnorm" #> [93496] "group_qqnorm" #> [93497] "HLMdiag" #> [93498] "HLMresid.default" #> [93499] "leverage.default" #> [93500] "LSresids.default" #> [93501] "mdffits.default" #> [93502] "rotate_ranef.default" #> [93503] "rvc.default" #> [93504] "varcomp.mer" #> [93505] "HLSMcovplots" #> [93506] "HLSMDiag" #> [93507] "HLSMrandomEF" #> [93508] "schoolsAdviceData" #> [93509] "getSpec" #> [93510] "ghmb" #> [93511] "gtsmb" #> [93512] "hmb" #> [93513] "HMB-class" #> [93514] "HMB_data" #> [93515] "SummaryHMB-class" #> [93516] "tsmb" #> [93517] "age2int" #> [93518] "extract_HFD_items" #> [93519] "getCHMDprovinces" #> [93520] "getHFCcountries" #> [93521] "getHFDcountries" #> [93522] "getHFDdate" #> [93523] "getHFDitemavail" #> [93524] "getHMDcountries" #> [93525] "getHMDitemavail" #> [93526] "getJMDprefectures" #> [93527] "HFCparse" #> [93528] "HFDparse" #> [93529] "HMDparse" #> [93530] "readCHMDweb" #> [93531] "readHFCweb" #> [93532] "readHFD" #> [93533] "readHFDweb" #> [93534] "readHMDweb" #> [93535] "readJMDweb" #> [93536] "userInput" #> [93537] "hmeasure-package" #> [93538] "HMeasure" #> [93539] "misclassCounts" #> [93540] "summary.hmeasure" #> [93541] "2018-12-13" #> [93542] "19:10:03" #> [93543] "*.interval" #> [93544] "+.interval" #> [93545] "-.interval" #> [93546] "/.interval" #> [93547] "as.data.frame.interval" #> [93548] "as.interval" #> [93549] "ceiling" #> [93550] "center_interval" #> [93551] "chaincheck" #> [93552] "cleanup" #> [93553] "contributions4intervals" #> [93554] "decompose_interval" #> [93555] "doubleintegral" #> [93556] "exp" #> [93557] "extract_varnames" #> [93558] "factors" #> [93559] "fixed_intercept_check" #> [93560] "floor" #> [93561] "Gcsemv" #> [93562] "generate_interval" #> [93563] "get_type" #> [93564] "head.interval" #> [93565] "hmi" #> [93566] "hmi_pool" #> [93567] "idf2interval" #> [93568] "imputationcycle" #> [93569] "imp_binary_multi" #> [93570] "imp_binary_single" #> [93571] "imp_cat_multi" #> [93572] "imp_cat_single" #> [93573] "imp_cont_multi" #> [93574] "imp_cont_single" #> [93575] "imp_count_multi" #> [93576] "imp_count_single" #> [93577] "imp_interval" #> [93578] "imp_orderedcat_multi" #> [93579] "imp_orderedcat_single" #> [93580] "imp_roundedcont" #> [93581] "imp_semicont_multi" #> [93582] "imp_semicont_single" #> [93583] "interval2idf" #> [93584] "is.na.interval" #> [93585] "is_interval" #> [93586] "list_of_rounding_degrees_maker" #> [93587] "list_of_rounding_formulas_maker" #> [93588] "list_of_spikes_maker" #> [93589] "list_of_types_maker" #> [93590] "negloglik" #> [93591] "negloglik2_intervalsonly" #> [93592] "nhanes_imp" #> [93593] "nhanes_mod" #> [93594] "nhanes_sub" #> [93595] "pbivnormX" #> [93596] "plot.interval" #> [93597] "random_intercept_check" #> [93598] "sample_imp" #> [93599] "sna_interval" #> [93600] "split_interval" #> [93601] "sqrt" #> [93602] "stand" #> [93603] "suggest_rounding_degrees" #> [93604] "tail.interval" #> [93605] "[.interval" #> [93606] "[<-.interval" #> [93607] "%%.interval" #> [93608] "^.interval" #> [93609] "abs.error.pred" #> [93610] "addMarginal" #> [93611] "all.is.numeric" #> [93612] "approxExtrap" #> [93613] "areg" #> [93614] "aregImpute" #> [93615] "binconf" #> [93616] "biVar" #> [93617] "bootkm" #> [93618] "bpower" #> [93619] "bpplot" #> [93620] "bystats" #> [93621] "capitalize" #> [93622] "ciapower" #> [93623] "cnvrt.coords" #> [93624] "colorFacet" #> [93625] "contents" #> [93626] "cpower" #> [93627] "Cs" #> [93628] "csv.get" #> [93629] "curveRep" #> [93630] "cut2" #> [93631] "data.frame.create.modify.check" #> [93632] "dataRep" #> [93633] "deff" #> [93634] "dotchart2" #> [93635] "dotchart3" #> [93636] "dotchartpl" #> [93637] "Ecdf" #> [93638] "equalBins" #> [93639] "errbar" #> [93640] "escapeRegex" #> [93641] "event.chart" #> [93642] "event.convert" #> [93643] "event.history" #> [93644] "ffCompress" #> [93645] "find.matches" #> [93646] "first.word" #> [93647] "format.df" #> [93648] "format.pval" #> [93649] "gbayes" #> [93650] "getHdata" #> [93651] "getRs" #> [93652] "getZip" #> [93653] "ggfreqScatter" #> [93654] "GiniMd" #> [93655] "hdquantile" #> [93656] "hidingTOC" #> [93657] "hist.data.frame" #> [93658] "histbackback" #> [93659] "histboxp" #> [93660] "HmiscOverview" #> [93661] "hoeffd" #> [93662] "html" #> [93663] "knitrSet" #> [93664] "labcurve" #> [93665] "latex" #> [93666] "latexCheckOptions" #> [93667] "latexDotchart" #> [93668] "latexTabular" #> [93669] "latexTherm" #> [93670] "legendfunctions" #> [93671] "list.tree" #> [93672] "makeNstr" #> [93673] "mApply" #> [93674] "mChoice" #> [93675] "mdb.get" #> [93676] "mgp.axis" #> [93677] "mhgr" #> [93678] "minor.tick" #> [93679] "mtitle" #> [93680] "multLines" #> [93681] "na.delete" #> [93682] "na.detail.response" #> [93683] "na.keep" #> [93684] "nobsY" #> [93685] "nstr" #> [93686] "num.intercepts" #> [93687] "panel.bpplot" #> [93688] "pc1" #> [93689] "plotCorrPrecision" #> [93690] "plotlyM" #> [93691] "plsmo" #> [93692] "popower" #> [93693] "print.char.list" #> [93694] "print.char.matrix" #> [93695] "prnz" #> [93696] "prselect" #> [93697] "pstamp" #> [93698] "rcorr.cens" #> [93699] "rcorrp.cens" #> [93700] "rcspline.eval" #> [93701] "rcspline.plot" #> [93702] "rcspline.restate" #> [93703] "redun" #> [93704] "reShape" #> [93705] "rlegend" #> [93706] "rm.boot" #> [93707] "rMultinom" #> [93708] "samplesize.bin" #> [93709] "sas.get" #> [93710] "sasxport.get" #> [93711] "Save" #> [93712] "scat1d" #> [93713] "score.binary" #> [93714] "sedit" #> [93715] "show.pch" #> [93716] "showPsfrag" #> [93717] "simplifyDims" #> [93718] "simRegOrd" #> [93719] "smean.sd" #> [93720] "solvet" #> [93721] "somers2" #> [93722] "spower" #> [93723] "spss.get" #> [93724] "src" #> [93725] "stata.get" #> [93726] "stat_plsmo" #> [93727] "string.bounding.box" #> [93728] "string.break.line" #> [93729] "stringDims" #> [93730] "subplot" #> [93731] "summaryM" #> [93732] "summaryP" #> [93733] "summaryRc" #> [93734] "summaryS" #> [93735] "symbol.freq" #> [93736] "sys" #> [93737] "t.test.cluster" #> [93738] "tabulr" #> [93739] "tex" #> [93740] "transace" #> [93741] "transcan" #> [93742] "trunc.POSIXt" #> [93743] "units" #> [93744] "upData" #> [93745] "upFirst" #> [93746] "valueTags" #> [93747] "varclus" #> [93748] "wtd.stats" #> [93749] "xtfrm.labelled" #> [93750] "xy.group" #> [93751] "xYplot" #> [93752] "yearDays" #> [93753] "ynbind" #> [93754] "baumWelch" #> [93755] "dishonestCasino" #> [93756] "HMM" #> [93757] "initHMM" #> [93758] "simHMM" #> [93759] "viterbi" #> [93760] "viterbiTraining" #> [93761] "anova.hmm.discnp" #> [93762] "ccprSim" #> [93763] "cnvrtRho" #> [93764] "fitted.hmm.discnp" #> [93765] "hmm" #> [93766] "hydroDat" #> [93767] "lesionCount" #> [93768] "logLikHmm" #> [93769] "misstify" #> [93770] "mps" #> [93771] "nafracCalc" #> [93772] "predict.hmm.discnp" #> [93773] "rhmm" #> [93774] "scovmat" #> [93775] "squantCI" #> [93776] "SydColDisc" #> [93777] "update.hmm.discnp" #> [93778] "weissData" #> [93779] "HMMCont-package" #> [93780] "baumwelchcont" #> [93781] "hmmcontSimul" #> [93782] "hmmsetcont" #> [93783] "logreturns" #> [93784] "Prices" #> [93785] "statesDistributionsPlot" #> [93786] "viterbicont" #> [93787] "dilog" #> [93788] "EstHMMCop" #> [93789] "EstKendallTau" #> [93790] "EstMixtureCop" #> [93791] "GofHMMCop" #> [93792] "GofMixtureCop" #> [93793] "KendallTau" #> [93794] "ParamCop" #> [93795] "ParamTau" #> [93796] "RosenblattClayton" #> [93797] "RosenblattFrank" #> [93798] "RosenblattGaussian" #> [93799] "RosenblattGumbel" #> [93800] "RosenblattStudent" #> [93801] "SimHMMCop" #> [93802] "SimMarkovChain" #> [93803] "SimMixtureCop" #> [93804] "SnB" #> [93805] "Tau2Rho" #> [93806] "HMMEsolver-package" #> [93807] "SolveHMME" #> [93808] "HMMextra0s-package" #> [93809] "cumdist.hmm0norm" #> [93810] "hmm0norm" #> [93811] "hmm0norm2d" #> [93812] "plotVitloc2d" #> [93813] "plotVitpath2d" #> [93814] "sim.hmm0norm" #> [93815] "sim.hmm0norm2d" #> [93816] "Viterbi.hmm0norm" #> [93817] "Viterbi.hmm0norm2d" #> [93818] "hmmm-package" #> [93819] "accident" #> [93820] "akaike" #> [93821] "anova.hidden" #> [93822] "anova.hmmmfit" #> [93823] "create.XMAT" #> [93824] "getnames" #> [93825] "GMI" #> [93826] "hidden.emfit" #> [93827] "hmmm.chibar" #> [93828] "hmmm.mlfit" #> [93829] "hmmm.model" #> [93830] "hmmm.model.X" #> [93831] "inv_GMI" #> [93832] "loglin.model" #> [93833] "madsen" #> [93834] "marg.list" #> [93835] "mphineq.fit" #> [93836] "polbirth" #> [93837] "print.hidden" #> [93838] "print.hmmmchibar" #> [93839] "print.hmmmfit" #> [93840] "relpol" #> [93841] "relpolbirth" #> [93842] "summary.hidden" #> [93843] "summary.hmmmchibar" #> [93844] "summary.hmmmfit" #> [93845] "summary.hmmmmod" #> [93846] "summary.mphfit" #> [93847] "HMMmlselect-package" #> [93848] "check_para_validity" #> [93849] "estimateNormalizingConst" #> [93850] "find_importance_function" #> [93851] "find_index_local_region" #> [93852] "HMMfit" #> [93853] "HMMfitting" #> [93854] "HMMll" #> [93855] "HMMmlestimate" #> [93856] "HMMmlselect" #> [93857] "HMMrepsim" #> [93858] "HMMsim" #> [93859] "HMMsimulate" #> [93860] "ll_un_normalized_hmm_gm" #> [93861] "logmvNormdensity" #> [93862] "logmvTdensity" #> [93863] "multivariate_mixture_density" #> [93864] "PlotHMM" #> [93865] "RobustBIC" #> [93866] "sample_mixture" #> [93867] "HMMpa-package" #> [93868] "AIC_HMM" #> [93869] "Baum_Welch_algorithm" #> [93870] "cut_off_point_method" #> [93871] "dgenpois" #> [93872] "direct_numerical_maximization" #> [93873] "forward_backward_algorithm" #> [93874] "HMM_based_method" #> [93875] "HMM_decoding" #> [93876] "HMM_simulation" #> [93877] "HMM_training" #> [93878] "initial_parameter_training" #> [93879] "local_decoding_algorithm" #> [93880] "Viterbi_algorithm" #> [93881] "HMP-package" #> [93882] "Barchart.data" #> [93883] "C.alpha.multinomial" #> [93884] "Data.filter" #> [93885] "Dirichlet.multinomial" #> [93886] "DM.MoM" #> [93887] "DM.Rpart" #> [93888] "Est.PI" #> [93889] "formatDataSets" #> [93890] "Gen.Alg" #> [93891] "Gen.Alg.Consensus" #> [93892] "Kullback.Leibler" #> [93893] "MC.Xdc.statistics" #> [93894] "MC.Xmc.statistics" #> [93895] "MC.Xmcupo.statistics" #> [93896] "MC.Xoc.statistics" #> [93897] "MC.Xsc.statistics" #> [93898] "MC.ZT.statistics" #> [93899] "Plot.MDS" #> [93900] "Plot.RM.Barchart" #> [93901] "Plot.RM.Dotplot" #> [93902] "saliva" #> [93903] "Test.Paired" #> [93904] "throat" #> [93905] "tongue" #> [93906] "tonsils" #> [93907] "Xdc.sevsample" #> [93908] "Xmc.sevsample" #> [93909] "Xmcupo.effectsize" #> [93910] "Xmcupo.sevsample" #> [93911] "Xoc.sevsample" #> [93912] "Xsc.onesample" #> [93913] "HMPTrees-package" #> [93914] "checkTreeValidity" #> [93915] "compareTwoDataSets" #> [93916] "createAndPlot" #> [93917] "createTrees" #> [93918] "displayLegend" #> [93919] "formatData" #> [93920] "generateTree" #> [93921] "getMLEandLoglike" #> [93922] "mergeDataSets" #> [93923] "pairedCompareTwoDataSets" #> [93924] "plotTreeDataMDS" #> [93925] "stool" #> [93926] "trimToTaxaLevel" #> [93927] "HMR" #> [93928] "hms" #> [93929] "parse_hms" #> [93930] "round_hms" #> [93931] "HMVD-package" #> [93932] "HMVD" #> [93933] "HALSacc" #> [93934] "hNMF" #> [93935] "imoverlay" #> [93936] "initializeNMF" #> [93937] "initializeSPA" #> [93938] "oneLevelNMF" #> [93939] "PGNMF" #> [93940] "preProcesInputData" #> [93941] "residualNMF" #> [93942] "scaleNMFResult" #> [93943] "semiNMF" #> [93944] "hnp-package" #> [93945] "cbb" #> [93946] "chryso" #> [93947] "fungi" #> [93948] "hnp" #> [93949] "hnp-internal" #> [93950] "newhnp" #> [93951] "orange" #> [93952] "plot.hnp" #> [93953] "progeny" #> [93954] "wolbachia" #> [93955] "chlorsulfuron" #> [93956] "cond.rsm" #> [93957] "contour.all.nlreg.profiles" #> [93958] "daphnia" #> [93959] "Dmean" #> [93960] "Dvar" #> [93961] "expInfo" #> [93962] "expInfo.nlreg" #> [93963] "family.rsm" #> [93964] "family.rsm.object" #> [93965] "hoa" #> [93966] "logLik.nlreg" #> [93967] "logLik.rsm" #> [93968] "marg.object" #> [93969] "metsulfuron" #> [93970] "mpl" #> [93971] "mpl.nlreg" #> [93972] "mpl.object" #> [93973] "nlreg" #> [93974] "nlreg.diag" #> [93975] "nlreg.object" #> [93976] "obsInfo" #> [93977] "obsInfo.nlreg" #> [93978] "plot.fr" #> [93979] "plot.marg" #> [93980] "plot.nlreg.contours" #> [93981] "plot.nlreg.diag" #> [93982] "plot.nlreg.profiles" #> [93983] "print.summary.marg" #> [93984] "profile.nlreg" #> [93985] "residuals.rsm" #> [93986] "ria" #> [93987] "rsm" #> [93988] "rsm.diag" #> [93989] "rsm.diag.plots" #> [93990] "rsm.families" #> [93991] "rsm.fit" #> [93992] "rsm.null" #> [93993] "rsm.object" #> [93994] "rsm.surv" #> [93995] "summary.all.nlreg.profiles" #> [93996] "summary.fr" #> [93997] "summary.marg" #> [93998] "summary.mpl" #> [93999] "summary.nlreg" #> [94000] "summary.nlreg.profile" #> [94001] "summary.rsm" #> [94002] "tem" #> [94003] "update.rsm" #> [94004] "var2cor" #> [94005] "vcov.rsm" #> [94006] "hoardeR-package" #> [94007] "blastSeq" #> [94008] "coverageDensity" #> [94009] "findSpecies" #> [94010] "getEnsgInfo" #> [94011] "getFastaFromBed" #> [94012] "getGeneLocation" #> [94013] "getGeneSeq" #> [94014] "getSequenceFromNCBI" #> [94015] "intersectXMLAnnot" #> [94016] "plotCoverage" #> [94017] "plotHit" #> [94018] "subDose" #> [94019] "subGprobs" #> [94020] "subPhased" #> [94021] "tableSpecies" #> [94022] "targetScan" #> [94023] "hoardr-package" #> [94024] "hoard" #> [94025] "calcNormS" #> [94026] "calcNormS.R" #> [94027] "hogsvd" #> [94028] "hogsvd.rArmadillo" #> [94029] "hogsvd.rsimple" #> [94030] "holdem-package" #> [94031] "bid1" #> [94032] "bid2" #> [94033] "calcwin1" #> [94034] "deal1" #> [94035] "flush1" #> [94036] "flushdraw1" #> [94037] "four1" #> [94038] "full1" #> [94039] "hand1" #> [94040] "handeval" #> [94041] "many1" #> [94042] "mycount1" #> [94043] "mygraphics1" #> [94044] "nothing1" #> [94045] "onepair1" #> [94046] "straight1" #> [94047] "straightdraw1" #> [94048] "strflsh1" #> [94049] "switch2" #> [94050] "timemachine" #> [94051] "tommy" #> [94052] "tourn1" #> [94053] "trip1" #> [94054] "twopair1" #> [94055] "ursula" #> [94056] "vera" #> [94057] "william" #> [94058] "writebets1" #> [94059] "xena" #> [94060] "yosef" #> [94061] "zelda" #> [94062] "Holidays-package" #> [94063] "holodeck" #> [94064] "set_diag" #> [94065] "sim_cat" #> [94066] "sim_covar" #> [94067] "sim_discr" #> [94068] "sim_missing" #> [94069] "predict.homals" #> [94070] "print.homals" #> [94071] "logposterior" #> [94072] "pmv" #> [94073] "Homeric-package" #> [94074] "PlotDoughnut" #> [94075] "hommel-package" #> [94076] "Concentration" #> [94077] "Local" #> [94078] "Discoveries" #> [94079] "autoTranslate" #> [94080] "getGeneHistory" #> [94081] "getGeneInfo" #> [94082] "getHomologene" #> [94083] "homologene" #> [94084] "homologeneData" #> [94085] "homologeneData2" #> [94086] "homologeneVersion" #> [94087] "human2mouse" #> [94088] "mouse2human" #> [94089] "taxData" #> [94090] "updateHomologene" #> [94091] "updateIDs" #> [94092] "homomorpheR" #> [94093] "PaillierKeyPair" #> [94094] "PaillierPrivateKey" #> [94095] "PaillierPublicKey" #> [94096] "random.bigz" #> [94097] "annualflows" #> [94098] "HOMTESTS" #> [94099] "HBH" #> [94100] "MCHBH" #> [94101] "gender," #> [94102] "group," #> [94103] "education," #> [94104] "(Oksuzyan" #> [94105] "2019" #> [94106] "helps" #> [94107] "socio-demographic" #> [94108] "latent" #> [94109] "onto" #> [94110] "self-rated" #> [94111] "serves" #> [94112] "status." #> [94113] "self-reported" #> [94114] "health," #> [94115] "varies" #> [94116] "representing" #> [94117] "(model-based)" #> [94118] "(disability" #> [94119] "health)" #> [94120] "impact" #> [94121] "(e.g.," #> [94122] "construct." #> [94123] "reduced" #> [94124] "presence" #> [94125] "Parkinson’s" #> [94126] "disease," #> [94127] "poor" #> [94128] "mobility," #> [94129] "(Jurges" #> [94130] "2007" #> [94131] "<doi:10.1002/hec.1134>;" #> [94132] "turn" #> [94133] "been" #> [94134] "inter-individual" #> [94135] "behavior." #> [94136] "doing" #> [94137] "available," #> [94138] "uses" #> [94139] "cut-points," #> [94140] "reclassifies" #> [94141] "percentiles" #> [94142] "original" #> [94143] "Oksuzyan" #> [94144] "roxygen2," #> [94145] "pander," #> [94146] "Maciej" #> [94147] "Danko" #> [94148] "10:50:07" #> [94149] "anova.hopit" #> [94150] "boot_hopit" #> [94151] "getCutPoints" #> [94152] "getLevels" #> [94153] "healthsurvey" #> [94154] "hopit" #> [94155] "hopit.control" #> [94156] "latentIndex" #> [94157] "percentile_CI" #> [94158] "standardizeCoef" #> [94159] "svy.varcoef_hopit" #> [94160] "%notc%" #> [94161] "%notin%" #> [94162] "horizon-package" #> [94163] "horizonSearch" #> [94164] "svf" #> [94165] "HoRM-package" #> [94166] "amit" #> [94167] "auditory" #> [94168] "Auto" #> [94169] "BAC" #> [94170] "compasst" #> [94171] "cracker" #> [94172] "credloss" #> [94173] "GOF.tests" #> [94174] "GRB" #> [94175] "hildreth.lu" #> [94176] "JamesBond" #> [94177] "logdiag" #> [94178] "poly2form" #> [94179] "power.b" #> [94180] "power.F" #> [94181] "ppr_funs" #> [94182] "psi.andrew" #> [94183] "reg.anova" #> [94184] "reg.manova" #> [94185] "regressogram" #> [94186] "repair" #> [94187] "SSCP.fn" #> [94188] "stock" #> [94189] "wood" #> [94190] "yarn" #> [94191] "hornpa" #> [94192] "convergence_plot" #> [94193] "HorseRuleFit" #> [94194] "hs" #> [94195] "importance_hs" #> [94196] "predict.HorseRulemodel" #> [94197] "ruleheat" #> [94198] "Variable_importance" #> [94199] "HS.MMLE" #> [94200] "HS.normal.means" #> [94201] "HS.post.mean" #> [94202] "HS.post.var" #> [94203] "HS.var.select" #> [94204] "hot.deck-package" #> [94205] "hd2amelia" #> [94206] "hot.deck" #> [94207] "is.discrete" #> [94208] "isq99" #> [94209] "scaleContinuous" #> [94210] "HotDeckImputation-package" #> [94211] "impute.CPS_SEQ_HD" #> [94212] "impute.mean" #> [94213] "impute.NN_HD" #> [94214] "impute.SEQ_HD" #> [94215] "match.d_r_odd" #> [94216] "match.d_r_vam" #> [94217] "reweight.data" #> [94218] "Hotelling-package" #> [94219] "container.df" #> [94220] "hotelling.stat" #> [94221] "hotelling.test" #> [94222] "plot.hotelling.test" #> [94223] "print.hotelling.test" #> [94224] "hotspot-package" #> [94225] "hotspot.data" #> [94226] "perform.hotspot.tests" #> [94227] "disprop" #> [94228] "Lchs" #> [94229] "plot.hotspots" #> [94230] "summary.hotspots" #> [94231] "housingData-package" #> [94232] "fipsCounty" #> [94233] "geoCounty" #> [94234] "wikiCounty" #> [94235] "howmany" #> [94236] "howmany_dependent" #> [94237] "lowerbound" #> [94238] "plot.howmany" #> [94239] "print.howmany" #> [94240] "summary.howmany" #> [94241] "HPbayes-package" #> [94242] "dens.prior" #> [94243] "entropy.wts" #> [94244] "expt.upts" #> [94245] "final.resamp" #> [94246] "hp.bm.imis" #> [94247] "hp.lifetab" #> [94248] "hp.nqx" #> [94249] "hpbayes.plot" #> [94250] "HPprior" #> [94251] "like.resamp" #> [94252] "ll.binom" #> [94253] "loop.optim" #> [94254] "mod8p" #> [94255] "mp8.ll" #> [94256] "postpri.plot" #> [94257] "pri.mle" #> [94258] "prior.form" #> [94259] "prior.likewts" #> [94260] "samp.postopt" #> [94261] "var.rwts" #> [94262] "hpcwld-package" #> [94263] "ApproxC" #> [94264] "DataToSWF" #> [94265] "DMC" #> [94266] "FromSWF" #> [94267] "HPC_KRC" #> [94268] "HPC_KRC2" #> [94269] "StabC" #> [94270] "ToSWF" #> [94271] "Wld" #> [94272] "buildForecastIDs" #> [94273] "buildForecastIDs.heddata" #> [94274] "buildForecastIDs.rtdata" #> [94275] "calcAccuracy" #> [94276] "calcForecastError" #> [94277] "calcInSampleError" #> [94278] "calcInSampleError.heddata" #> [94279] "calcInSampleError.rtdata" #> [94280] "calcKFoldError" #> [94281] "calcRevision" #> [94282] "calcSeriesAccuracy" #> [94283] "calcSeriesVolatility" #> [94284] "calcVolatility" #> [94285] "createKFoldData" #> [94286] "createKFoldData.rtdata" #> [94287] "createSeries" #> [94288] "dateToPeriod" #> [94289] "ex_sales" #> [94290] "hedCreateTrans" #> [94291] "hedIndex" #> [94292] "hedModel" #> [94293] "hedModel.base" #> [94294] "hedModel.robust" #> [94295] "hedModel.weighted" #> [94296] "hpiModel" #> [94297] "hpiModel.heddata" #> [94298] "hpiModel.rtdata" #> [94299] "hpiR" #> [94300] "matchKFold" #> [94301] "matchKFold.heddata" #> [94302] "matchKFold.rtdata" #> [94303] "modelToIndex" #> [94304] "plot.hpi" #> [94305] "plot.hpiaccuracy" #> [94306] "plot.hpiindex" #> [94307] "plot.indexvolatility" #> [94308] "plot.seriesaccuracy" #> [94309] "plot.serieshpi" #> [94310] "plot.seriesrevision" #> [94311] "rtCreateTrans" #> [94312] "rtIndex" #> [94313] "rtModel" #> [94314] "rtModel.base" #> [94315] "rtModel.robust" #> [94316] "rtModel.weighted" #> [94317] "rtTimeMatrix" #> [94318] "seattle_sales" #> [94319] "smoothIndex" #> [94320] "smoothSeries" #> [94321] "apply.term.filters" #> [94322] "calibrate.sizes" #> [94323] "clean.terms" #> [94324] "exclude.branch" #> [94325] "get.ancestors" #> [94326] "get.case.based.colours" #> [94327] "get.case.based.labels" #> [94328] "get.case.term.matrix" #> [94329] "get.code.node.labels" #> [94330] "get.descendants" #> [94331] "get.frequency.based.colours" #> [94332] "get.frequency.based.labels" #> [94333] "get.frequency.based.sizes" #> [94334] "get.full.labels" #> [94335] "get.hpo.graph" #> [94336] "get.informative.node.labels" #> [94337] "get.mpo.to.hpo" #> [94338] "get.node.friendly.long.names" #> [94339] "get.ontology" #> [94340] "get.pop.frequency.based.colours" #> [94341] "get.shortened.names" #> [94342] "get.significance.based.sizes" #> [94343] "get.simple.node.labels" #> [94344] "get.term.adjacency.matrix" #> [94345] "get.term.descendancy.matrix" #> [94346] "get.term.frequencies" #> [94347] "get.term.info.content" #> [94348] "get.term.pseudo.adjacency.matrix" #> [94349] "hpo.plot" #> [94350] "hpo.terms" #> [94351] "hpoPlot" #> [94352] "intersection.with.branches" #> [94353] "mpo.terms" #> [94354] "mpo.to.hpo" #> [94355] "n.most.frequent.terms" #> [94356] "p.values.for.occurrence.of.term.in.group" #> [94357] "prune.branch" #> [94358] "remove.links" #> [94359] "remove.non.pa.terms" #> [94360] "remove.terms.with.less.than.n.occurrences" #> [94361] "remove.uninformative.for.plot" #> [94362] "remove.uninformative.terms" #> [94363] "setDimNames" #> [94364] "simpleCap" #> [94365] "swap.out.alt.ids" #> [94366] "term.set.list.from.character" #> [94367] "as.dummies" #> [94368] "f2bark" #> [94369] "f2mel" #> [94370] "f2st" #> [94371] "is.inrange" #> [94372] "talkers" #> [94373] "hqreg-package" #> [94374] "cv.hqreg" #> [94375] "hqreg" #> [94376] "hqreg_raw" #> [94377] "plot.cv.hqreg" #> [94378] "plot.hqreg" #> [94379] "predict.cv.hqreg" #> [94380] "predict.hqreg" #> [94381] "hierarchyLong" #> [94382] "hierarchyWide" #> [94383] "workforcePlan" #> [94384] "flush_ticks" #> [94385] "font_an" #> [94386] "font_ps" #> [94387] "font_rc" #> [94388] "font_tw" #> [94389] "ft_cols" #> [94390] "ft_geom_defaults" #> [94391] "ft_pal" #> [94392] "gg_check" #> [94393] "hrbrthemes-exports" #> [94394] "import_plex_sans" #> [94395] "import_roboto_condensed" #> [94396] "import_titillium_web" #> [94397] "ipsum" #> [94398] "ipsum_pal" #> [94399] "ipsum_pdf" #> [94400] "modern_geom_defaults" #> [94401] "scale_colour_ft" #> [94402] "scale_colour_ipsum" #> [94403] "scale_x_percent" #> [94404] "theme_ft_rc" #> [94405] "theme_ipsum" #> [94406] "theme_ipsum_ps" #> [94407] "theme_ipsum_tw" #> [94408] "update_geom_font_defaults" #> [94409] "hrData" #> [94410] "hrIPW" #> [94411] "HRM-package" #> [94412] "confint.HRM" #> [94413] "EEG" #> [94414] "hrm_GUI" #> [94415] "hrm_test" #> [94416] "plot.HRM" #> [94417] "BBest" #> [94418] "BBmm" #> [94419] "BBreg" #> [94420] "BIest" #> [94421] "BIiwls" #> [94422] "BImm" #> [94423] "BIreg" #> [94424] "HRQoLplot" #> [94425] "print.BBest" #> [94426] "print.BBmm" #> [94427] "print.BBreg" #> [94428] "print.BIest" #> [94429] "print.BImm" #> [94430] "print.BIreg" #> [94431] "print.summary.BBest" #> [94432] "print.summary.BBmm" #> [94433] "print.summary.BBreg" #> [94434] "print.summary.BImm" #> [94435] "print.summary.BIreg" #> [94436] "SF36rec" #> [94437] "summary.BBest" #> [94438] "summary.BBmm" #> [94439] "summary.BBreg" #> [94440] "summary.BImm" #> [94441] "summary.BIreg" #> [94442] "BanglaContrac" #> [94443] "BCR" #> [94444] "BostonMortgages" #> [94445] "brainImage" #> [94446] "capm" #> [94447] "carAuction" #> [94448] "CHD" #> [94449] "createBoundary" #> [94450] "femSBMD" #> [94451] "growthIndiana" #> [94452] "lidar" #> [94453] "ozoneSub" #> [94454] "plankton" #> [94455] "pointsInPoly" #> [94456] "ragweed" #> [94457] "scallop" #> [94458] "schoolResults" #> [94459] "summMCMC" #> [94460] "SydneyRealEstate" #> [94461] "SydneyRealEstateBdry" #> [94462] "TreasuryRate" #> [94463] "UtahPEF" #> [94464] "WarsawApts" #> [94465] "yields" #> [94466] "ZOSull" #> [94467] "deflection" #> [94468] "segsmooth" #> [94469] "HSAR-package" #> [94470] "Beijingdistricts" #> [94471] "hsar" #> [94472] "landprice" #> [94473] "landSPDF" #> [94474] "summary.mcmc_hsar" #> [94475] "summary.mcmc_hsar_lambda_0" #> [94476] "summary.mcmc_hsar_rho_0" #> [94477] "summary.mcmc_sar" #> [94478] "agefat" #> [94479] "BCG" #> [94480] "birthdeathrates" #> [94481] "bladdercancer" #> [94482] "BtheB" #> [94483] "clouds" #> [94484] "CYGOB1" #> [94485] "Forbes2000" #> [94486] "foster" #> [94487] "gardenflowers" #> [94488] "heptathlon" #> [94489] "HSAURtable" #> [94490] "Lanza" #> [94491] "mastectomy" #> [94492] "meteo" #> [94493] "orallesions" #> [94494] "phosphate" #> [94495] "pistonrings" #> [94496] "planets" #> [94497] "polyps3" #> [94498] "rearrests" #> [94499] "roomwidth" #> [94500] "schizophrenia" #> [94501] "schizophrenia2" #> [94502] "schooldays" #> [94503] "suicides" #> [94504] "toothpaste" #> [94505] "watervoles" #> [94506] "waves" #> [94507] "womensrole" #> [94508] "backpain" #> [94509] "CHFLS" #> [94510] "household" #> [94511] "men1500m" #> [94512] "suicides2" #> [94513] "USairpollution" #> [94514] "USmelanoma" #> [94515] "USstates" #> [94516] "birds" #> [94517] "EFT" #> [94518] "Smoking_DollHill1950" #> [94519] "Smoking_Mueller1940" #> [94520] "Smoking_SchairerSchoeniger1944" #> [94521] "Smoking_Wassink1945" #> [94522] "UStemp" #> [94523] "hsdar-package" #> [94524] "addcp" #> [94525] "apply.DistMat3D" #> [94526] "apply.Speclib" #> [94527] "as.hyperSpec" #> [94528] "bandnames" #> [94529] "bdri" #> [94530] "cancer_spectra" #> [94531] "caret::createDataPartition-methods" #> [94532] "caret::createFolds-methods" #> [94533] "caret::createResample-methods" #> [94534] "caret::featurePlot-methods" #> [94535] "caret::gafs" #> [94536] "caret::preProcess-methods" #> [94537] "caret::rfe" #> [94538] "caret::safs" #> [94539] "caret::sbf" #> [94540] "caret::setPredictor" #> [94541] "caret::setResponse" #> [94542] "caret::showCaretParameters" #> [94543] "caret::train-methods" #> [94544] "checkhull" #> [94545] "clman" #> [94546] "Clman-class" #> [94547] "cor.test" #> [94548] "cut_specfeat" #> [94549] "deletecp" #> [94550] "derivative.speclib" #> [94551] "dim.speclib" #> [94552] "dist.speclib" #> [94553] "distMat3D" #> [94554] "DistMat3D-class" #> [94555] "Speclib" #> [94556] "feature_properties" #> [94557] "get.gaussian.response" #> [94558] "get.sensor.characteristics" #> [94559] "getcp" #> [94560] "getNRI" #> [94561] "get_reflectance" #> [94562] "glm.nri" #> [94563] "hsdardocs" #> [94564] "hsdar_parallel" #> [94565] "HyperSpecRaster" #> [94566] "HyperSpecRaster-class" #> [94567] "idSpeclib" #> [94568] "import_USGS" #> [94569] "makehull" #> [94570] "meanfilter" #> [94571] "noiseFiltering" #> [94572] "nri" #> [94573] "Nri-class" #> [94574] "Nri-methods" #> [94575] "nri_best_performance" #> [94576] "plot.Nri" #> [94577] "plot.Specfeat" #> [94578] "plot.Speclib" #> [94579] "predictHyperspec" #> [94580] "PROSAIL" #> [94581] "PROSPECT" #> [94582] "Raster-methods" #> [94583] "rastermeta" #> [94584] "rededge" #> [94585] "smgm" #> [94586] "soilindex" #> [94587] "specfeat" #> [94588] "Specfeat-class" #> [94589] "speclib" #> [94590] "Speclib-class" #> [94591] "speclib_raster-methods" #> [94592] "spectralResampling" #> [94593] "spectral_data" #> [94594] "subset.nri" #> [94595] "subset.speclib" #> [94596] "t.test" #> [94597] "transformSpeclib" #> [94598] "updatecl" #> [94599] "usagehistory" #> [94600] "vegindex" #> [94601] "HSDiC_ADMM" #> [94602] "mBIC" #> [94603] "thresh_est" #> [94604] "hSDM-package" #> [94605] "altitude" #> [94606] "cfr.env" #> [94607] "data.Kery2010" #> [94608] "datacells.Latimer2006" #> [94609] "hSDM.binomial" #> [94610] "hSDM.binomial.iCAR" #> [94611] "hSDM.Nmixture" #> [94612] "hSDM.Nmixture.iCAR" #> [94613] "hSDM.poisson" #> [94614] "hSDM.poisson.iCAR" #> [94615] "hSDM.siteocc" #> [94616] "hSDM.siteocc.iCAR" #> [94617] "hSDM.ZIB" #> [94618] "hSDM.ZIB.iCAR" #> [94619] "hSDM.ZIB.iCAR.alteration" #> [94620] "hSDM.ZIP" #> [94621] "hSDM.ZIP.iCAR" #> [94622] "hSDM.ZIP.iCAR.alteration" #> [94623] "neighbors.Latimer2006" #> [94624] "punc10" #> [94625] "hsicCCA-package" #> [94626] "hsicCCA" #> [94627] "hsicCCAfunc" #> [94628] "ktaCCA" #> [94629] "ktaCCAfunc" #> [94630] "sumWtDiff" #> [94631] "hsm-package" #> [94632] "ancestor.find" #> [94633] "hsm" #> [94634] "hsm.path" #> [94635] "lam.max.hsm" #> [94636] "path.find" #> [94637] "hsmm" #> [94638] "hsmm.sim" #> [94639] "hsmm.smooth" #> [94640] "hsmm.viterbi" #> [94641] "hsphase-package" #> [94642] "aio" #> [94643] "bmh" #> [94644] "hbp" #> [94645] "hss" #> [94646] "ohd" #> [94647] "ohg" #> [94648] "ohplot" #> [94649] "para" #> [94650] "pedigree" #> [94651] "pedigreeNaming" #> [94652] "phf" #> [94653] "pm" #> [94654] "pogc" #> [94655] "readGenotype" #> [94656] "recombinations" #> [94657] "rpoh" #> [94658] "ssp" #> [94659] "HSSVD-package" #> [94660] "low_rank" #> [94661] "Methylation" #> [94662] "displace" #> [94663] "iopt" #> [94664] "gettxt" #> [94665] "htm2txt" #> [94666] "check_type" #> [94667] "create_inbody" #> [94668] "eval_body" #> [94669] "eval_header" #> [94670] "get_body_xpath" #> [94671] "get_cell_element" #> [94672] "get_header_elements" #> [94673] "get_head_xpath" #> [94674] "get_span" #> [94675] "get_trindex" #> [94676] "htmltab" #> [94677] "identify_elements" #> [94678] "normalize_tr" #> [94679] "num_xpath" #> [94680] "rm_empty_cols" #> [94681] "rm_nuisance" #> [94682] "select_tab" #> [94683] "concatHtmlTables" #> [94684] "htmlTable" #> [94685] "htmlTableWidget" #> [94686] "htmlTableWidget-shiny" #> [94687] "interactiveTable" #> [94688] "prConvertDfFactors" #> [94689] "prEscapeHtml" #> [94690] "SCB" #> [94691] "tblNoLast" #> [94692] "tblNoNext" #> [94693] "tidyHtmlTable" #> [94694] "txtInt" #> [94695] "txtMergeLines" #> [94696] "txtPval" #> [94697] "txtRound" #> [94698] "highlight_styles" #> [94699] "htmltidy" #> [94700] "renderXmlview" #> [94701] "tidy_html.response" #> [94702] "xmltreeview-shiny" #> [94703] "xmlviewOutput" #> [94704] "xml_tree_view" #> [94705] "xml_view" #> [94706] "as.tags" #> [94707] "browsable" #> [94708] "builder" #> [94709] "copyDependencyToDir" #> [94710] "css" #> [94711] "findDependencies" #> [94712] "HTML" #> [94713] "htmlDependencies" #> [94714] "htmlDependency" #> [94715] "htmlEscape" #> [94716] "htmlPreserve" #> [94717] "htmlTemplate" #> [94718] "html_print" #> [94719] "knitr_methods" #> [94720] "makeDependencyRelative" #> [94721] "print.shiny.tag" #> [94722] "renderDependencies" #> [94723] "renderDocument" #> [94724] "renderTags" #> [94725] "resolveDependencies" #> [94726] "save_html" #> [94727] "singleton" #> [94728] "singleton_tools" #> [94729] "subtractDependencies" #> [94730] "suppressDependencies" #> [94731] "urlEncodePath" #> [94732] "validateCssUnit" #> [94733] "withTags" #> [94734] "HTMLUtils-package" #> [94735] "BasicHTML" #> [94736] "FramedHTML" #> [94737] "HTMLhref" #> [94738] "HTMLsortedTable" #> [94739] "InstallJSC" #> [94740] "makePathName" #> [94741] "myHTMLInitFile" #> [94742] "MyReportBegin" #> [94743] "MyReportEnd" #> [94744] "htmlwidgets-package" #> [94745] "createWidget" #> [94746] "htmlwidgets-shiny" #> [94747] "onRender" #> [94748] "onStaticRenderComplete" #> [94749] "prependContent" #> [94750] "saveWidget" #> [94751] "scaffoldWidget" #> [94752] "setWidgetIdSeed" #> [94753] "sizingPolicy" #> [94754] "hrf" #> [94755] "htb" #> [94756] "mscm" #> [94757] "partdep_hrf" #> [94758] "predict_hrf" #> [94759] "varimp_hrf" #> [94760] "hts-package" #> [94761] "accuracy.gts" #> [94762] "aggts" #> [94763] "allts" #> [94764] "combinef" #> [94765] "forecast.gts" #> [94766] "get_groups" #> [94767] "gts" #> [94768] "htseg1" #> [94769] "infantgts" #> [94770] "MinT" #> [94771] "plot.gts" #> [94772] "smatrix" #> [94773] "window.gts" #> [94774] "HTSCluster-package" #> [94775] "highDimensionARI" #> [94776] "HTSClusterUsersGuide" #> [94777] "Init" #> [94778] "logLikePoisMix" #> [94779] "plot.HTSCluster" #> [94780] "PoisMixClus" #> [94781] "PoisMixMean" #> [94782] "PoisMixSim" #> [94783] "probaPost" #> [94784] "summary.HTSCluster" #> [94785] "as.Num" #> [94786] "BD_shift" #> [94787] "calc_atom_excess" #> [94788] "calc_Gi" #> [94789] "calc_Mheavymax" #> [94790] "data-physeq_rep3" #> [94791] "data-physeq_rep3_qPCR" #> [94792] "data-physeq_S2D1" #> [94793] "data-physeq_S2D1_l" #> [94794] "data-physeq_S2D2" #> [94795] "data-physeq_S2D2_l" #> [94796] "delta_BD" #> [94797] "DESeq2_l2fc" #> [94798] "evaluate_matches" #> [94799] "expr_param_extract" #> [94800] "extract_expressions" #> [94801] "extract_formats" #> [94802] "filter_l2fc" #> [94803] "format_metadata" #> [94804] "fraction_overlap" #> [94805] "get_treatment_params" #> [94806] "gradient_sim" #> [94807] "heavy_SIP" #> [94808] "HRSIP" #> [94809] "HTSSIP" #> [94810] "HTSSIP_sim" #> [94811] "match_brace" #> [94812] "match_placeholders" #> [94813] "max_BD_range" #> [94814] "OTU_qPCR_trans" #> [94815] "overlap_wmean_dist" #> [94816] "parse_dist" #> [94817] "perc_overlap" #> [94818] "phyloseq2df" #> [94819] "phyloseq2table" #> [94820] "phyloseq_list_ord_dfs" #> [94821] "phyloseq_ord_plot" #> [94822] "phyloseq_subset" #> [94823] "physeq_format" #> [94824] "physeq_list_betaDiv" #> [94825] "physeq_list_ord" #> [94826] "qPCR_sim" #> [94827] "qSIP_atom_excess" #> [94828] "qSIP_atom_excess_format" #> [94829] "qSIP_bootstrap" #> [94830] "SIP_betaDiv_ord" #> [94831] "stringterpolate" #> [94832] "tss" #> [94833] "Wambaugh" #> [94834] "Pearce" #> [94835] "Caroline" #> [94836] "Greg" #> [94837] "Jimena" #> [94838] "Nisha" #> [94839] "Sipes" #> [94840] "Barbara" #> [94841] "Wetmore" #> [94842] "Woodrow" #> [94843] "Setzer" #> [94844] "16:10:02" #> [94845] "httk-package" #> [94846] "add_chemtable" #> [94847] "age_dist_smooth" #> [94848] "age_draw_smooth" #> [94849] "armitage_estimate_sarea" #> [94850] "armitage_eval" #> [94851] "armitage_input" #> [94852] "available_rblood2plasma" #> [94853] "blood_mass_correct" #> [94854] "blood_weight" #> [94855] "bmiage" #> [94856] "body_surface_area" #> [94857] "bone_mass_age" #> [94858] "brain_mass" #> [94859] "calc_analytic_css" #> [94860] "calc_css" #> [94861] "calc_elimination_rate" #> [94862] "calc_hepatic_clearance" #> [94863] "calc_ionization" #> [94864] "calc_mc_css" #> [94865] "calc_mc_oral_equiv" #> [94866] "calc_rblood2plasma" #> [94867] "calc_stats" #> [94868] "calc_total_clearance" #> [94869] "calc_vdist" #> [94870] "chem.invivo.PK.aggregate.data" #> [94871] "chem.invivo.PK.data" #> [94872] "chem.invivo.PK.summary.data" #> [94873] "chem.lists" #> [94874] "chem.physical_and_invitro.data" #> [94875] "ckd_epi_eq" #> [94876] "convert_httk" #> [94877] "draw_fup_clint" #> [94878] "estimate_gfr" #> [94879] "estimate_gfr_ped" #> [94880] "estimate_hematocrit" #> [94881] "export_pbtk_jarnac" #> [94882] "export_pbtk_sbml" #> [94883] "gen_age_height_weight" #> [94884] "gen_height_weight" #> [94885] "get_cheminfo" #> [94886] "get_gfr_category" #> [94887] "get_httk_params" #> [94888] "get_lit_cheminfo" #> [94889] "get_lit_css" #> [94890] "get_lit_oral_equiv" #> [94891] "get_rblood2plasma" #> [94892] "get_weight_class" #> [94893] "hematocrit_infants" #> [94894] "howgate" #> [94895] "httkpop" #> [94896] "httkpop_bio" #> [94897] "httkpop_direct_resample" #> [94898] "httkpop_direct_resample_inner" #> [94899] "httkpop_generate" #> [94900] "httkpop_virtual_indiv" #> [94901] "in.list" #> [94902] "is_in_inclusive" #> [94903] "johnson" #> [94904] "kidney_mass_children" #> [94905] "liver_mass_children" #> [94906] "load_sipes2017" #> [94907] "lump_tissues" #> [94908] "lung_mass_children" #> [94909] "mcnally_dt" #> [94910] "monte_carlo" #> [94911] "nhanes_mec_svy" #> [94912] "Obach2008" #> [94913] "onlyp" #> [94914] "pancreas_mass_children" #> [94915] "parameterize_1comp" #> [94916] "parameterize_3comp" #> [94917] "parameterize_pbtk" #> [94918] "parameterize_schmitt" #> [94919] "parameterize_steadystate" #> [94920] "pc.data" #> [94921] "physiology.data" #> [94922] "predict_partitioning_schmitt" #> [94923] "rfun" #> [94924] "r_left_censored_norm" #> [94925] "sipes2017" #> [94926] "sipes2017.table" #> [94927] "skeletal_muscle_mass" #> [94928] "skeletal_muscle_mass_children" #> [94929] "skin_mass_bosgra" #> [94930] "solve_1comp" #> [94931] "solve_3comp" #> [94932] "solve_pbtk" #> [94933] "spleen_mass_children" #> [94934] "spline_heightweight" #> [94935] "spline_hematocrit" #> [94936] "spline_serumcreat" #> [94937] "tc.dt" #> [94938] "tissue.data" #> [94939] "tissue_masses_flows" #> [94940] "tissue_scale" #> [94941] "well_param" #> [94942] "Wetmore.data" #> [94943] "Wetmore2012" #> [94944] "wfl" #> [94945] "buildCacheKey" #> [94946] "cache-api" #> [94947] "cache-management" #> [94948] "cached-http-verbs" #> [94949] "cachedPOST" #> [94950] "cacheLogSummary" #> [94951] "dropCache" #> [94952] "halt" #> [94953] "loadLogfile" #> [94954] "logMessage" #> [94955] "requestLogSummary" #> [94956] "saveCache" #> [94957] "startLog" #> [94958] "uncached" #> [94959] "httpcode-package" #> [94960] "cat_for_status" #> [94961] "http" #> [94962] "httping-package" #> [94963] "getToHost" #> [94964] "getToHost2" #> [94965] "postToHost" #> [94966] "simplePostToHost" #> [94967] ".mockPaths" #> [94968] "block_requests" #> [94969] "build_mock_url" #> [94970] "capture_requests" #> [94971] "change_state" #> [94972] "expect_header" #> [94973] "expect_json_equivalent" #> [94974] "expect_verb" #> [94975] "fake_response" #> [94976] "gsub_response" #> [94977] "httptest" #> [94978] "redact_cookies" #> [94979] "set_redactor" #> [94980] "set_requester" #> [94981] "skip_if_disconnected" #> [94982] "start_vignette" #> [94983] "stop_mocking" #> [94984] "use_httptest" #> [94985] "use_mock_api" #> [94986] "without_internet" #> [94987] "with_fake_http" #> [94988] "with_mock_api" #> [94989] "httpuv-package" #> [94990] "encodeURI" #> [94991] "interrupt" #> [94992] "ipFamily" #> [94993] "listServers" #> [94994] "rawToBase64" #> [94995] "runServer" #> [94996] "service" #> [94997] "startDaemonizedServer" #> [94998] "startServer" #> [94999] "staticPath" #> [95000] "staticPathOptions" #> [95001] "stopAllServers" #> [95002] "stopDaemonizedServer" #> [95003] "stopServer" #> [95004] "WebSocket" #> [95005] "add_headers" #> [95006] "authenticate" #> [95007] "BROWSE" #> [95008] "cache_info" #> [95009] "content_type" #> [95010] "DELETE" #> [95011] "GET" #> [95012] "get_callback" #> [95013] "HEAD" #> [95014] "headers" #> [95015] "http_error" #> [95016] "http_status" #> [95017] "http_type" #> [95018] "httr_dr" #> [95019] "httr_options" #> [95020] "modify_url" #> [95021] "oauth1.0_token" #> [95022] "oauth2.0_token" #> [95023] "oauth_app" #> [95024] "oauth_endpoint" #> [95025] "oauth_endpoints" #> [95026] "oauth_service_token" #> [95027] "parse_http_date" #> [95028] "parse_url" #> [95029] "PATCH" #> [95030] "POST" #> [95031] "PUT" #> [95032] "RETRY" #> [95033] "revoke_all" #> [95034] "set_cookies" #> [95035] "status_code" #> [95036] "stop_for_status" #> [95037] "use_proxy" #> [95038] "VERB" #> [95039] "with_config" #> [95040] "write_disk" #> [95041] "write_stream" #> [95042] "hues" #> [95043] "iwanthue" #> [95044] "huge-package" #> [95045] "huge" #> [95046] "huge.ct" #> [95047] "huge.generator" #> [95048] "huge.glasso" #> [95049] "huge.inference" #> [95050] "huge.mb" #> [95051] "huge.npn" #> [95052] "huge.plot" #> [95053] "huge.roc" #> [95054] "huge.select" #> [95055] "huge.tiger" #> [95056] "plot.huge" #> [95057] "print.huge" #> [95058] "HUM-package" #> [95059] "durationConstants" #> [95060] "formatBytes" #> [95061] "formatDuration" #> [95062] "humanFormat" #> [95063] "first_name" #> [95064] "format_period" #> [95065] "format_reverse" #> [95066] "humaniformat" #> [95067] "last_name" #> [95068] "middle_name" #> [95069] "parse_names" #> [95070] "salutation" #> [95071] "count_as_ap" #> [95072] "count_as_ordinal" #> [95073] "count_as_word" #> [95074] "natural_date" #> [95075] "natural_day" #> [95076] "natural_size" #> [95077] "natural_time" #> [95078] "number_as_comma" #> [95079] "seconds_to_natural_delta" #> [95080] "humanleague" #> [95081] "integerise" #> [95082] "prob2IntFreq" #> [95083] "qisi" #> [95084] "sobolSequence" #> [95085] "unitTest" #> [95086] "AH" #> [95087] "Es.T0" #> [95088] "ivs" #> [95089] "Md" #> [95090] "Mw" #> [95091] "Rw" #> [95092] "SH2RH" #> [95093] "SVP" #> [95094] "SVP.ClaCla" #> [95095] "SVP.Murray" #> [95096] "T0" #> [95097] "WVP1" #> [95098] "WVP2" #> [95099] "hunspell" #> [95100] "AL" #> [95101] "EP" #> [95102] "get_hurdat" #> [95103] "HURDAT" #> [95104] "dist_ll" #> [95105] "hurdle" #> [95106] "hurdle_control" #> [95107] "loglik_zinb" #> [95108] "loglik_zip" #> [95109] "mlnorm" #> [95110] "PZ" #> [95111] "update_beta" #> [95112] "update_pars" #> [95113] "update_probs" #> [95114] "zero_nb" #> [95115] "zero_poisson" #> [95116] "Brooke" #> [95117] "Meilin" #> [95118] "Ferreri" #> [95119] "Crosson" #> [95120] "Mohammad" #> [95121] "Al-Hamdan" #> [95122] "Andrea" #> [95123] "Schumacher" #> [95124] "Eddelbuettel" #> [95125] "2019-04-01" #> [95126] "county_distance" #> [95127] "county_events" #> [95128] "county_rain" #> [95129] "county_wind" #> [95130] "default_map" #> [95131] "distance_exposure" #> [95132] "events_exposure" #> [95133] "filter_storm_data" #> [95134] "filter_wind_data" #> [95135] "get_eastern_map" #> [95136] "hurr_choropleth" #> [95137] "interp_track" #> [95138] "map_counties" #> [95139] "map_distance_exposure" #> [95140] "map_event_exposure" #> [95141] "map_rain_exposure" #> [95142] "map_tracks" #> [95143] "map_wind_exposure" #> [95144] "multi_county_distance" #> [95145] "multi_county_events" #> [95146] "multi_county_rain" #> [95147] "multi_county_wind" #> [95148] "rain_exposure" #> [95149] "wind_exposure" #> [95150] "hutils-package" #> [95151] "all_same_sign" #> [95152] "any_grepl" #> [95153] "average_bearing" #> [95154] "dev_copy2a4" #> [95155] "dir2" #> [95156] "drop_col" #> [95157] "drop_colr" #> [95158] "drop_constant_cols" #> [95159] "drop_empty_cols" #> [95160] "duplicated_rows" #> [95161] "find_pattern_in" #> [95162] "generate_LaTeX_manual" #> [95163] "haversine_distance" #> [95164] "implies" #> [95165] "isAttached" #> [95166] "isTrueFalse" #> [95167] "longest_affix" #> [95168] "mean_na" #> [95169] "mutate_ntile" #> [95170] "mutate_other" #> [95171] "ngrep" #> [95172] "provide.dir" #> [95173] "replace_pattern_in" #> [95174] "report_error" #> [95175] "RQ" #> [95176] "samp" #> [95177] "selector" #> [95178] "select_grep" #> [95179] "select_which" #> [95180] "set_cols_first" #> [95181] "Switch" #> [95182] "unique-keys" #> [95183] "weight2rows" #> [95184] "weighted_ntile" #> [95185] "weighted_quantile" #> [95186] "%ein%" #> [95187] "%notchin%" #> [95188] "%pin%" #> [95189] "anyOutside" #> [95190] "are_even" #> [95191] "bench_system_time" #> [95192] "cumsum_reset" #> [95193] "do_pmaxC" #> [95194] "do_pmaxV" #> [95195] "do_pminC" #> [95196] "do_pminV" #> [95197] "match_nrst_haversine" #> [95198] "poleInaccessibility" #> [95199] "range_rcpp" #> [95200] "squish" #> [95201] "which_first" #> [95202] "which_true_onwards" #> [95203] "huxtable-package" #> [95204] "add_colnames" #> [95205] "add_footnote" #> [95206] "as_FlexTable" #> [95207] "as_huxtable" #> [95208] "as_Workbook" #> [95209] "background_color" #> [95210] "by_cases" #> [95211] "by_colorspace" #> [95212] "by_function" #> [95213] "by_quantiles" #> [95214] "by_ranges" #> [95215] "by_regex" #> [95216] "by_rows" #> [95217] "by_values" #> [95218] "caption" #> [95219] "caption_pos" #> [95220] "cbind.huxtable" #> [95221] "col_width" #> [95222] "escape_contents" #> [95223] "font_size" #> [95224] "guess_knitr_output_format" #> [95225] "huxreg" #> [95226] "huxtable" #> [95227] "huxtable-FAQ" #> [95228] "huxtable-options" #> [95229] "hux_hex" #> [95230] "hux_logo" #> [95231] "insert_column" #> [95232] "jams" #> [95233] "knit_print.data.frame" #> [95234] "knit_print.huxtable" #> [95235] "latex_float" #> [95236] "left_border" #> [95237] "left_border_color" #> [95238] "left_border_style" #> [95239] "left_padding" #> [95240] "mapping-functions" #> [95241] "merge_cells" #> [95242] "mutate.huxtable" #> [95243] "na_string" #> [95244] "number_format" #> [95245] "print.huxtable" #> [95246] "print_html" #> [95247] "print_latex" #> [95248] "print_md" #> [95249] "print_rtf" #> [95250] "print_screen" #> [95251] "quick-output" #> [95252] "report_latex_dependencies" #> [95253] "rowspan" #> [95254] "rowspecs" #> [95255] "row_height" #> [95256] "rtf_fc_tables" #> [95257] "set-multiple" #> [95258] "set_cell_properties" #> [95259] "set_contents" #> [95260] "set_default_properties" #> [95261] "set_outer_borders" #> [95262] "t.huxtable" #> [95263] "tabular_environment" #> [95264] "text_color" #> [95265] "tidy_override" #> [95266] "[.huxtable" #> [95267] "HW.pval-package" #> [95268] "create.model" #> [95269] "HW.cond" #> [95270] "HW.plain" #> [95271] "HW.pval" #> [95272] "test.chisq" #> [95273] "test.gsq" #> [95274] "test.rms" #> [95275] "decode.genotypes" #> [95276] "hwde" #> [95277] "hwexact" #> [95278] "IndianIrish" #> [95279] "mendelABC" #> [95280] "baselogit" #> [95281] "DiabRecess" #> [95282] "DirichNormHWE" #> [95283] "DirichNormSat" #> [95284] "DirichSampHWE" #> [95285] "DirichSampSat" #> [95286] "HWEDirichBF2" #> [95287] "HWEImportSamp" #> [95288] "HWEmodelsMLE" #> [95289] "HWEsimdat" #> [95290] "HWETriangBF2" #> [95291] "invbaselogit" #> [95292] "LambdaOptim" #> [95293] "MultLogLik" #> [95294] "MultLogLikP" #> [95295] "SinglefPrior" #> [95296] "SinglefReject" #> [95297] "TriangNormHWE" #> [95298] "HWEintrinsic-package" #> [95299] "cip.2" #> [95300] "cip.tmp" #> [95301] "GuoThompson8" #> [95302] "GuoThompson9" #> [95303] "hwe.bf" #> [95304] "hwe.ibf" #> [95305] "hwe.ibf.mc" #> [95306] "hwe.ibf.plot" #> [95307] "HWEdata-class" #> [95308] "HWEintr-class" #> [95309] "ip.2" #> [95310] "ip.tmp" #> [95311] "lik.multin" #> [95312] "Lindley" #> [95313] "LouisDempster" #> [95314] "Wordsworth" #> [95315] "hwriter-package" #> [95316] "hmakeTag" #> [95317] "hwrite" #> [95318] "hwriteImage" #> [95319] "openPage" #> [95320] "hwwntest-package" #> [95321] "bartlettB.test" #> [95322] "compute.rejection" #> [95323] "cumperiod" #> [95324] "d00.test" #> [95325] "genwwn.powerplot" #> [95326] "genwwn.test" #> [95327] "genwwn.thpower" #> [95328] "hwwn.dw" #> [95329] "hwwn.test" #> [95330] "hywavwn.test" #> [95331] "hywn.test" #> [95332] "Macdonald" #> [95333] "sqcoefvec" #> [95334] "sqndwd" #> [95335] "sqndwdecomp" #> [95336] "sqwd" #> [95337] "acount" #> [95338] "defaultHistobounds" #> [95339] "fillUpper" #> [95340] "genepop.to.genind" #> [95341] "HWcases" #> [95342] "hwdf" #> [95343] "hwx.test" #> [95344] "listify" #> [95345] "mtest" #> [95346] "observedProb" #> [95347] "print.hwtest" #> [95348] "whales.df" #> [95349] "xcount" #> [95350] "xcountCutoff" #> [95351] "xtest" #> [95352] "CVhybridEnsemble" #> [95353] "hybridEnsemble" #> [95354] "hybridEnsembleNews" #> [95355] "importance.hybridEnsemble" #> [95356] "plot.CVhybridEnsemble" #> [95357] "predict.hybridEnsemble" #> [95358] "summary.CVhybridEnsemble" #> [95359] "FinalBinnedData" #> [95360] "HybridFS" #> [95361] "imp.features" #> [95362] "model.perf" #> [95363] "eisenCluster" #> [95364] "get.distances" #> [95365] "hybridHclust" #> [95366] "mutualCluster" #> [95367] "print.mutualCluster" #> [95368] "sorlielabels" #> [95369] "tsvq" #> [95370] "hybridMC" #> [95371] "buildModelClass" #> [95372] "findContactChain" #> [95373] "hybridModels" #> [95374] "networkSample" #> [95375] "nodesCensus" #> [95376] "simHM" #> [95377] "17:00:20" #> [95378] "Hyde-package" #> [95379] "bindSim" #> [95380] "BJDealer" #> [95381] "BlackJack" #> [95382] "BlackJackTrain" #> [95383] "compileDecisionModel" #> [95384] "compileJagsModel" #> [95385] "expectedVariables" #> [95386] "factorFormula" #> [95387] "factorRegex" #> [95388] "HydeNetSummaries" #> [95389] "HydeNetwork" #> [95390] "HydeSim" #> [95391] "HydeUtilities" #> [95392] "inputCPTExample" #> [95393] "jagsDists" #> [95394] "jagsFunctions" #> [95395] "mergeDefaultPlotOpts" #> [95396] "modelToNode" #> [95397] "plot.HydeNetwork" #> [95398] "policyMatrix" #> [95399] "print.cpt" #> [95400] "print.HydeNetwork" #> [95401] "print.HydeSim" #> [95402] "Resolution.cpt" #> [95403] "rewriteHydeFormula" #> [95404] "SE.cpt" #> [95405] "setDecisionNodes" #> [95406] "setNode" #> [95407] "setNodeModels" #> [95408] "setPolicyValues" #> [95409] "TranslateFormula" #> [95410] "update.HydeNetwork" #> [95411] "vectorProbs" #> [95412] "writeJagsFormula" #> [95413] "writeJagsModel" #> [95414] "writeNetworkModel" #> [95415] "hydra" #> [95416] "hydraPlus" #> [95417] "karate" #> [95418] "plot.hydra" #> [95419] "hydroApps-package" #> [95420] "ARPIEM2012.freq" #> [95421] "ARPIEM2012.Lmom" #> [95422] "ARPIEM2012.sim.Lmoments" #> [95423] "lmomBurrXII" #> [95424] "parBurrXII.approx" #> [95425] "pBurrXII" #> [95426] "hydrogeo" #> [95427] "piper" #> [95428] "piper-class" #> [95429] "piperPaper" #> [95430] "piperplot-class" #> [95431] "plot,piperplot-method" #> [95432] "toPercent" #> [95433] "zaporozec" #> [95434] "hydroGOF-package" #> [95435] "br2" #> [95436] "EgaEnEstellaQts" #> [95437] "ggof" #> [95438] "KGE" #> [95439] "md" #> [95440] "mNSE" #> [95441] "pbias" #> [95442] "pbiasfdc" #> [95443] "pfactor" #> [95444] "plot2" #> [95445] "plotbands" #> [95446] "plotbandsonly" #> [95447] "rfactor" #> [95448] "rNSE" #> [95449] "rPearson" #> [95450] "rSD" #> [95451] "rsr" #> [95452] "ssq" #> [95453] "valindex" #> [95454] "ve" #> [95455] "all_shapefiles" #> [95456] "cache_get_dir" #> [95457] "cache_set_dir" #> [95458] "dataset_info" #> [95459] "get_shape_by_id" #> [95460] "link_to_flowlines" #> [95461] "link_to_waterbodies" #> [95462] "link_waterbody_centroids" #> [95463] "traverse_flowlines" #> [95464] "HydroMe2-package" #> [95465] "Brook" #> [95466] "Campbel" #> [95467] "Dstart" #> [95468] "Expo" #> [95469] "infilt" #> [95470] "isric" #> [95471] "Ruso" #> [95472] "SSfredlund" #> [95473] "SSgampt" #> [95474] "SSgard" #> [95475] "SSgardner" #> [95476] "SShorton" #> [95477] "SSkosugi" #> [95478] "SSomuto" #> [95479] "SSphilip" #> [95480] "SSvgm" #> [95481] "Tani" #> [95482] "hydroPSO-package" #> [95483] "hydromod" #> [95484] "hydroPSO" #> [95485] "hydroPSO2pest" #> [95486] "lhoat" #> [95487] "params2ecdf" #> [95488] "pest2hydroPSO" #> [95489] "plot_2parOF" #> [95490] "plot_NparOF" #> [95491] "plot_ParamsPerIter" #> [95492] "quant2ecdf" #> [95493] "ReadPlot_convergence" #> [95494] "ReadPlot_GofPerParticle" #> [95495] "ReadPlot_out" #> [95496] "ReadPlot_params" #> [95497] "ReadPlot_particles" #> [95498] "ReadPlot_results" #> [95499] "read_best" #> [95500] "test_functions" #> [95501] "verification" #> [95502] "find_stations" #> [95503] "get_tables" #> [95504] "greece_borders" #> [95505] "hydroscoper" #> [95506] "hydroscoper_defunct" #> [95507] "hydro_coords" #> [95508] "hydro_translate" #> [95509] "timeseries" #> [95510] "Acheron" #> [95511] "ann.cv" #> [95512] "baseflows" #> [95513] "Colwells" #> [95514] "Cooper" #> [95515] "CTF" #> [95516] "daily.cv" #> [95517] "day.dist" #> [95518] "flood.length.max" #> [95519] "four.digit.year" #> [95520] "get.days" #> [95521] "high.spell.lengths" #> [95522] "high.spells" #> [95523] "hydro.year" #> [95524] "hydrostats" #> [95525] "low.spell.lengths" #> [95526] "low.spells" #> [95527] "monthly.cv" #> [95528] "partial.series" #> [95529] "ts.format" #> [95530] "hydroTSM-package" #> [95531] "(sub)daily2annual" #> [95532] "(sub)daily2monthly" #> [95533] "annualfunction" #> [95534] "climograph" #> [95535] "diy" #> [95536] "dm2seasonal" #> [95537] "drawTimeAxis" #> [95538] "dwdays" #> [95539] "dwi" #> [95540] "EbroCatchmentsCHE" #> [95541] "EbroDEM1000m" #> [95542] "EbroPPgis" #> [95543] "EbroPPtsMonthly" #> [95544] "fdc" #> [95545] "fdcu" #> [95546] "gists2spt" #> [95547] "hip" #> [95548] "hydrokrige" #> [95549] "hydropairs" #> [95550] "hydroplot" #> [95551] "hypsometric" #> [95552] "infillxy" #> [95553] "istdx" #> [95554] "izoo2rzoo" #> [95555] "KarameaAtGorgeQts" #> [95556] "MaquehueTemuco" #> [95557] "matrixplot" #> [95558] "monthlyfunction" #> [95559] "mspplot" #> [95560] "OcaEnOnaQts" #> [95561] "rm1stchar" #> [95562] "SanMartinoPPts" #> [95563] "seasonalfunction" #> [95564] "sfreq" #> [95565] "smry" #> [95566] "sname2ts" #> [95567] "stdx" #> [95568] "subdaily2daily" #> [95569] "time2season" #> [95570] "vector2zoo" #> [95571] "yip" #> [95572] "zoo2RHtest" #> [95573] "applyBiasFactor" #> [95574] "biasCorrect" #> [95575] "biasFactor-class" #> [95576] "biasFactor.hyfo-class" #> [95577] "checkBind" #> [95578] "collectData" #> [95579] "collectData_csv_anarbe" #> [95580] "collectData_excel_anarbe" #> [95581] "collectData_txt_anarbe" #> [95582] "coord2cell" #> [95583] "downscaleNcdf" #> [95584] "extractPeriod" #> [95585] "fillGap" #> [95586] "getAnnual" #> [95587] "getAnnual_dataframe" #> [95588] "getBiasFactor" #> [95589] "getEnsem_comb" #> [95590] "getFrcEnsem" #> [95591] "getHisEnsem" #> [95592] "getLMom" #> [95593] "getMeanPreci" #> [95594] "getMoment" #> [95595] "getNcdfVar" #> [95596] "getPreciBar" #> [95597] "getPreciBar_comb" #> [95598] "getSpatialMap" #> [95599] "getSpatialMap_comb" #> [95600] "getSpatialMap_mat" #> [95601] "list2Dataframe" #> [95602] "loadNcdf" #> [95603] "monthlyPreci" #> [95604] "plotTS" #> [95605] "plotTS_comb" #> [95606] "shp2cat" #> [95607] "testCat" #> [95608] "testdl" #> [95609] "tgridData" #> [95610] "writeNcdf" #> [95611] "hyper.basic" #> [95612] "hyper.convert" #> [95613] "hyper.data" #> [95614] "hyper.fit" #> [95615] "hyper.like" #> [95616] "hyper.plot" #> [95617] "hyper.sigcor" #> [95618] "hyper.summary" #> [95619] "hyper2-package" #> [95620] "change_pnames" #> [95621] "character_to_number" #> [95622] "chess" #> [95623] "counterstrike" #> [95624] "cplusplus" #> [95625] "dirichlet" #> [95626] "euro" #> [95627] "fillup" #> [95628] "formula1" #> [95629] "ggol" #> [95630] "handover" #> [95631] "head.hyper2" #> [95632] "hyper2" #> [95633] "icons" #> [95634] "karpov_kasparov_anand" #> [95635] "length.hyper2" #> [95636] "masterchef" #> [95637] "maxp" #> [95638] "mult_grid" #> [95639] "Ops.hyper2" #> [95640] "rowing" #> [95641] "rrank" #> [95642] "rugby" #> [95643] "saffy" #> [95644] "skating" #> [95645] "table_tennis" #> [95646] "volley" #> [95647] "HyperbolicDistribution" #> [95648] "hypercube-package" #> [95649] "add.aggregation" #> [95650] "add.selection" #> [95651] "as.data.frame.Cube" #> [95652] "changeDimensionOrder" #> [95653] "Cube-class" #> [95654] "Dimension-class" #> [95655] "generateCube" #> [95656] "remove.aggregation" #> [95657] "remove.selection" #> [95658] "show,Cube-method" #> [95659] "show,Dimension-method" #> [95660] "boolmat" #> [95661] "channels_contributions" #> [95662] "color_biplot_by_discrete" #> [95663] "contract" #> [95664] "contract.update" #> [95665] "coreloop" #> [95666] "en.locator" #> [95667] "expand.update" #> [95668] "fill_FNTN_matrix" #> [95669] "FNTN_matrix.recycle" #> [95670] "F_beta" #> [95671] "gate_from_biplot" #> [95672] "hgate_info" #> [95673] "hgate_pheno" #> [95674] "hgate_rule" #> [95675] "hgate_sample" #> [95676] "hypergate" #> [95677] "plot_gating_strategy" #> [95678] "polygon.clean" #> [95679] "reoptimize_strategy" #> [95680] "Samusik_01_subset" #> [95681] "subset_matrix_hg" #> [95682] "update_gate" #> [95683] "getExpectedValues" #> [95684] "getMargins" #> [95685] "getOddsRatio" #> [95686] "hypergeom.test" #> [95687] "hypergeo-package" #> [95688] "buhring" #> [95689] "complex_gamma" #> [95690] "f15.3.1" #> [95691] "f15.3.10" #> [95692] "f15.3.3" #> [95693] "f15.5.1" #> [95694] "genhypergeo" #> [95695] "gosper" #> [95696] "hypergeo" #> [95697] "hypergeo_A_nonpos_int" #> [95698] "hypergeo_contfrac" #> [95699] "hypergeo_cover1" #> [95700] "hypergeo_powerseries" #> [95701] "i15.3.6" #> [95702] "is.nonpos" #> [95703] "shanks" #> [95704] "wolfram" #> [95705] "binomialquantile" #> [95706] "binomialtable" #> [95707] "hypergeoquantile" #> [95708] "hypergeotable" #> [95709] "hypersampleplan" #> [95710] "hypersampleplan.CL" #> [95711] "hypersampleplan.fixedn" #> [95712] "hyperSMURF-package" #> [95713] "do.random.partition" #> [95714] "do.stratified.cv.data" #> [95715] "do.stratified.cv.data.from.folds" #> [95716] "hyperSMURF.cv" #> [95717] "hyperSMURF.test" #> [95718] "hyperSMURF.test.thresh" #> [95719] "hyperSMURF.train" #> [95720] "imbalanced.data.generator" #> [95721] "smote" #> [95722] "smote_and_undersample" #> [95723] "'deprecated.R'" #> [95724] "'dim.R'" #> [95725] "'dimnames.R'" #> [95726] "'droplevels.R'" #> [95727] "'wl2i.R'" #> [95728] "'extract.R'" #> [95729] "'factor2num.R'" #> [95730] "'fileio.optional.R'" #> [95731] "'getbynames.R'" #> [95732] "'options.R'" #> [95733] "'regexps.R'" #> [95734] "'paracetamol.R'" #> [95735] "'laser.R'" #> [95736] "'hyperspec-package.R'" #> [95737] "'labels.R'" #> [95738] "'plotmap.R'" #> [95739] "'levelplot.R'" #> [95740] "'map.identify.R'" #> [95741] "'map.sel.poly.R'" #> [95742] "'mark.peak.R'" #> [95743] "'matlab.palette.R'" #> [95744] "'mean_sd.R'" #> [95745] "'mvtnorm.R'" #> [95746] "'normalize01.R'" #> [95747] "'orderwl.R'" #> [95748] "'plot.R'" #> [95749] "'plotc.R'" #> [95750] "'plotmat.R'" #> [95751] "'plotspc.R'" #> [95752] "'qplot.R'" #> [95753] "'qplotmixmap.R'" #> [95754] "'quantile.R'" #> [95755] "'read.ENVI.Nicolet.R'" #> [95756] "'read.ENVI.R'" #> [95757] "'read.asc.Andor.R'" #> [95758] "'read.ini.R'" #> [95759] "'read.mat.Cytospec.R'" #> [95760] "'read.mat.Witec.R'" #> [95761] "'read.spc.R'" #> [95762] "'read.spe.R'" #> [95763] "'read.txt.Renishaw.R'" #> [95764] "'read.txt.Shimadzu.R'" #> [95765] "'read.txt.wide.R'" #> [95766] "'replace.R'" #> [95767] "'sample.R'" #> [95768] "'scale.R'" #> [95769] "'spc.NA.approx.R'" #> [95770] "'spc.bin.R'" #> [95771] "'spc.identify.R'" #> [95772] "'spc.loess.R'" #> [95773] "'spc.spline.R'" #> [95774] "'split.R'" #> [95775] "'split.string.R'" #> [95776] "'sweep.R'" #> [95777] "'trellis.factor.key.R'" #> [95778] "'vandermonde.R'" #> [95779] "'wc.R'" #> [95780] "'wl.R'" #> [95781] "'wleval.R'" #> [95782] "'write.txt.wide.R'" #> [95783] "'y-pastenames.R'" #> [95784] "Claudia" #> [95785] "Beleites" #> [95786] "Valter" #> [95787] "Sergo" #> [95788] "Alois" #> [95789] "Bonifacio" #> [95790] "Marcel" #> [95791] "Dahms" #> [95792] "Björn" #> [95793] "Egert" #> [95794] "Fuller" #> [95795] "Vilmantas" #> [95796] "Gegzna" #> [95797] "Rustam" #> [95798] "Guliev" #> [95799] "Hermes" #> [95800] "Kammer" #> [95801] "Roman" #> [95802] "Kiselev" #> [95803] "Mellor" #> [95804] "2018-06-28" #> [95805] "19:47:59" #> [95806] "hyperSpec-package" #> [95807] ".DollarNames.hyperSpec" #> [95808] "Arith" #> [95809] "as.character,hyperSpec-method" #> [95810] "barbiturates" #> [95811] "chk.hy" #> [95812] "chondro" #> [95813] "colSums" #> [95814] "Comparison" #> [95815] "cov,hyperSpec,missing-method" #> [95816] "decomposition" #> [95817] "dimnames,hyperSpec-method" #> [95818] "droplevels,hyperSpec-method" #> [95819] "guess.wavelength" #> [95820] "hy.getOptions" #> [95821] "hy.unittest" #> [95822] "hyperSpec-class" #> [95823] "laser" #> [95824] "legendright" #> [95825] "makeraster" #> [95826] "map.sel.poly" #> [95827] "mark.dendrogram" #> [95828] "markpeak" #> [95829] "Math2,hyperSpec-method" #> [95830] "matlab.palette" #> [95831] "mean_sd,numeric-method" #> [95832] "merge,hyperSpec,hyperSpec-method" #> [95833] "ncol,hyperSpec-method" #> [95834] "normalize01" #> [95835] "orderwl" #> [95836] "paracetamol" #> [95837] "pearson.dist" #> [95838] "plotc" #> [95839] "plotspc" #> [95840] "qplotc" #> [95841] "qplotmap" #> [95842] "qplotmixmap" #> [95843] "qplotspc" #> [95844] "rbind.fill.matrix" #> [95845] "read.cytomat" #> [95846] "read.ENVI.Nicolet" #> [95847] "read.ini" #> [95848] "read.jdx" #> [95849] "read.spc" #> [95850] "read.spc.Kaiser" #> [95851] "read.spe" #> [95852] "read.spe.xml" #> [95853] "read.txt.Horiba" #> [95854] "read.txt.long" #> [95855] "read.txt.Shimadzu" #> [95856] "rmmvnorm" #> [95857] "sample,hyperSpec-method" #> [95858] "scale,hyperSpec-method" #> [95859] "seq.hyperSpec" #> [95860] "spc.bin" #> [95861] "spc.fit.poly" #> [95862] "spc.identify" #> [95863] "spc.loess" #> [95864] "spc.NA.approx" #> [95865] "spc.rubberband" #> [95866] "spc.smooth.spline" #> [95867] "trellis.factor.key" #> [95868] "vanderMonde" #> [95869] "wl" #> [95870] "wl.eval" #> [95871] "wl2i" #> [95872] "wlconv" #> [95873] "[,hyperSpec-method" #> [95874] "hypervolume-package" #> [95875] "estimate_bandwidth" #> [95876] "expectation_ball" #> [95877] "expectation_box" #> [95878] "expectation_convex" #> [95879] "expectation_maximal" #> [95880] "get_centroid" #> [95881] "get_volume" #> [95882] "hypervolume" #> [95883] "Hypervolume-class" #> [95884] "HypervolumeList-class" #> [95885] "hypervolume_box" #> [95886] "hypervolume_distance" #> [95887] "hypervolume_estimate_probability" #> [95888] "hypervolume_gaussian" #> [95889] "hypervolume_general_model" #> [95890] "hypervolume_holes" #> [95891] "hypervolume_inclusion_test" #> [95892] "hypervolume_join" #> [95893] "hypervolume_overlap_statistics" #> [95894] "hypervolume_project" #> [95895] "hypervolume_prune" #> [95896] "hypervolume_redundancy" #> [95897] "hypervolume_save_animated_gif" #> [95898] "hypervolume_segment" #> [95899] "hypervolume_set" #> [95900] "hypervolume_svm" #> [95901] "hypervolume_thin" #> [95902] "hypervolume_threshold" #> [95903] "hypervolume_variable_importance" #> [95904] "morphSnodgrassHeller" #> [95905] "padded_range" #> [95906] "plot.HypervolumeList" #> [95907] "print.Hypervolume" #> [95908] "quercus" #> [95909] "summary.Hypervolume" #> [95910] "weight_data" #> [95911] "curr_dict" #> [95912] "hyphenate" #> [95913] "hyphenatr" #> [95914] "hyphendict_is_loaded" #> [95915] "list_dicts" #> [95916] "switch_dict" #> [95917] "HyPhy-package" #> [95918] "recon.score" #> [95919] "requiprobable" #> [95920] "rgenetree" #> [95921] "hypothesistest-package" #> [95922] "conint" #> [95923] "findroot" #> [95924] "hs_create" #> [95925] "hs_delete" #> [95926] "hs_read" #> [95927] "hs_reply" #> [95928] "hs_search" #> [95929] "hs_search_all" #> [95930] "hs_update" #> [95931] "hypothesisr" #> [95932] "open_" #> [95933] "HyRiM-package" #> [95934] "disappointmentRate" #> [95935] "lossDistribution" #> [95936] "mgss" #> [95937] "mosg" #> [95938] "mosg.equilibrium" #> [95939] "HYRISK-package" #> [95940] "CREATE_DISTR" #> [95941] "CREATE_INPUT" #> [95942] "PINCHING_fun" #> [95943] "PLOT_CDF" #> [95944] "PLOT_INPUT" #> [95945] "PROBA_INTERVAL" #> [95946] "PROPAG" #> [95947] "QUAN_INTERVAL" #> [95948] "SENSI_PINCHING" #> [95949] "SUMMARY_1CDF" #> [95950] "UNCERTAINTY" #> [95951] "hysteresis-package" #> [95952] "EllipseData" #> [95953] "fel" #> [95954] "fel.repeated" #> [95955] "floop" #> [95956] "floop.repeated" #> [95957] "floopReflect" #> [95958] "HysteresisData" #> [95959] "loop.parameters" #> [95960] "mloop" #> [95961] "plot.fittedloop" #> [95962] "residuals.fittedloop" #> [95963] "summary.fittedloop" #> [95964] "hzar-package" #> [95965] "hzar.AIC.default" #> [95966] "hzar.AIC.hzar.obsDataGroup" #> [95967] "hzar.chain.doSeq" #> [95968] "hzar.copyModelLabels" #> [95969] "hzar.cov.rect" #> [95970] "hzar.dataGroup.add" #> [95971] "hzar.dataGroup.null" #> [95972] "hzar.dBernoulli.LL" #> [95973] "hzar.doCLTData1DRaw" #> [95974] "hzar.doFit" #> [95975] "hzar.doFit.multi" #> [95976] "hzar.doMolecularData1DPops" #> [95977] "hzar.doMorphoSets" #> [95978] "hzar.eval.clineLL" #> [95979] "hzar.extract.obsData" #> [95980] "hzar.extract.old.model.gen" #> [95981] "hzar.first.fitRequest.old.ML" #> [95982] "hzar.gen.cline" #> [95983] "hzar.get.ML.cline" #> [95984] "hzar.getCredCut" #> [95985] "hzar.getCredParam" #> [95986] "hzar.getCredParamRed" #> [95987] "hzar.getLLCutParam" #> [95988] "hzar.make.cline" #> [95989] "hzar.make.clineLLfunc.old.ML" #> [95990] "hzar.make.dataGroup" #> [95991] "hzar.make.fitRequest" #> [95992] "hzar.make.fzCline" #> [95993] "hzar.make.LLfunc.null" #> [95994] "hzar.make.mcmcParam" #> [95995] "hzar.make.obsDataGroup" #> [95996] "hzar.makeCline1DFreq" #> [95997] "hzar.makeTraitObsData" #> [95998] "hzar.map.dms2deg" #> [95999] "hzar.map.greatCircleDistance" #> [96000] "hzar.map.latLong.dms" #> [96001] "hzar.map.latLongSites" #> [96002] "hzar.mcmc.bindLL" #> [96003] "hzar.meta.init" #> [96004] "hzar.model.addBoxReq" #> [96005] "hzar.multiFitRequest" #> [96006] "hzar.next.fitRequest" #> [96007] "hzar.overPlot.fzCline" #> [96008] "hzar.plot.cline" #> [96009] "hzar.plot.fzCline" #> [96010] "hzar.plot.obsData" #> [96011] "hzar.profile.dataGroup" #> [96012] "hzar.qScores" #> [96013] "hzar.sameModel" #> [96014] "hzar.yLabel" #> [96015] "manakinLocations" #> [96016] "manakinMolecular" #> [96017] "manakinMorphological" #> [96018] "plotNT.fut" #> [96019] "plotNT.sup" #> [96020] "afrp" #> [96021] "campelo_chapman" #> [96022] "campelo_chapman_find_start" #> [96023] "campelo_freq" #> [96024] "campelo_index" #> [96025] "example_iadf" #> [96026] "example_rwl" #> [96027] "frp" #> [96028] "iadf" #> [96029] "novak_freq" #> [96030] "novak_index" #> [96031] "novak_weibull" #> [96032] "novak_weibull_find_start" #> [96033] "series_length" #> [96034] "sort_by_index" #> [96035] "tidyrwl" #> [96036] "to_cambial_age" #> [96037] "IalsaSynthesis-package" #> [96038] "BT" #> [96039] "CndTD" #> [96040] "CpfT" #> [96041] "CpgT" #> [96042] "CpTD" #> [96043] "CpTp" #> [96044] "CvfT" #> [96045] "CvgT" #> [96046] "CvTD" #> [96047] "CvTp" #> [96048] "DCrit" #> [96049] "dDdTTD" #> [96050] "dDdTTp" #> [96051] "Dfp" #> [96052] "Dfs" #> [96053] "DfT" #> [96054] "DfTr" #> [96055] "Dgp" #> [96056] "Dgs" #> [96057] "DgT" #> [96058] "DgTr" #> [96059] "Dhs" #> [96060] "dpdDTD" #> [96061] "dpdDTp" #> [96062] "dpdTTD" #> [96063] "dpdTTp" #> [96064] "Dph" #> [96065] "Dps" #> [96066] "DpTcteTab" #> [96067] "DTh" #> [96068] "DTp" #> [96069] "DTpcteTab" #> [96070] "DTs" #> [96071] "errorCodes" #> [96072] "fTD" #> [96073] "fTp" #> [96074] "FugaTp" #> [96075] "GibbsTp" #> [96076] "hCrit" #> [96077] "hfT" #> [96078] "hgT" #> [96079] "hps" #> [96080] "hpTcteTab" #> [96081] "hTD" #> [96082] "hTp" #> [96083] "hTpcteTab" #> [96084] "JTcTD" #> [96085] "KapaTD" #> [96086] "KViscTD" #> [96087] "pCrit" #> [96088] "phi0" #> [96089] "phi0D" #> [96090] "phi0DD" #> [96091] "phi0DT" #> [96092] "phi0T" #> [96093] "phi0TT" #> [96094] "phir" #> [96095] "phirD" #> [96096] "phirDD" #> [96097] "phirDT" #> [96098] "phirT" #> [96099] "phirTT" #> [96100] "pMeltT" #> [96101] "PrandtTD" #> [96102] "pSatD" #> [96103] "pSats" #> [96104] "pSatT" #> [96105] "pTD" #> [96106] "pTr" #> [96107] "Rwater" #> [96108] "satTabhT" #> [96109] "satTabp" #> [96110] "satTabpT" #> [96111] "satTabT" #> [96112] "satTabTp" #> [96113] "satTabvp" #> [96114] "satTabvT" #> [96115] "sCrit" #> [96116] "sfT" #> [96117] "sfTr" #> [96118] "sgT" #> [96119] "sgTr" #> [96120] "SigmaT" #> [96121] "sph" #> [96122] "spTcteTab" #> [96123] "sTD" #> [96124] "sTp" #> [96125] "sTpcteTab" #> [96126] "TCrit" #> [96127] "TDh" #> [96128] "TDp" #> [96129] "TDs" #> [96130] "ThrcTD" #> [96131] "Ths" #> [96132] "Tph" #> [96133] "TSatD" #> [96134] "TSatp" #> [96135] "TSats" #> [96136] "TTr" #> [96137] "ufT" #> [96138] "ugT" #> [96139] "uTD" #> [96140] "uTp" #> [96141] "ViscTD" #> [96142] "Vp" #> [96143] "vTp" #> [96144] "wfT" #> [96145] "wgT" #> [96146] "wTD" #> [96147] "wTp" #> [96148] "ZTD" #> [96149] "iarm-package" #> [96150] "amts" #> [96151] "boot_fit" #> [96152] "clr_tests" #> [96153] "desc2" #> [96154] "item_obsexp" #> [96155] "item_restscore" #> [96156] "item_target" #> [96157] "out_infit" #> [96158] "partgam" #> [96159] "person_estimates" #> [96160] "print.bootfit" #> [96161] "print.outfit" #> [96162] "score_groups" #> [96163] "test_prop" #> [96164] "IASD-package" #> [96165] "IASD" #> [96166] "cleanIAT" #> [96167] "IATData" #> [96168] "plotIIV" #> [96169] "plotIndVar" #> [96170] "plotItemErr" #> [96171] "plotItemVar" #> [96172] "IATanalytics" #> [96173] "sampledata" #> [96174] "BriefIAT" #> [96175] "IAT" #> [96176] "IATScore" #> [96177] "TooFastIAT" #> [96178] "IATscores-package" #> [96179] "alg2param" #> [96180] "Pretreatment" #> [96181] "RobustScores" #> [96182] "SplitHalf" #> [96183] "TestRetest" #> [96184] "Tgraph" #> [96185] "iBATCGH-package" #> [96186] "Center" #> [96187] "iBAT" #> [96188] "iBATProbit" #> [96189] "InferenceA" #> [96190] "InferenceMu" #> [96191] "InferenceR" #> [96192] "InferenceSd" #> [96193] "InferenceXi" #> [96194] "InitMu" #> [96195] "InitXi" #> [96196] "NCI_60" #> [96197] "RListToVector" #> [96198] "Scenario1" #> [96199] "Scenario2" #> [96200] "TCGA_lung" #> [96201] "Tran" #> [96202] "barplot.IBCFY" #> [96203] "getMatrixForm" #> [96204] "getTidyForm" #> [96205] "IBCF" #> [96206] "IBCF.MTME" #> [96207] "IBCF.Years" #> [96208] "plot.IBCF" #> [96209] "print.IBCF" #> [96210] "print.IBCFY" #> [96211] "summary.IBCF" #> [96212] "summary.IBCFY" #> [96213] "Wheat_IBCF" #> [96214] "Year_IBCF" #> [96215] "aov.ibd" #> [96216] "A_eff" #> [96217] "bibd" #> [96218] "btib" #> [96219] "btib1" #> [96220] "Cmatrix" #> [96221] "design_to_N" #> [96222] "D_eff" #> [96223] "ibd" #> [96224] "ibddata" #> [96225] "ibdtvc" #> [96226] "is.connected" #> [96227] "is.equir" #> [96228] "is.orthogonal" #> [96229] "is.proper" #> [96230] "is.vb" #> [96231] "N_to_design" #> [96232] "IBDhaploRtools-package" #> [96233] "cumul.sum" #> [96234] "get.counts" #> [96235] "h.to.g" #> [96236] "ibdhap.barplot" #> [96237] "ibdhap.compare.loci" #> [96238] "ibdhap.compare.segs" #> [96239] "ibdhap.make.calls" #> [96240] "ibdhap.make.true" #> [96241] "ibdhap.names" #> [96242] "ibdhap.reduce.states" #> [96243] "ibdhap.seg.lengths" #> [96244] "ibdhap.summary.calls" #> [96245] "ibdhap.transitions" #> [96246] "ids_phased" #> [96247] "make.col.vec" #> [96248] "meet.cutoff" #> [96249] "removezeros" #> [96250] "return.ibd.val" #> [96251] "sumcol" #> [96252] "allJaq" #> [96253] "allStates" #> [96254] "IBDLabel" #> [96255] "Lexicographic" #> [96256] "maxlabel" #> [96257] "State" #> [96258] "Vectors" #> [96259] "align.ibd.var" #> [96260] "chibar3.w" #> [96261] "create.ibd.dat" #> [96262] "create.pairs.frame" #> [96263] "exact.ibd.var" #> [96264] "ibd.df.merlin" #> [96265] "ibd.moments" #> [96266] "ibdreg" #> [96267] "linkage.all" #> [96268] "linkage.tests" #> [96269] "lsConstrain.fit" #> [96270] "mergeIBD" #> [96271] "minpRows" #> [96272] "pairSum" #> [96273] "pchibar" #> [96274] "plot.ibdreg" #> [96275] "plot.ibdreg.unexpect" #> [96276] "plot.linkage.all" #> [96277] "plot.linkage.tests" #> [96278] "plotpval" #> [96279] "print.ibd.var" #> [96280] "print.ibdreg" #> [96281] "print.linkage.all" #> [96282] "print.linkage.tests" #> [96283] "sim.ibd.setup" #> [96284] "sim.ibd.var" #> [96285] "sim.mark.prop" #> [96286] "alleleSummary" #> [96287] "DecodeMap" #> [96288] "dominant1" #> [96289] "IBDsim" #> [96290] "oneLocusIBD" #> [96291] "oneLocusJacquard" #> [96292] "twoLocusIBD" #> [96293] "twoLocusJacquard" #> [96294] "iBEEMD" #> [96295] "ConflictTable" #> [96296] "decisionDST" #> [96297] "discounting" #> [96298] "DST" #> [96299] "FMTfunctions" #> [96300] "LCPrincple" #> [96301] "PCR6" #> [96302] "RandomMass" #> [96303] "ibm-package" #> [96304] "boundaries" #> [96305] "localLotkaVolterra" #> [96306] "cumprob" #> [96307] "rate2prob" #> [96308] "run_state_trans" #> [96309] "state_trans" #> [96310] "stRCPP" #> [96311] "syn_pop" #> [96312] "ibmdbR-package" #> [96313] "as.ida.data.frame" #> [96314] "ida.col.def" #> [96315] "ida.data.frame" #> [96316] "ida.data.frame," #> [96317] "is.ida.data.frame" #> [96318] "ida.list" #> [96319] "idaArule" #> [96320] "idaConnect," #> [96321] "idaClose" #> [96322] "idaCreateView," #> [96323] "idaDropView" #> [96324] "idaDeleteTable," #> [96325] "idaExistTable," #> [96326] "idaGetValidTableName," #> [96327] "idaIsView" #> [96328] "idadf,idaSave,idaUpdate" #> [96329] "idaDivCluster" #> [96330] "idaDropModel" #> [96331] "idaGetModelName" #> [96332] "idaGlm" #> [96333] "idaInit" #> [96334] "idaKMeans" #> [96335] "idaListAccelerators," #> [96336] "idaSetAccelerator," #> [96337] "idaGetAccelerator," #> [96338] "idaGetAcceleratorDetails" #> [96339] "idaListModels" #> [96340] "idaModelExists" #> [96341] "idaLm" #> [96342] "idaMerge" #> [96343] "idaNaiveBayes" #> [96344] "idaQuery," #> [96345] "idaScalarQuery" #> [96346] "idaRetrieveModel" #> [96347] "idaSample" #> [96348] "idaShowTables" #> [96349] "idaTable" #> [96350] "idaTApply" #> [96351] "idaTree" #> [96352] "idaTwoStep" #> [96353] "ibmsunburst" #> [96354] "ibmsunburst-shiny" #> [96355] "Iboot-package" #> [96356] "Iboot" #> [96357] "ibr-package" #> [96358] "AIC.ibr" #> [96359] "betaA" #> [96360] "betaS1" #> [96361] "betaS1lr" #> [96362] "bwchoice" #> [96363] "calcA" #> [96364] "cvobs" #> [96365] "departnoyau" #> [96366] "dssmoother" #> [96367] "dsSx" #> [96368] "DuchonQ" #> [96369] "DuchonS" #> [96370] "fittedA" #> [96371] "fittedS1" #> [96372] "fittedS1lr" #> [96373] "ibr" #> [96374] "ibr.fit" #> [96375] "iterchoiceA" #> [96376] "iterchoiceAcv" #> [96377] "iterchoiceAcve" #> [96378] "iterchoiceAe" #> [96379] "iterchoiceS1" #> [96380] "iterchoiceS1cv" #> [96381] "iterchoiceS1cve" #> [96382] "iterchoiceS1e" #> [96383] "iterchoiceS1lrcv" #> [96384] "iterchoiceS1lrcve" #> [96385] "kernelSx" #> [96386] "lambdachoice" #> [96387] "lambdachoicelr" #> [96388] "lrsmoother" #> [96389] "npregress" #> [96390] "plot.forwardibr" #> [96391] "plot.ibr" #> [96392] "poids" #> [96393] "predict.ibr" #> [96394] "predict.npregress" #> [96395] "print.summary.ibr" #> [96396] "print.summary.npregress" #> [96397] "summary.ibr" #> [96398] "summary.npregress" #> [96399] "sumvalpr" #> [96400] "tracekernel" #> [96401] "break_down" #> [96402] "break_down_uncertainty" #> [96403] "local_attributions" #> [96404] "local_interactions" #> [96405] "plot.break_down" #> [96406] "plot.break_down_uncertainty" #> [96407] "plotD3" #> [96408] "print.break_down" #> [96409] "print.break_down_uncertainty" #> [96410] "IBrokers-package" #> [96411] ".placeOrder" #> [96412] ".twsIncomingMSG" #> [96413] "calculateImpliedVolatility" #> [96414] "eWrapper" #> [96415] "exerciseOptions" #> [96416] "processMsg" #> [96417] "reqAccountUpdates" #> [96418] "reqContractDetails" #> [96419] "reqCurrentTime" #> [96420] "reqHistoricalData" #> [96421] "reqIds" #> [96422] "reqMktData" #> [96423] "reqMktDepth" #> [96424] "reqNewsBulletins" #> [96425] "reqRealTimeBars" #> [96426] "setServerLogLevel" #> [96427] "twsCALLBACK" #> [96428] "twsConnect" #> [96429] "twsConnectionTime" #> [96430] "twsContract" #> [96431] "twsCurrency" #> [96432] "twsEquity" #> [96433] "twsFuture" #> [96434] "twsOption" #> [96435] "twsOrder" #> [96436] "twsScannerSubscription" #> [96437] "ibs-package" #> [96438] "bsbases" #> [96439] "bspline" #> [96440] "ibs" #> [96441] "iBST-package" #> [96442] "Bagg_pred_Surv" #> [96443] "Bagg_Surv" #> [96444] "improper_tree" #> [96445] "permute_select_surv" #> [96446] "PseudoR2.Cure" #> [96447] "contr.diff" #> [96448] "ic.est" #> [96449] "ic.infer" #> [96450] "ic.test" #> [96451] "ic.weights" #> [96452] "make.mon.ui" #> [96453] "or.relimp" #> [96454] "iC10-package" #> [96455] "getCNfeatures" #> [96456] "getExpfeatures" #> [96457] "goodnessOfFit" #> [96458] "iC10" #> [96459] "matchFeatures" #> [96460] "normalizeFeatures" #> [96461] "plot.iC10" #> [96462] "print.iC10" #> [96463] "summary.iC10" #> [96464] "iC10TrainingData-package" #> [96465] "IntClustMemb" #> [96466] "Map.All" #> [96467] "Map.CN" #> [96468] "Map.Exp" #> [96469] "train.CN" #> [96470] "train.Exp" #> [96471] "IC2-package" #> [96472] "calcAtkinson" #> [96473] "calcGEI" #> [96474] "calcSConc" #> [96475] "calcSGini" #> [96476] "curveConcent" #> [96477] "curveLorenz" #> [96478] "decompAtkinson" #> [96479] "decompGEI" #> [96480] "decompSGini" #> [96481] "hhbudgets" #> [96482] "summary.ICI" #> [96483] "ic50" #> [96484] "nsclc" #> [96485] "ica-package" #> [96486] "acy" #> [96487] "icafast" #> [96488] "icaimax" #> [96489] "icajade" #> [96490] "icaplot" #> [96491] "icasamp" #> [96492] "ICA" #> [96493] "plot.ICA" #> [96494] "ical_clean_ical_parsed" #> [96495] "ical_parse" #> [96496] "icamix-package" #> [96497] "ATRANSDENSITY" #> [96498] "CLASSDIFFRATE" #> [96499] "EMFASTICAALG" #> [96500] "ESTIMATEDMEMBER" #> [96501] "plot.EMFASTICAALG" #> [96502] "plot.summary.EMFASTICAALG" #> [96503] "print.EMFASTICAALG" #> [96504] "print.summary.EMFASTICAALG" #> [96505] "summary.EMFASTICAALG" #> [96506] "bayes" #> [96507] "bayescomp" #> [96508] "beff" #> [96509] "crt.bayes.control" #> [96510] "crt.minimax.control" #> [96511] "FIM_2par_exp_censor1" #> [96512] "FIM_2par_exp_censor2" #> [96513] "FIM_3par_exp_censor1" #> [96514] "FIM_3par_exp_censor2" #> [96515] "FIM_exp_2par" #> [96516] "FIM_kinetics_alcohol" #> [96517] "FIM_logistic" #> [96518] "FIM_logistic_2pred" #> [96519] "FIM_logistic_4par" #> [96520] "FIM_loglin" #> [96521] "FIM_mixed_inhibition" #> [96522] "FIM_power_logistic" #> [96523] "FIM_sig_emax" #> [96524] "ICA.control" #> [96525] "ICAOD" #> [96526] "locally" #> [96527] "locallycomp" #> [96528] "meff" #> [96529] "minimax" #> [96530] "plot.bayes" #> [96531] "plot.minimax" #> [96532] "print.bayes" #> [96533] "print.minimax" #> [96534] "print.sensbayes" #> [96535] "print.sensminimax" #> [96536] "sens.bayes.control" #> [96537] "sens.control" #> [96538] "sens.minimax.control" #> [96539] "sensbayes" #> [96540] "sensbayescomp" #> [96541] "senslocally" #> [96542] "senslocallycomp" #> [96543] "sensminimax" #> [96544] "sensmultiple" #> [96545] "sensrobust" #> [96546] "skewnormal" #> [96547] "student" #> [96548] "update.bayes" #> [96549] "update.minimax" #> [96550] "ica_pca" #> [96551] "initializations" #> [96552] "addMargin" #> [96553] "calibrationMarginStats" #> [96554] "calWeights_ex2" #> [96555] "colToDummies" #> [96556] "dataPop" #> [96557] "data_ex2" #> [96558] "HTmean" #> [96559] "HTtotal" #> [96560] "marginStats" #> [96561] "poptest_calmar" #> [96562] "poptest_calmar_nr" #> [96563] "regroupCalibrationModalities" #> [96564] "regroupModalities" #> [96565] "table_margins_1" #> [96566] "table_margins_2" #> [96567] "weightedMean" #> [96568] "weightedTotal" #> [96569] "ICBayes-package" #> [96570] "bcdata" #> [96571] "case1ph" #> [96572] "case1po" #> [96573] "case2ph" #> [96574] "case2probit" #> [96575] "coef.ICBayes" #> [96576] "ICBayes" #> [96577] "logLik.ICBayes" #> [96578] "lungdata" #> [96579] "plot.ICBayes" #> [96580] "summary.ICBayes" #> [96581] "SurvtoLR" #> [96582] "ICC-package" #> [96583] "ICCbare" #> [96584] "ICCbareF" #> [96585] "ICCest" #> [96586] "ICC.Sample.Size-package" #> [96587] "calculateAchievablep0" #> [96588] "calculateIccPower" #> [96589] "calculateIccSampleSize" #> [96590] "CalcCoxCalibP" #> [96591] "CalcCoxCalibRSIntsP" #> [96592] "CalcNpmleCalibP" #> [96593] "CalcNpmleRSP" #> [96594] "CalcVarParam" #> [96595] "CalcWeibullCalibP" #> [96596] "CalcWeibullRSP" #> [96597] "FitCalibCox" #> [96598] "FitCalibCoxRS" #> [96599] "FitCalibNpmle" #> [96600] "FitCalibWeibull" #> [96601] "FitCalibWeibullRS" #> [96602] "iccbeta-package" #> [96603] "icc_beta" #> [96604] "simICCdata" #> [96605] "rcbin" #> [96606] "ICcforest-package" #> [96607] "gettree.ICcforest" #> [96608] "ICcforest" #> [96609] "predict.ICcforest" #> [96610] "sbrier_IC" #> [96611] "tuneICRF" #> [96612] "Jack" #> [96613] "Wasey" #> [96614] "(Van" #> [96615] "Walraven" #> [96616] "Anobel" #> [96617] "Odisho" #> [96618] "(Hierarchical" #> [96619] "Condition" #> [96620] "Vitaly" #> [96621] "Druker" #> [96622] "(AHRQ" #> [96623] "Ed" #> [96624] "(explain" #> [96625] "2018-11-18" #> [96626] "17:40:07" #> [96627] "icd-package" #> [96628] "as.decimal_diag" #> [96629] "as.icd_long_data" #> [96630] "categorize_simple" #> [96631] "charlson" #> [96632] "charlson_from_comorbid" #> [96633] "comorbid" #> [96634] "comorbid_df_to_mat" #> [96635] "comorbid_hcc" #> [96636] "comorbid_mat_to_df" #> [96637] "comorbid_pccc_dx" #> [96638] "count_codes" #> [96639] "count_codes_wide" #> [96640] "count_comorbid" #> [96641] "diff_comorbid" #> [96642] "filter_poa" #> [96643] "filter_valid" #> [96644] "get_defined" #> [96645] "icd10cm2016" #> [96646] "icd10_chapters" #> [96647] "icd10_map_ahrq_pcs" #> [96648] "icd10_pcs" #> [96649] "icd10_sub_chapters" #> [96650] "icd9cm_billable" #> [96651] "icd9cm_hierarchy" #> [96652] "icd9_chapters" #> [96653] "icd9_map_ahrq" #> [96654] "icd9_map_elix" #> [96655] "icd9_map_hcc" #> [96656] "icd9_map_pccc" #> [96657] "icd9_map_quan_deyo" #> [96658] "icd9_map_quan_elix" #> [96659] "icd9_map_single_ccs" #> [96660] "is.icd9" #> [96661] "long_to_wide" #> [96662] "names_elix" #> [96663] "poa_choices" #> [96664] "print.comorbidity_map" #> [96665] "subset_icd" #> [96666] "unzip_single" #> [96667] "uranium_pathology" #> [96668] "van_walraven" #> [96669] "vermont_dx" #> [96670] "wide_to_long" #> [96671] "[[.comorbidity_map" #> [96672] "icd.data" #> [96673] "ls_icd_data" #> [96674] "get_icd_history" #> [96675] "get_icd_labels" #> [96676] "icd_expand" #> [96677] "icd_history" #> [96678] "icd_meta_blocks" #> [96679] "icd_meta_chapters" #> [96680] "icd_meta_codes" #> [96681] "icd_meta_transition" #> [96682] "icd_parse" #> [96683] "icd_showchanges" #> [96684] "icd_showchanges_icd3" #> [96685] "is_icd_code" #> [96686] "expand_data" #> [96687] "icdglm" #> [96688] "icdglm.fit" #> [96689] "Leukemia.data" #> [96690] "summary.icdglm" #> [96691] "TLI.data" #> [96692] "ICDS-package" #> [96693] "combinep_three" #> [96694] "combinep_two" #> [96695] "coverp2zscore" #> [96696] "FindSubPath" #> [96697] "getCnvp" #> [96698] "getExpp" #> [96699] "getMethp" #> [96700] "opt_subpath" #> [96701] "Permutation" #> [96702] "PlotSubpathway" #> [96703] "bickde" #> [96704] "ICGG" #> [96705] "ICHemophiliac" #> [96706] "ickde" #> [96707] "icllde" #> [96708] "iclocpoly" #> [96709] "inmost" #> [96710] "likelihoodcv" #> [96711] "motor.IC" #> [96712] "clusterICE" #> [96713] "plot.dice" #> [96714] "plot.ice" #> [96715] "print.dice" #> [96716] "print.ice" #> [96717] "summary.dice" #> [96718] "summary.ice" #> [96719] "WhiteWine" #> [96720] "allRegions" #> [96721] "anyIntersect" #> [96722] "bgWater" #> [96723] "checkIntersect" #> [96724] "contourShift" #> [96725] "convToGrid" #> [96726] "createMapping" #> [96727] "currSecEx" #> [96728] "emFeb19811982" #> [96729] "emFeb2012" #> [96730] "extractCoords" #> [96731] "findHoles" #> [96732] "getArea" #> [96733] "getCoords" #> [96734] "getDist" #> [96735] "getInd" #> [96736] "getInitMonth" #> [96737] "getRegion" #> [96738] "interEx" #> [96739] "intLine" #> [96740] "keepLine" #> [96741] "keepPoly" #> [96742] "landMat" #> [96743] "makePolygons" #> [96744] "mappedPoints" #> [96745] "mapxy" #> [96746] "obsFeb19811982" #> [96747] "obsFeb2012" #> [96748] "obsLEx" #> [96749] "predLEx" #> [96750] "quickRun" #> [96751] "readBootstrap" #> [96752] "readMonthlyBS" #> [96753] "regionInfo" #> [96754] "rmHoles" #> [96755] "spatialCollEx" #> [96756] "untwist" #> [96757] "untwistSec" #> [96758] "ICEinfer-package" #> [96759] "dpunc" #> [96760] "dpwdg" #> [96761] "dulxparx" #> [96762] "fluoxpin" #> [96763] "fluoxtca" #> [96764] "ICEalice" #> [96765] "ICEcolor" #> [96766] "ICEepmap" #> [96767] "ICEscale" #> [96768] "ICEuncrt" #> [96769] "ICEwedge" #> [96770] "plot.ICEcolor" #> [96771] "plot.ICEepmap" #> [96772] "plot.ICEuncrt" #> [96773] "print.ICEuncrt" #> [96774] "bayesControls" #> [96775] "cs2ic" #> [96776] "diag_baseline" #> [96777] "diag_covar" #> [96778] "getFitEsts" #> [96779] "getSCurves" #> [96780] "ic_bayes" #> [96781] "ic_np" #> [96782] "ic_par" #> [96783] "ic_sample" #> [96784] "ic_sp" #> [96785] "imputeCens" #> [96786] "ir_clustBoot" #> [96787] "IR_diabetes" #> [96788] "lines.icenReg_fit" #> [96789] "makeCtrls_icsp" #> [96790] "miceData" #> [96791] "plot.icenReg_fit" #> [96792] "predict.icenReg_fit" #> [96793] "sampleSurv" #> [96794] "simCS_weib" #> [96795] "simDC_weib" #> [96796] "simIC_cluster" #> [96797] "simIC_weib" #> [96798] "survCIs" #> [96799] "aidsCohort" #> [96800] "aidsCT" #> [96801] "breastCancer" #> [96802] "clayton.copula" #> [96803] "contourProb" #> [96804] "fit.copula" #> [96805] "graft" #> [96806] "icbiplot" #> [96807] "icsurv2cdf" #> [96808] "kSampleIcens" #> [96809] "mastitis" #> [96810] "mobile" #> [96811] "normal.copula" #> [96812] "NPbayesSurv" #> [96813] "NPICbayesSurv" #> [96814] "plackett.copula" #> [96815] "survfitS.smoothSurvReg" #> [96816] "tandmob" #> [96817] "tandmobAll" #> [96818] "yoghurt" #> [96819] "datasim" #> [96820] "icmis" #> [96821] "icpower" #> [96822] "icpower.val" #> [96823] "icpowerpf" #> [96824] "icesAdvice-package" #> [96825] "Bpa" #> [96826] "DLS3.2" #> [96827] "Fpa" #> [96828] "icesRound" #> [96829] "mohn" #> [96830] "read.dls" #> [96831] "shake" #> [96832] "sigmaCI" #> [96833] "sigmaPA" #> [96834] "write.dls" #> [96835] "icesDatras-package" #> [96836] "checkSurveyOK" #> [96837] "checkSurveyYearOK" #> [96838] "checkSurveyYearQuarterOK" #> [96839] "getCAdata" #> [96840] "getCatchWgt" #> [96841] "getDATRAS" #> [96842] "getDatrasDataOverview" #> [96843] "getHHdata" #> [96844] "getHLdata" #> [96845] "getIndices" #> [96846] "getSurveyList" #> [96847] "getSurveyYearList" #> [96848] "getSurveyYearQuarterList" #> [96849] "icesSAG-package" #> [96850] "convertSAGxml" #> [96851] "findAssessmentKey" #> [96852] "getFishStockReferencePoints" #> [96853] "getLatestStockAdviceList" #> [96854] "getListStocks" #> [96855] "getSAG" #> [96856] "getSAGGraphs" #> [96857] "getSAGGTypegraphsandSettings" #> [96858] "getsetSAGSettingsForAStock" #> [96859] "getStandardAssessmentGraphs" #> [96860] "getStockSourceData" #> [96861] "getStockStatusValues" #> [96862] "getSummaryTable" #> [96863] "getTokenExpiration" #> [96864] "getYSBRSummaryTable" #> [96865] "stockFishdata" #> [96866] "stockInfo" #> [96867] "uploadStock" #> [96868] "icesTAF-package" #> [96869] "catage.long" #> [96870] "catage.taf" #> [96871] "catage.xtab" #> [96872] "deps" #> [96873] "div" #> [96874] "dos2unix" #> [96875] "draft.data" #> [96876] "draft.software" #> [96877] "file.encoding" #> [96878] "flr2taf" #> [96879] "latin1.to.utf8" #> [96880] "lim" #> [96881] "line.endings" #> [96882] "long2taf" #> [96883] "makeAll" #> [96884] "makeTAF" #> [96885] "mkdir" #> [96886] "period" #> [96887] "process.bib" #> [96888] "read.taf" #> [96889] "rnd" #> [96890] "sourceAll" #> [96891] "sourceDir" #> [96892] "sourceTAF" #> [96893] "summary.taf" #> [96894] "taf.bootstrap" #> [96895] "taf.colors" #> [96896] "taf.library" #> [96897] "taf.png" #> [96898] "taf.skeleton" #> [96899] "taf.unzip" #> [96900] "taf2long" #> [96901] "taf2xtab" #> [96902] "write.taf" #> [96903] "xtab2taf" #> [96904] "icesVocab-package" #> [96905] "findAphia" #> [96906] "findCode" #> [96907] "findCodeType" #> [96908] "getCodeDetail" #> [96909] "getCodeList" #> [96910] "getCodeTypeList" #> [96911] "chowdary" #> [96912] "dbhatta" #> [96913] "deltas" #> [96914] "dermatology" #> [96915] "dgower" #> [96916] "dmahal" #> [96917] "dproc2" #> [96918] "estW" #> [96919] "INCAindex" #> [96920] "INCAnumclu" #> [96921] "INCAtest" #> [96922] "lympha" #> [96923] "proxi" #> [96924] "SyntheticTimeCourse" #> [96925] "vgeo" #> [96926] "ICGOR-package" #> [96927] "GORH" #> [96928] "plot.predict.GORH" #> [96929] "predict.GORH" #> [96930] "summary.GORH" #> [96931] "iClick-package" #> [96932] "boxPlotX" #> [96933] "calendarHeat" #> [96934] "cumulatedPlotX" #> [96935] "cutAndStack" #> [96936] "drawdownPlotX" #> [96937] "drawupPlotX" #> [96938] "drawups" #> [96939] "FFplusMOM" #> [96940] "iClick.ARIMA" #> [96941] "iClick.GARCH" #> [96942] "iClick.lm" #> [96943] "iClick.VisAssetPrice" #> [96944] "iClick.VisOneReturns" #> [96945] "qqnormPlotX" #> [96946] "returnsDaily24" #> [96947] "seriesPlotX" #> [96948] "VIF_no" #> [96949] "world20" #> [96950] "breast.chr17" #> [96951] "compute.pod" #> [96952] "glp" #> [96953] "iCluster" #> [96954] "iCluster2" #> [96955] "plotiCluster" #> [96956] "plotRI" #> [96957] "simu.datasets" #> [96958] "tune.iCluster2" #> [96959] "icmm-package" #> [96960] "get.ab" #> [96961] "get.alpha" #> [96962] "get.beta" #> [96963] "get.beta.ising" #> [96964] "get.pseudodata.binomial" #> [96965] "get.pseudodata.cox" #> [96966] "get.sigma" #> [96967] "get.wpost" #> [96968] "get.wprior" #> [96969] "get.zeta" #> [96970] "get.zeta.ising" #> [96971] "icmm" #> [96972] "initbetaBinomial" #> [96973] "initbetaCox" #> [96974] "initbetaGaussian" #> [96975] "linearrelation" #> [96976] "simBinomial" #> [96977] "simCox" #> [96978] "simGaussian" #> [96979] "arcdist" #> [96980] "arcdistmat" #> [96981] "arcpoints" #> [96982] "CarToPol" #> [96983] "centers" #> [96984] "chullsphere" #> [96985] "edgelength" #> [96986] "edgelength,trigrid-method" #> [96987] "facelayer" #> [96988] "faces3d" #> [96989] "gridgraph" #> [96990] "gridlabs" #> [96991] "gridlabs3d" #> [96992] "guides3d" #> [96993] "heatMapLegend" #> [96994] "hexagrid" #> [96995] "icosa" #> [96996] "length,trigrid-method" #> [96997] "lines,trigrid-method" #> [96998] "lines3d,Line-method" #> [96999] "lines3d,trigrid-method" #> [97000] "locate" #> [97001] "names,gridlayer-method" #> [97002] "newgraph" #> [97003] "newsp" #> [97004] "occupied" #> [97005] "plot,facelayer,ANY-method" #> [97006] "plot3d,facelayer-method" #> [97007] "plot3d,trigrid-method" #> [97008] "PolToCar" #> [97009] "resample,Raster,trigrid-method" #> [97010] "rotate,trigrid-method" #> [97011] "rpsphere" #> [97012] "SpLines" #> [97013] "SpPolygons" #> [97014] "subset,trigrid-method" #> [97015] "surfacearea" #> [97016] "surfacecentroid" #> [97017] "trigrid" #> [97018] "trishape" #> [97019] "values,gridlayer-method" #> [97020] "vertices" #> [97021] "vicinity" #> [97022] "[<-,gridlayer,ANY,ANY-method" #> [97023] "icpsr_download" #> [97024] "codings" #> [97025] "krippalpha" #> [97026] "ic.ranks" #> [97027] "icrsf" #> [97028] "simout" #> [97029] "treebuilder" #> [97030] "Xmat" #> [97031] "ICS-package" #> [97032] "coef.ics" #> [97033] "cov4" #> [97034] "cov4.wt" #> [97035] "covAxis" #> [97036] "covOrigin" #> [97037] "fitted.ics" #> [97038] "ics" #> [97039] "ics-class" #> [97040] "ics.components" #> [97041] "ics2" #> [97042] "ics2-class" #> [97043] "mean3" #> [97044] "Mean3Cov4" #> [97045] "MeanCov" #> [97046] "mvnorm.kur.test" #> [97047] "mvnorm.skew.test" #> [97048] "plot.ics" #> [97049] "print.ics" #> [97050] "print.ics2" #> [97051] "scovq" #> [97052] "screeplot.ics" #> [97053] "summary.ics" #> [97054] "summary.ics2" #> [97055] "tM" #> [97056] "ICSNP-package" #> [97057] "duembgen.shape" #> [97058] "duembgen.shape.wt" #> [97059] "hl.loc" #> [97060] "HotellingsT2" #> [97061] "HP.loc.test" #> [97062] "HP1.shape" #> [97063] "HR.Mest" #> [97064] "ind.ctest" #> [97065] "ind.ictest" #> [97066] "LASERI" #> [97067] "pair.diff" #> [97068] "pair.prod" #> [97069] "pair.sum" #> [97070] "rank.ctest" #> [97071] "rank.ictest" #> [97072] "spatial.median" #> [97073] "spatial.sign" #> [97074] "symm.huber" #> [97075] "symm.huber.wt" #> [97076] "tyler.shape" #> [97077] "vdw.loc" #> [97078] "comp.norm.test" #> [97079] "comp.simu.test" #> [97080] "dist.simu.test" #> [97081] "HTP" #> [97082] "ics.distances" #> [97083] "ics.outlier" #> [97084] "icsOut-class" #> [97085] "ICSOutlier" #> [97086] "plot.icsOut" #> [97087] "print.icsOut" #> [97088] "summary.icsOut" #> [97089] "HRMEST" #> [97090] "ICSShiny" #> [97091] "print.icsshiny" #> [97092] "ICsurv-package" #> [97093] "fast.PH.ICsurv.EM" #> [97094] "fast.PH.Louis.ICsurv" #> [97095] "Hemophilia" #> [97096] "Ispline" #> [97097] "PH.ICsurv.EM" #> [97098] "PH.Louis.ICsurv" #> [97099] "icsw-package" #> [97100] "clip.small.probs" #> [97101] "compliance.score" #> [97102] "FoxDebate" #> [97103] "icsw.tsls" #> [97104] "tsls.wfit" #> [97105] "covSIR" #> [97106] "FOBIasymp" #> [97107] "FOBIboot" #> [97108] "FOBIladle" #> [97109] "ggladleplot" #> [97110] "ggplot.ictest" #> [97111] "ggscreeplot" #> [97112] "ladle" #> [97113] "ladleplot" #> [97114] "NGPP" #> [97115] "NGPPest" #> [97116] "NGPPsim" #> [97117] "PCAasymp" #> [97118] "PCAboot" #> [97119] "PCAladle" #> [97120] "PCAschott" #> [97121] "plot.ictest" #> [97122] "plot.ladle" #> [97123] "print.ladle" #> [97124] "rMU" #> [97125] "rOMEGA" #> [97126] "rorth" #> [97127] "screeplot.ictest" #> [97128] "SIRasymp" #> [97129] "SIRladle" #> [97130] "summary.ladle" #> [97131] "C_ICV" #> [97132] "h_ICV" #> [97133] "h_isemixnorm" #> [97134] "ICV" #> [97135] "ISE_mixnorm" #> [97136] "KDE_ICV" #> [97137] "LocICV" #> [97138] "L_ICV" #> [97139] "MISE_mixnorm" #> [97140] "checktree" #> [97141] "envelope4idar" #> [97142] "fdis" #> [97143] "ipsim" #> [97144] "isar" #> [97145] "localdar" #> [97146] "midar" #> [97147] "mitable" #> [97148] "pisar" #> [97149] "proportion.idar" #> [97150] "SF" #> [97151] "idbg-package" #> [97152] "idbg.bp" #> [97153] "idbg.source" #> [97154] "idb1" #> [97155] "idb5" #> [97156] "idbr" #> [97157] "idb_api_key" #> [97158] "idb_concepts" #> [97159] "idb_variables" #> [97160] "variables5" #> [97161] "id.15to18" #> [97162] "id.15to18.single" #> [97163] "is.id" #> [97164] "IDE-package" #> [97165] "coef.IDE" #> [97166] "constant_basis" #> [97167] "IDE" #> [97168] "show_kernel" #> [97169] "simIDE" #> [97170] "delaware" #> [97171] "derive_chain" #> [97172] "idealdata-class" #> [97173] "idealstan" #> [97174] "idealstan-class" #> [97175] "id_estimate" #> [97176] "id_extract" #> [97177] "id_extract,idealstan-method" #> [97178] "id_make" #> [97179] "id_plot" #> [97180] "id_plot,idealstan-method" #> [97181] "id_plot_all_hist" #> [97182] "id_plot_compare" #> [97183] "id_plot_cov" #> [97184] "id_plot_legis" #> [97185] "id_plot_legis_dyn" #> [97186] "id_plot_legis_var" #> [97187] "id_plot_ppc" #> [97188] "id_plot_ppc,idealstan-method" #> [97189] "id_plot_rhats" #> [97190] "id_plot_sims" #> [97191] "id_post_pred" #> [97192] "id_post_pred,idealstan-method" #> [97193] "id_sim_coverage" #> [97194] "id_sim_gen" #> [97195] "id_sim_resid" #> [97196] "id_sim_rmse" #> [97197] "launch_shinystan" #> [97198] "launch_shinystan,idealstan-method" #> [97199] "release_questions" #> [97200] "senate114" #> [97201] "stan_trace" #> [97202] "stan_trace,idealstan-method" #> [97203] "summary,idealstan-method" #> [97204] "Example_IDEAM" #> [97205] "IdeamLong" #> [97206] "IdeamWide" #> [97207] "TimeSeries" #> [97208] "idefix-package" #> [97209] "aggregate_design" #> [97210] "Datatrans" #> [97211] "DBerr" #> [97212] "example_design" #> [97213] "example_design2" #> [97214] "ImpsampMNL" #> [97215] "LoadData" #> [97216] "Modfed" #> [97217] "nochoice_design" #> [97218] "Profiles" #> [97219] "RespondMNL" #> [97220] "SeqDB" #> [97221] "SurveyApp" #> [97222] "idem-package" #> [97223] "imData" #> [97224] "imFitModel" #> [97225] "imImpAll" #> [97226] "imImpSingle" #> [97227] "imInfer" #> [97228] "imShiny" #> [97229] "plot.IDEMDATA" #> [97230] "plot.IDEMFIT" #> [97231] "plot.IDEMIMP" #> [97232] "plot.IDEMINFER" #> [97233] "plot.IDEMSINGLE" #> [97234] "plot.summary.IDEMINFER" #> [97235] "print.IDEMDATA" #> [97236] "print.IDEMERROR" #> [97237] "print.IDEMFIT" #> [97238] "print.IDEMIMP" #> [97239] "print.IDEMINFER" #> [97240] "print.IDEMSINGLE" #> [97241] "print.summary.IDEMINFER" #> [97242] "summary.IDEMDATA" #> [97243] "summary.IDEMINFER" #> [97244] "idendr0-package" #> [97245] "hca5000" #> [97246] "idendro" #> [97247] "identity.coefs" #> [97248] "dstm_eof" #> [97249] "dstm_ide" #> [97250] "ide_locations" #> [97251] "ide_spatially_varying" #> [97252] "ide_standard" #> [97253] "predict.dstm" #> [97254] "print.dstm" #> [97255] "summary.dstm" #> [97256] "ider-package" #> [97257] "convU" #> [97258] "corint" #> [97259] "gendata" #> [97260] "handD" #> [97261] "lbmle" #> [97262] "nni" #> [97263] "cplm_ic" #> [97264] "cplm_th" #> [97265] "est_signal" #> [97266] "ht_ID_cplm" #> [97267] "ht_ID_pcm" #> [97268] "IDetect" #> [97269] "ID_cplm" #> [97270] "ID_pcm" #> [97271] "normalise" #> [97272] "pcm_ic" #> [97273] "pcm_th" #> [97274] "resid_ID" #> [97275] "sol_path_cplm" #> [97276] "sol_path_pcm" #> [97277] "s_e_points" #> [97278] "win_cplm_th" #> [97279] "win_pcm_th" #> [97280] "dgev.d" #> [97281] "fit.fun" #> [97282] "IDF.fit" #> [97283] "IDF.nll" #> [97284] "IDF.plot" #> [97285] "IDF.read" #> [97286] "qgev.d" #> [97287] "rgev.d" #> [97288] "iDINGO-package" #> [97289] "dingo" #> [97290] "extendedBIC" #> [97291] "Greg.em" #> [97292] "idingo" #> [97293] "scoring.boot" #> [97294] "scoring.boot.parallel" #> [97295] "Sigmax" #> [97296] "single.boot" #> [97297] "trans.Fisher" #> [97298] "idm-package" #> [97299] "add_es" #> [97300] "do_es" #> [97301] "enron" #> [97302] "i_mca" #> [97303] "i_pca" #> [97304] "plot.i_mca" #> [97305] "plot.i_pca" #> [97306] "tweet" #> [97307] "update.i_mca" #> [97308] "update.i_pca" #> [97309] "IDmining-package" #> [97310] "Butterfly" #> [97311] "logMINDEX" #> [97312] "MBFR" #> [97313] "MBFR_parallel" #> [97314] "MBRM" #> [97315] "MBRM_parallel" #> [97316] "MINDEX_SP" #> [97317] "MINDID" #> [97318] "MINDID_FMC" #> [97319] "RenDim" #> [97320] "SwissRoll" #> [97321] "idmTPreg-package" #> [97322] "colonTPreg" #> [97323] "iddata" #> [97324] "plot.TPreg" #> [97325] "print.TPreg" #> [97326] "summary.TPreg" #> [97327] "TPreg" #> [97328] "iDOS-package" #> [97329] "create.counts.table" #> [97330] "create.training.validation.split" #> [97331] "estimate.expression.cna.correlation" #> [97332] "estimate.null.distribution.correlation" #> [97333] "find.DE.features" #> [97334] "get.program.defaults" #> [97335] "get.test.data" #> [97336] "get.top.features" #> [97337] "load.datasets" #> [97338] "IDPmisc-package" #> [97339] "cart2clock" #> [97340] "clock2cart" #> [97341] "col2hsv" #> [97342] "data.sheet" #> [97343] "draw.leg" #> [97344] "general.control" #> [97345] "grid.control" #> [97346] "humidity" #> [97347] "IDPcolorRamp" #> [97348] "ilagplot" #> [97349] "ipairs" #> [97350] "ipanel.smooth" #> [97351] "iplot" #> [97352] "iplotLegend" #> [97353] "itermplot" #> [97354] "key.control" #> [97355] "longtsPlot" #> [97356] "NaRV.omit" #> [97357] "plot.rose" #> [97358] "poster.plot" #> [97359] "rfbaseline" #> [97360] "rfbaselineScale" #> [97361] "rose-class" #> [97362] "showColors" #> [97363] "title.control" #> [97364] "Aids2" #> [97365] "isurvdiff" #> [97366] "isurvdiff.smax" #> [97367] "isurvfit" #> [97368] "isurvfit.object" #> [97369] "plot.isurvfit" #> [97370] "idr-package" #> [97371] "est.IDR" #> [97372] "get.correspondence" #> [97373] "salmon" #> [97374] "select.IDR" #> [97375] "simu.idr" #> [97376] "adjective_animal" #> [97377] "ids" #> [97378] "int_to_proquint" #> [97379] "proquint" #> [97380] "sentence" #> [97381] "uuid" #> [97382] "DengueSimR01" #> [97383] "DengueSimR02" #> [97384] "DengueSimRepresentative" #> [97385] "est.transdist" #> [97386] "est.transdist.bootstrap.ci" #> [97387] "est.transdist.temporal" #> [97388] "est.transdist.temporal.bootstrap.ci" #> [97389] "est.transdist.theta.weights" #> [97390] "est.wt.matrix" #> [97391] "est.wt.matrix.weights" #> [97392] "get.pi" #> [97393] "get.pi.bootstrap" #> [97394] "get.pi.ci" #> [97395] "get.pi.permute" #> [97396] "get.pi.typed" #> [97397] "get.pi.typed.bootstrap" #> [97398] "get.pi.typed.permute" #> [97399] "get.tau" #> [97400] "get.tau.bootstrap" #> [97401] "get.tau.ci" #> [97402] "get.tau.permute" #> [97403] "get.tau.typed" #> [97404] "get.tau.typed.bootstrap" #> [97405] "get.tau.typed.permute" #> [97406] "get.theta" #> [97407] "get.theta.bootstrap" #> [97408] "get.theta.ci" #> [97409] "get.theta.permute" #> [97410] "get.theta.typed" #> [97411] "get.theta.typed.bootstrap" #> [97412] "get.theta.typed.permute" #> [97413] "get.transdist.theta" #> [97414] "sim.epidemic" #> [97415] "idx2r-package" #> [97416] "read_idx" #> [97417] "write_idx" #> [97418] "Technique" #> [97419] "Sum" #> [97420] "Files" #> [97421] "Processing" #> [97422] "4:" #> [97423] "Solute" #> [97424] "(env_State)" #> [97425] "(env_Sum)" #> [97426] "5:" #> [97427] "adaps" #> [97428] "expFileOutput" #> [97429] "madstat" #> [97430] "psfFileChange" #> [97431] "sat_enthalpy" #> [97432] "vnse" #> [97433] "%+na%" #> [97434] "Close_SSD_wEC" #> [97435] "Generate_SSD_SetID_wEC" #> [97436] "iECAT" #> [97437] "iECAT.SSD.All" #> [97438] "iECAT_SingleVar" #> [97439] "Open_SSD_wEC" #> [97440] "ieeeround" #> [97441] "acosd" #> [97442] "acotd" #> [97443] "acscd" #> [97444] "AgivenF" #> [97445] "AgivenFcont" #> [97446] "AgivenG" #> [97447] "AgivenP" #> [97448] "AgivenPcont" #> [97449] "approxerror" #> [97450] "asecd" #> [97451] "asind" #> [97452] "atan2d" #> [97453] "atand" #> [97454] "benefitcost" #> [97455] "CompIntPaid" #> [97456] "cotd" #> [97457] "cscd" #> [97458] "EffInt" #> [97459] "FgivenA" #> [97460] "FgivenAcont" #> [97461] "FgivenP" #> [97462] "FgivenPcont" #> [97463] "iemisc" #> [97464] "igivenPFn" #> [97465] "length_octave" #> [97466] "Manningcirc" #> [97467] "Manningpara" #> [97468] "Manningrect" #> [97469] "Manningtrap" #> [97470] "Manningtri" #> [97471] "na.interp1" #> [97472] "nc1" #> [97473] "nc2" #> [97474] "nc3" #> [97475] "nc4" #> [97476] "ngivenPFi" #> [97477] "numel" #> [97478] "PgivenA" #> [97479] "PgivenA1" #> [97480] "PgivenAcont" #> [97481] "PgivenF" #> [97482] "PgivenFcont" #> [97483] "PgivenFivary" #> [97484] "PgivenG" #> [97485] "relerror" #> [97486] "righttri" #> [97487] "rms" #> [97488] "secd" #> [97489] "sgm" #> [97490] "shm" #> [97491] "SimpIntPaid" #> [97492] "tand" #> [97493] "volsphere" #> [97494] "i1" #> [97495] "i10" #> [97496] "i12" #> [97497] "i15" #> [97498] "i18" #> [97499] "i1_50" #> [97500] "i2" #> [97501] "i20" #> [97502] "i25" #> [97503] "i3" #> [97504] "i4" #> [97505] "i5" #> [97506] "i6" #> [97507] "i7" #> [97508] "i8" #> [97509] "i9" #> [97510] "iemiscdata" #> [97511] "i_25" #> [97512] "i_50" #> [97513] "i_75" #> [97514] "nchannel" #> [97515] "nmetalpipe" #> [97516] "npartfull" #> [97517] "pres_elect1" #> [97518] "r10" #> [97519] "r20" #> [97520] "r8" #> [97521] "anarchy" #> [97522] "climate_strange" #> [97523] "connect_dots" #> [97524] "iemisctext" #> [97525] "us_them" #> [97526] "war_prayer" #> [97527] "war_racket" #> [97528] "ifa.aic" #> [97529] "ifa.bic" #> [97530] "ifa.em" #> [97531] "ifa.init.pca" #> [97532] "ifa.init.random" #> [97533] "ifa.predict" #> [97534] "iFad-package" #> [97535] "data_simulation" #> [97536] "label_chain" #> [97537] "matrixL1" #> [97538] "matrixL2" #> [97539] "matrixPi1" #> [97540] "matrixPi2" #> [97541] "matrixPr_chain" #> [97542] "matrixW1" #> [97543] "matrixW2" #> [97544] "matrixW_chain" #> [97545] "matrixX" #> [97546] "matrixX_chain" #> [97547] "matrixY1" #> [97548] "matrixY2" #> [97549] "matrixZ1" #> [97550] "matrixZ2" #> [97551] "matrixZ_chain" #> [97552] "mcmc_trace_plot" #> [97553] "ROC_plot" #> [97554] "sigma1" #> [97555] "sigma2" #> [97556] "tau_g_chain" #> [97557] "Y1_mean" #> [97558] "Y2_mean" #> [97559] "Ymean_compare" #> [97560] "addExploratoryFactors" #> [97561] "iccPlot" #> [97562] "itemModelExplorer" #> [97563] "itemResponseMap" #> [97564] "modelBuilder" #> [97565] "plotInformation" #> [97566] "replicateModelBy" #> [97567] "SitemPlot" #> [97568] "uniquenessPrior" #> [97569] "univariatePrior" #> [97570] "guess_fc" #> [97571] "ifctools" #> [97572] "wrong_fc" #> [97573] "allele.freq" #> [97574] "allele.freq.G" #> [97575] "apoe" #> [97576] "apoeG" #> [97577] "drgegggne" #> [97578] "drgegne" #> [97579] "drgen" #> [97580] "drgene" #> [97581] "drggn" #> [97582] "drgn" #> [97583] "error.rates" #> [97584] "geno.freq" #> [97585] "hap.freq" #> [97586] "lrtG" #> [97587] "ifs" #> [97588] "ifs.FT" #> [97589] "IFSM" #> [97590] "ifsm.cf" #> [97591] "ifsm.setQF" #> [97592] "ifsm.w.maps" #> [97593] "ifsp.cf" #> [97594] "ifsp.setQF" #> [97595] "ifsp.w.maps" #> [97596] "ACVStoPACS" #> [97597] "autoKey" #> [97598] "autoText" #> [97599] "checkRange" #> [97600] "checkScalarType" #> [97601] "checkVectorType" #> [97602] "decibel" #> [97603] "gridOverlay" #> [97604] "ilogb" #> [97605] "isVectorAtomic" #> [97606] "itCall" #> [97607] "linearFit" #> [97608] "linearSegmentation" #> [97609] "logScale" #> [97610] "mergeList" #> [97611] "mutilsDistanceMetric" #> [97612] "mutilsFilterType" #> [97613] "mutilsFilterTypeContinuous" #> [97614] "mutilsSDF" #> [97615] "mutilsTransformPeakType" #> [97616] "mutilsTransformType" #> [97617] "mutilsWSShrinkageFunction" #> [97618] "mutilsWSThresholdFunction" #> [97619] "nextDyadic" #> [97620] "prettyPrintList" #> [97621] "properCase" #> [97622] "rotateVector" #> [97623] "scaleData" #> [97624] "scaleZoom" #> [97625] "sparsestQuadrant" #> [97626] "stackPlot" #> [97627] "stringSize" #> [97628] "topcolour-ig-vancouver-2014" #> [97629] "iGasso-package" #> [97630] "genome.plot" #> [97631] "KAT.coin" #> [97632] "MFree.test" #> [97633] "SKATplus" #> [97634] "VSTF.test" #> [97635] "IGG-package" #> [97636] "igg.normalmeans" #> [97637] "singh2002" #> [97638] "IgorR-package" #> [97639] "IgorR-private" #> [97640] "read.ibw" #> [97641] "read.pxp" #> [97642] "ReadAllNclampLogTables" #> [97643] "ReadNclampLogTable" #> [97644] "SummariseSweepFile" #> [97645] "SweepFilesToDataFrame" #> [97646] "tsp.igorwave" #> [97647] "UpdateSweepDataFrame" #> [97648] "WaveToTimeSeries" #> [97649] "IGP" #> [97650] "IGP_base" #> [97651] "IGP_DiceKriging" #> [97652] "IGP_GauPro" #> [97653] "IGP_GPfit" #> [97654] "IGP_GPy" #> [97655] "IGP_laGP" #> [97656] "IGP_laGP_GauPro" #> [97657] "IGP_mlegp" #> [97658] "IGP_sklearn" #> [97659] "IGP_tgp" #> [97660] "'structural.properties.R'" #> [97661] "'structure.info.R'" #> [97662] "'tkplot.R'" #> [97663] "'topology.R'" #> [97664] "'triangles.R'" #> [97665] "'weakref.R'" #> [97666] "06:57:32" #> [97667] "igraph-package" #> [97668] "+.igraph" #> [97669] "add_edges" #> [97670] "add_layout_" #> [97671] "add_vertices" #> [97672] "adjacent_vertices" #> [97673] "all_simple_paths" #> [97674] "alpha_centrality" #> [97675] "are_adjacent" #> [97676] "arpack_defaults" #> [97677] "articulation_points" #> [97678] "as.directed" #> [97679] "assortativity" #> [97680] "as_adjacency_matrix" #> [97681] "as_adj_list" #> [97682] "as_data_frame" #> [97683] "as_edgelist" #> [97684] "as_graphnel" #> [97685] "as_ids" #> [97686] "as_incidence_matrix" #> [97687] "as_long_data_frame" #> [97688] "as_membership" #> [97689] "authority_score" #> [97690] "automorphisms" #> [97691] "biconnected_components" #> [97692] "bipartite_mapping" #> [97693] "bipartite_projection" #> [97694] "c.igraph.es" #> [97695] "c.igraph.vs" #> [97696] "canonical_permutation" #> [97697] "categorical_pal" #> [97698] "centralize" #> [97699] "centr_betw" #> [97700] "centr_betw_tmax" #> [97701] "centr_clo" #> [97702] "centr_clo_tmax" #> [97703] "centr_degree" #> [97704] "centr_degree_tmax" #> [97705] "centr_eigen" #> [97706] "centr_eigen_tmax" #> [97707] "cliques" #> [97708] "closeness" #> [97709] "cluster_edge_betweenness" #> [97710] "cluster_fast_greedy" #> [97711] "cluster_infomap" #> [97712] "cluster_label_prop" #> [97713] "cluster_leading_eigen" #> [97714] "cluster_louvain" #> [97715] "cluster_optimal" #> [97716] "cluster_spinglass" #> [97717] "cluster_walktrap" #> [97718] "cocitation" #> [97719] "cohesive_blocks" #> [97720] "complementer" #> [97721] "component_distribution" #> [97722] "component_wise" #> [97723] "consensus_tree" #> [97724] "console" #> [97725] "constraint" #> [97726] "convex_hull" #> [97727] "coreness" #> [97728] "count_isomorphisms" #> [97729] "count_motifs" #> [97730] "count_subgraph_isomorphisms" #> [97731] "count_triangles" #> [97732] "curve_multiple" #> [97733] "decompose" #> [97734] "delete_edges" #> [97735] "delete_edge_attr" #> [97736] "delete_graph_attr" #> [97737] "delete_vertex_attr" #> [97738] "delete_vertices" #> [97739] "difference.igraph" #> [97740] "difference.igraph.es" #> [97741] "difference.igraph.vs" #> [97742] "dim_select" #> [97743] "disjoint_union" #> [97744] "distance_table" #> [97745] "diverging_pal" #> [97746] "dominator_tree" #> [97747] "dyad_census" #> [97748] "each_edge" #> [97749] "eccentricity" #> [97750] "edge_attr" #> [97751] "edge_attr<-" #> [97752] "edge_attr_names" #> [97753] "edge_connectivity" #> [97754] "edge_density" #> [97755] "ego_size" #> [97756] "eigen_centrality" #> [97757] "embed_adjacency_matrix" #> [97758] "embed_laplacian_matrix" #> [97759] "ends" #> [97760] "erdos.renyi.game" #> [97761] "estimate_betweenness" #> [97762] "fit_hrg" #> [97763] "fit_power_law" #> [97764] "get.edge.ids" #> [97765] "girth" #> [97766] "gorder" #> [97767] "graphlet_basis" #> [97768] "graph_" #> [97769] "graph_attr" #> [97770] "graph_attr<-" #> [97771] "graph_attr_names" #> [97772] "graph_from_adjacency_matrix" #> [97773] "graph_from_adj_list" #> [97774] "graph_from_atlas" #> [97775] "graph_from_edgelist" #> [97776] "graph_from_graphdb" #> [97777] "graph_from_graphnel" #> [97778] "graph_from_incidence_matrix" #> [97779] "graph_from_isomorphism_class" #> [97780] "graph_from_lcf" #> [97781] "graph_from_literal" #> [97782] "graph_id" #> [97783] "graph_version" #> [97784] "gsize" #> [97785] "head_of" #> [97786] "head_print" #> [97787] "hrg" #> [97788] "hrg-methods" #> [97789] "hrg_tree" #> [97790] "hub_score" #> [97791] "identical_graphs" #> [97792] "igraph-attribute-combination" #> [97793] "igraph-dollar" #> [97794] "igraph-es-attributes" #> [97795] "igraph-es-indexing" #> [97796] "igraph-es-indexing2" #> [97797] "igraph-minus" #> [97798] "igraph-vs-attributes" #> [97799] "igraph-vs-indexing" #> [97800] "igraph-vs-indexing2" #> [97801] "igraph_demo" #> [97802] "igraph_options" #> [97803] "igraph_test" #> [97804] "igraph_version" #> [97805] "incident" #> [97806] "incident_edges" #> [97807] "indent_print" #> [97808] "intersection" #> [97809] "intersection.igraph" #> [97810] "intersection.igraph.es" #> [97811] "intersection.igraph.vs" #> [97812] "isomorphic" #> [97813] "isomorphisms" #> [97814] "isomorphism_class" #> [97815] "is_bipartite" #> [97816] "is_chordal" #> [97817] "is_dag" #> [97818] "is_degseq" #> [97819] "is_directed" #> [97820] "is_graphical" #> [97821] "is_igraph" #> [97822] "is_matching" #> [97823] "is_min_separator" #> [97824] "is_named" #> [97825] "is_printer_callback" #> [97826] "is_separator" #> [97827] "is_weighted" #> [97828] "keeping_degseq" #> [97829] "laplacian_matrix" #> [97830] "layout.fruchterman.reingold.grid" #> [97831] "layout.reingold.tilford" #> [97832] "layout.spring" #> [97833] "layout.svd" #> [97834] "layout_" #> [97835] "layout_as_bipartite" #> [97836] "layout_as_star" #> [97837] "layout_as_tree" #> [97838] "layout_in_circle" #> [97839] "layout_nicely" #> [97840] "layout_on_grid" #> [97841] "layout_on_sphere" #> [97842] "layout_randomly" #> [97843] "layout_with_dh" #> [97844] "layout_with_drl" #> [97845] "layout_with_fr" #> [97846] "layout_with_gem" #> [97847] "layout_with_graphopt" #> [97848] "layout_with_kk" #> [97849] "layout_with_lgl" #> [97850] "layout_with_mds" #> [97851] "layout_with_sugiyama" #> [97852] "local_scan" #> [97853] "make_" #> [97854] "make_chordal_ring" #> [97855] "make_clusters" #> [97856] "make_de_bruijn_graph" #> [97857] "make_empty_graph" #> [97858] "make_full_bipartite_graph" #> [97859] "make_full_citation_graph" #> [97860] "make_full_graph" #> [97861] "make_graph" #> [97862] "make_kautz_graph" #> [97863] "make_lattice" #> [97864] "make_line_graph" #> [97865] "make_ring" #> [97866] "make_star" #> [97867] "make_tree" #> [97868] "match_vertices" #> [97869] "max_cardinality" #> [97870] "max_flow" #> [97871] "merge_coords" #> [97872] "min_cut" #> [97873] "min_separators" #> [97874] "min_st_separators" #> [97875] "modularity.igraph" #> [97876] "motifs" #> [97877] "norm_coords" #> [97878] "page_rank" #> [97879] "Pie" #> [97880] "plot.igraph" #> [97881] "plot.sir" #> [97882] "plot_dendrogram" #> [97883] "plot_dendrogram.igraphHRG" #> [97884] "power_centrality" #> [97885] "predict_edges" #> [97886] "print.igraph" #> [97887] "print.igraph.es" #> [97888] "print.igraph.vs" #> [97889] "print.igraphHRG" #> [97890] "print.igraphHRGConsensus" #> [97891] "print.nexusDatasetInfo" #> [97892] "printer_callback" #> [97893] "printr" #> [97894] "random_walk" #> [97895] "read_graph" #> [97896] "reciprocity" #> [97897] "rep.igraph" #> [97898] "rev.igraph.es" #> [97899] "rev.igraph.vs" #> [97900] "rewire" #> [97901] "rglplot" #> [97902] "r_pal" #> [97903] "sample_" #> [97904] "sample_bipartite" #> [97905] "sample_correlated_gnp" #> [97906] "sample_correlated_gnp_pair" #> [97907] "sample_degseq" #> [97908] "sample_dirichlet" #> [97909] "sample_dot_product" #> [97910] "sample_fitness" #> [97911] "sample_fitness_pl" #> [97912] "sample_forestfire" #> [97913] "sample_gnm" #> [97914] "sample_gnp" #> [97915] "sample_grg" #> [97916] "sample_growing" #> [97917] "sample_hierarchical_sbm" #> [97918] "sample_hrg" #> [97919] "sample_islands" #> [97920] "sample_k_regular" #> [97921] "sample_last_cit" #> [97922] "sample_motifs" #> [97923] "sample_pa" #> [97924] "sample_pa_age" #> [97925] "sample_pref" #> [97926] "sample_sbm" #> [97927] "sample_seq" #> [97928] "sample_smallworld" #> [97929] "sample_sphere_surface" #> [97930] "sample_sphere_volume" #> [97931] "sample_traits_callaway" #> [97932] "scan_stat" #> [97933] "scg" #> [97934] "scg-method" #> [97935] "scg_eps" #> [97936] "scg_group" #> [97937] "scg_semi_proj" #> [97938] "sequential_pal" #> [97939] "set_edge_attr" #> [97940] "set_graph_attr" #> [97941] "set_vertex_attr" #> [97942] "simplified" #> [97943] "spectrum" #> [97944] "split_join_distance" #> [97945] "srand" #> [97946] "stochastic_matrix" #> [97947] "st_cuts" #> [97948] "st_min_cuts" #> [97949] "subcomponent" #> [97950] "subgraph_centrality" #> [97951] "subgraph_isomorphic" #> [97952] "subgraph_isomorphisms" #> [97953] "tail_of" #> [97954] "time_bins.sir" #> [97955] "tkigraph" #> [97956] "tkplot" #> [97957] "topo_sort" #> [97958] "transitivity" #> [97959] "triad_census" #> [97960] "unfold_tree" #> [97961] "union.igraph" #> [97962] "union.igraph.es" #> [97963] "union.igraph.vs" #> [97964] "unique.igraph.es" #> [97965] "unique.igraph.vs" #> [97966] "upgrade_graph" #> [97967] "vertex_attr" #> [97968] "vertex_attr<-" #> [97969] "vertex_attr_names" #> [97970] "vertex_connectivity" #> [97971] "which_multiple" #> [97972] "which_mutual" #> [97973] "without_attr" #> [97974] "without_loops" #> [97975] "without_multiples" #> [97976] "with_edge_" #> [97977] "with_graph_" #> [97978] "with_igraph_opt" #> [97979] "with_vertex_" #> [97980] "write_graph" #> [97981] "[.igraph" #> [97982] "[[.igraph" #> [97983] "igraphdata-package" #> [97984] "foodwebs" #> [97985] "immuno" #> [97986] "kite" #> [97987] "Koenigsberg" #> [97988] "macaque" #> [97989] "rfid" #> [97990] "UKfaculty" #> [97991] "USairports" #> [97992] "plotDemo" #> [97993] "attachEdgeAtt" #> [97994] "attachVertexAtt" #> [97995] "write.graph.to.sonia" #> [97996] "iGSEA-package" #> [97997] "Alicia" #> [97998] "Schep" #> [97999] "Sarah" #> [98000] "Kummerfeld" #> [98001] "Genentech" #> [98002] "Andee" #> [98003] "Kaplan" #> [98004] "(Reviewer" #> [98005] "rOpensci" #> [98006] "review" #> [98007] "Carl" #> [98008] "Ganz" #> [98009] "Johnson" #> [98010] "(plotly.js" #> [98011] "Étienne" #> [98012] "Tétreault-Pinard" #> [98013] "Mikola" #> [98014] "Lysenko" #> [98015] "Ricky" #> [98016] "Reusser" #> [98017] "Monfera" #> [98018] "Nicolas" #> [98019] "Riesco" #> [98020] "Miklós" #> [98021] "Tusz" #> [98022] "Chelsea" #> [98023] "Douglas" #> [98024] "Postlethwaite" #> [98025] "Parmer" #> [98026] "Vados" #> [98027] "Plotly" #> [98028] "2019-03-16" #> [98029] "19:50:07" #> [98030] "add_col_annotation" #> [98031] "add_col_barplot" #> [98032] "add_col_clustering" #> [98033] "add_col_clusters" #> [98034] "add_col_dendro" #> [98035] "add_col_groups" #> [98036] "add_col_labels" #> [98037] "add_col_plot" #> [98038] "add_col_signal" #> [98039] "add_col_summary" #> [98040] "add_col_title" #> [98041] "add_iheatmap" #> [98042] "add_main_heatmap" #> [98043] "add_row_annotation" #> [98044] "add_row_barplot" #> [98045] "add_row_clustering" #> [98046] "add_row_clusters" #> [98047] "add_row_dendro" #> [98048] "add_row_groups" #> [98049] "add_row_labels" #> [98050] "add_row_plot" #> [98051] "add_row_signal" #> [98052] "add_row_summary" #> [98053] "add_row_title" #> [98054] "add_subplot" #> [98055] "iheatmap" #> [98056] "Iheatmap-class" #> [98057] "iheatmapr" #> [98058] "iheatmapr-shiny" #> [98059] "iheatmapr_event" #> [98060] "main_heatmap" #> [98061] "modify_layout" #> [98062] "reorder_cols" #> [98063] "reorder_rows" #> [98064] "save_iheatmap" #> [98065] "setup_colorbar_grid" #> [98066] "setup_tooltip_options" #> [98067] "test_iheatmapr_event" #> [98068] "to_widget" #> [98069] "ihs" #> [98070] "ihsmle" #> [98071] "summary.MLE" #> [98072] "IHSEP-package" #> [98073] "asep" #> [98074] "conv.seq" #> [98075] "h.fn" #> [98076] "h.fn.exp" #> [98077] "mloglik0" #> [98078] "mloglik1a" #> [98079] "mloglik1b" #> [98080] "mloglik1c" #> [98081] "mloglik1d" #> [98082] "mloglik1e" #> [98083] "sepp.resid" #> [98084] "simHawkes0" #> [98085] "simHawkes1" #> [98086] "simPois" #> [98087] "simPois0" #> [98088] "cov_lasso" #> [98089] "cv_lasso" #> [98090] "logit_lasso" #> [98091] "plot_cv_lasso" #> [98092] "plot_lasso" #> [98093] "predict_lasso" #> [98094] "setup_lambda" #> [98095] "IIS-package" #> [98096] "agricultural_chargeoff_rates_by_quarter" #> [98097] "airline_arrivals" #> [98098] "american_league_salary_2014" #> [98099] "arion_subfuscus" #> [98100] "average_HDL_levels" #> [98101] "beer_head" #> [98102] "body_temperature_and_heart_rate" #> [98103] "chargeoff_rates" #> [98104] "college_rankings_2012" #> [98105] "delinquency_rates" #> [98106] "desimipramine" #> [98107] "diamonds_carats_color_cost" #> [98108] "emissions" #> [98109] "engineering_drawing_hours" #> [98110] "female_amerindians" #> [98111] "FindTriples" #> [98112] "fmr_white_tailed_deer" #> [98113] "gender_roles" #> [98114] "goggled_green_turtles" #> [98115] "health_care_by_affiliation" #> [98116] "homes_prices" #> [98117] "house_lot_sizes" #> [98118] "infant_walking" #> [98119] "interstitial_lengths" #> [98120] "kentucky_derby_2012" #> [98121] "meniscal_repairs_load_at_failure" #> [98122] "mother_smoking_age" #> [98123] "mother_smoking_education" #> [98124] "mother_smoking_education_1989_1993" #> [98125] "mother_smoking_education_2010" #> [98126] "motor_vehicle_death_rate_2012" #> [98127] "movie_facts" #> [98128] "national_league_salary_2014" #> [98129] "nba_2015_2016" #> [98130] "osu_math_salaries_2015" #> [98131] "pennies_age" #> [98132] "percentage_hatched_eggs" #> [98133] "pew_science_survey_data_by_age_group" #> [98134] "pew_science_survey_data_by_party" #> [98135] "pines_1997" #> [98136] "pmn_migration" #> [98137] "population_estimates_2015" #> [98138] "presidential_election_polls" #> [98139] "proportion_for_profit_hospitals" #> [98140] "q2_q4_agricultural_chargeoff_rates" #> [98141] "reading_habits_2011" #> [98142] "school_report_cards_2014" #> [98143] "sheep_weight" #> [98144] "state_cdi" #> [98145] "state_poverty_levels_2013" #> [98146] "tiaa_cref" #> [98147] "traffic_accidents" #> [98148] "weekly_salaries" #> [98149] "weight_of_Euros" #> [98150] "as_EBImage" #> [98151] "count_imgs" #> [98152] "get_tiff_tags_reference" #> [98153] "ijtiff" #> [98154] "ijtiff_img" #> [98155] "linescan-conversion" #> [98156] "read_tags" #> [98157] "read_tif" #> [98158] "text-image-io" #> [98159] "write_tif" #> [98160] "iki.dataclim-package" #> [98161] "computeClimdex" #> [98162] "createClimdex" #> [98163] "createDataclim" #> [98164] "dataclim-class" #> [98165] "ECA&D" #> [98166] "homogeneity" #> [98167] "climatological" #> [98168] "evalHomogeneity" #> [98169] "evalHomogeneity-methods" #> [98170] "plotWalterLieth" #> [98171] "plotWalterLieth-methods" #> [98172] "potsdam" #> [98173] "ilc-package" #> [98174] "coef.elca" #> [98175] "coef.lca" #> [98176] "coef.rh" #> [98177] "dd.cmi.pens" #> [98178] "dd.rfp" #> [98179] "elca.rh" #> [98180] "extract.deaths" #> [98181] "fill.rhdata" #> [98182] "fitted_plots" #> [98183] "flc.plot" #> [98184] "fle.plot" #> [98185] "insp.dd" #> [98186] "lca.dev.res" #> [98187] "lca.rh" #> [98188] "matflc.plot" #> [98189] "matfle.plot" #> [98190] "plot.elca" #> [98191] "plot.rh" #> [98192] "plot_coh_pars" #> [98193] "plot_dd" #> [98194] "plot_per_pars" #> [98195] "print.elca" #> [98196] "print.rh" #> [98197] "print.rhdata" #> [98198] "residual_plots" #> [98199] "rhdata" #> [98200] "boot.sim.set" #> [98201] "cochran.test" #> [98202] "DSC" #> [98203] "func.ils.formula" #> [98204] "Glucose" #> [98205] "grubbs.test" #> [98206] "h.qcs" #> [98207] "IDT" #> [98208] "ILS" #> [98209] "ils.fqcdata" #> [98210] "ils.fqcs" #> [98211] "k.qcs" #> [98212] "lab.aov" #> [98213] "lab.qcdata" #> [98214] "lab.qcs" #> [98215] "mandel.fqcs" #> [98216] "outliers.ils" #> [98217] "plot.ils.fqcdata" #> [98218] "plot.ils.fqcs" #> [98219] "plot.lab.qcdata" #> [98220] "plot.lab.qcs" #> [98221] "plot.mandel.fqcs" #> [98222] "IM-package" #> [98223] "calcCentroid" #> [98224] "calcMaxRadius" #> [98225] "checkOrder" #> [98226] "CmplxIm-class" #> [98227] "demoPoly" #> [98228] "displayImg" #> [98229] "histeq" #> [98230] "Image-class" #> [98231] "momentObj" #> [98232] "MultiIm-class" #> [98233] "OrthIm-class" #> [98234] "plotMoment" #> [98235] "polarTransform" #> [98236] "polarXY" #> [98237] "revPolar" #> [98238] "rotate270" #> [98239] "anom" #> [98240] "anomPlot" #> [98241] "calcLagged" #> [98242] "calcTimes" #> [98243] "designFactors" #> [98244] "fitSpline" #> [98245] "getDates" #> [98246] "GrowthRates" #> [98247] "imageData-pkg" #> [98248] "imagetimesPlot" #> [98249] "intervalGRaverage" #> [98250] "intervalGRdiff" #> [98251] "intervalPVA" #> [98252] "intervalValueCalculate" #> [98253] "intervalWUI" #> [98254] "longiPlot" #> [98255] "longitudinalPrime" #> [98256] "probeDF" #> [98257] "PVA" #> [98258] "rcontrib" #> [98259] "RiceRaw.dat" #> [98260] "splitContGRdiff" #> [98261] "splitSplines" #> [98262] "splitValueCalculate" #> [98263] "twoLevelOpcreate" #> [98264] "WUI" #> [98265] "2019-01-23" #> [98266] "10:43:50" #> [98267] "request" #> [98268] "add.colour" #> [98269] "as.cimg" #> [98270] "as.cimg.array" #> [98271] "as.cimg.data.frame" #> [98272] "as.cimg.function" #> [98273] "as.cimg.raster" #> [98274] "as.data.frame.cimg" #> [98275] "as.data.frame.imlist" #> [98276] "as.data.frame.pixset" #> [98277] "as.igraph.cimg" #> [98278] "as.igraph.pixset" #> [98279] "as.imlist.list" #> [98280] "as.pixset" #> [98281] "as.raster.cimg" #> [98282] "autocrop" #> [98283] "blur_anisotropic" #> [98284] "boats" #> [98285] "boxblur" #> [98286] "boxblur_xy" #> [98287] "bucketfill" #> [98288] "cannyEdges" #> [98289] "capture.plot" #> [98290] "center.stencil" #> [98291] "channels" #> [98292] "cimg" #> [98293] "cimg.dimensions" #> [98294] "cimg.extract" #> [98295] "cimg.use.openmp" #> [98296] "cimg2im" #> [98297] "colorise" #> [98298] "common_pixsets" #> [98299] "contours" #> [98300] "coord.index" #> [98301] "crop.borders" #> [98302] "deriche" #> [98303] "diffusion_tensors" #> [98304] "displacement" #> [98305] "display.cimg" #> [98306] "display.list" #> [98307] "distance_transform" #> [98308] "draw_rect" #> [98309] "extract_patches" #> [98310] "flatten.alpha" #> [98311] "get.locations" #> [98312] "get.stencil" #> [98313] "get_gradient" #> [98314] "get_hessian" #> [98315] "grayscale" #> [98316] "gsdim" #> [98317] "haar" #> [98318] "hough_circle" #> [98319] "hough_line" #> [98320] "idply" #> [98321] "iiply" #> [98322] "ilply" #> [98323] "im2cimg" #> [98324] "imager" #> [98325] "imager.combine" #> [98326] "imager.replace" #> [98327] "imager.subset" #> [98328] "imappend" #> [98329] "imchange" #> [98330] "imcoord" #> [98331] "imdirac" #> [98332] "imdraw" #> [98333] "imeval" #> [98334] "imfill" #> [98335] "imgradient" #> [98336] "imhessian" #> [98337] "iminfo" #> [98338] "imlap" #> [98339] "imlist" #> [98340] "imnoise" #> [98341] "implot" #> [98342] "imrep" #> [98343] "imrotate" #> [98344] "imsharpen" #> [98345] "imshift" #> [98346] "imsplit" #> [98347] "imsub" #> [98348] "imwarp" #> [98349] "im_split" #> [98350] "index.coord" #> [98351] "inpaint" #> [98352] "interact" #> [98353] "is.cimg" #> [98354] "is.imlist" #> [98355] "is.pixset" #> [98356] "isoblur" #> [98357] "liply" #> [98358] "load.dir" #> [98359] "load.example" #> [98360] "load.image" #> [98361] "load.video" #> [98362] "magick" #> [98363] "make.video" #> [98364] "map_il" #> [98365] "medianblur" #> [98366] "mirror" #> [98367] "nfline" #> [98368] "patchstat" #> [98369] "patch_summary_cimg" #> [98370] "periodic.part" #> [98371] "permute_axes" #> [98372] "pixel.grid" #> [98373] "pixset" #> [98374] "plot.cimg" #> [98375] "plot.imlist" #> [98376] "px.flood" #> [98377] "px.na" #> [98378] "RasterPackage" #> [98379] "renorm" #> [98380] "resize_doubleXY" #> [98381] "RGBtoHSL" #> [98382] "rm.alpha" #> [98383] "rotate_xy" #> [98384] "save.image" #> [98385] "split_connected" #> [98386] "stencil.cross" #> [98387] "vanvliet" #> [98388] "watershed" #> [98389] "%inr%" #> [98390] "BalanceSimplest" #> [98391] "DCT" #> [98392] "DenoiseDCT" #> [98393] "EqualizeADP" #> [98394] "EqualizeDP" #> [98395] "EqualizePiecewise" #> [98396] "GetHue" #> [98397] "Grayscale" #> [98398] "imagerExtra" #> [98399] "OCR" #> [98400] "papers" #> [98401] "RestoreHue" #> [98402] "SegmentCV" #> [98403] "SPE" #> [98404] "ThresholdAdaptive" #> [98405] "ThresholdFuzzy" #> [98406] "ThresholdML" #> [98407] "ThresholdTriclass" #> [98408] "IMaGES" #> [98409] "IMData" #> [98410] "IMTrue" #> [98411] "plotIMGraph" #> [98412] "plotMarkovs" #> [98413] "imageviewer" #> [98414] "imageviewer-shiny" #> [98415] "image-package" #> [98416] "contextualMF" #> [98417] "convolution2D" #> [98418] "wbImage" #> [98419] "ColorPhenotype" #> [98420] "hex2rgb" #> [98421] "OneRow" #> [98422] "OutPutResult" #> [98423] "PictureResults" #> [98424] "print.myclass" #> [98425] "build_fa" #> [98426] "plot_fa" #> [98427] "IMAP-package" #> [98428] "gdist" #> [98429] "imap" #> [98430] "imap.ll" #> [98431] "select.pts," #> [98432] "draw.polygon," #> [98433] "inside.polygon," #> [98434] "draw.lines," #> [98435] "col.alpha" #> [98436] "ecoli1" #> [98437] "glass0" #> [98438] "imabalace" #> [98439] "imbalanceRatio" #> [98440] "iris0" #> [98441] "mwmote" #> [98442] "neater" #> [98443] "newthyroid1" #> [98444] "oversample" #> [98445] "pdfos" #> [98446] "plotComparison" #> [98447] "racog" #> [98448] "rwo" #> [98449] "trainWrapper" #> [98450] "wisconsin" #> [98451] "wracog" #> [98452] "yeast4" #> [98453] "find_by_id" #> [98454] "find_by_title" #> [98455] "get_actors" #> [98456] "get_countries" #> [98457] "get_directors" #> [98458] "get_genres" #> [98459] "get_writers" #> [98460] "omdb_api_key" #> [98461] "search_by_title" #> [98462] "iMediate-package" #> [98463] "figure.joint.prob" #> [98464] "figure.relative.power" #> [98465] "fimle.lnl" #> [98466] "mdn" #> [98467] "print.mdn" #> [98468] "pwr.mdn" #> [98469] "S.test" #> [98470] "CodeSearch" #> [98471] "CompactDataMethod" #> [98472] "DataflowMethod" #> [98473] "DataStructureMethod" #> [98474] "all_iso2c" #> [98475] "current_year" #> [98476] "imf_codelist" #> [98477] "imf_codes" #> [98478] "imf_data" #> [98479] "imf_ids" #> [98480] "imf_metadata" #> [98481] "imf_metastructure" #> [98482] "imguR-package" #> [98483] "account_albums" #> [98484] "account_comments" #> [98485] "account_favorites" #> [98486] "account_gallery" #> [98487] "account_images" #> [98488] "account_settings" #> [98489] "add_album_images" #> [98490] "add_gallery_images" #> [98491] "block_sender" #> [98492] "create_album" #> [98493] "create_comment" #> [98494] "create_message" #> [98495] "delete_album" #> [98496] "delete_comment" #> [98497] "delete_conversation" #> [98498] "delete_image" #> [98499] "favorite_album" #> [98500] "favorite_image" #> [98501] "get_album" #> [98502] "get_comment" #> [98503] "get_conversations" #> [98504] "get_gallery_album" #> [98505] "get_gallery_image" #> [98506] "get_image" #> [98507] "get_notifications" #> [98508] "get_random_images" #> [98509] "get_reddit_gallery" #> [98510] "get_reddit_image" #> [98511] "get_replies" #> [98512] "imgur" #> [98513] "imgur_login" #> [98514] "imgur_off" #> [98515] "mark_notification" #> [98516] "memes" #> [98517] "remove_gallery_image" #> [98518] "report_comment" #> [98519] "report_gallery_image" #> [98520] "report_sender" #> [98521] "search_gallery" #> [98522] "update_album" #> [98523] "update_image" #> [98524] "vote_comment" #> [98525] "Keefe" #> [98526] "Cinzia" #> [98527] "Viroli" #> [98528] "Isobel" #> [98529] "Gormley" #> [98530] "14:33:26" #> [98531] "IMIFA-package" #> [98532] "bnpControl" #> [98533] "get_IMIFA_results" #> [98534] "gumbel_max" #> [98535] "G_moments" #> [98536] "G_priorDensity" #> [98537] "heat_legend" #> [98538] "IMIFA_news" #> [98539] "is.cols" #> [98540] "is.posi_def" #> [98541] "Ledermann" #> [98542] "mat2cols" #> [98543] "mcmc_IMIFA" #> [98544] "mgpControl" #> [98545] "MGP_check" #> [98546] "mixfaControl" #> [98547] "pareto_scale" #> [98548] "PGMM_dfree" #> [98549] "plot.Results_IMIFA" #> [98550] "plot_cols" #> [98551] "post_conf_mat" #> [98552] "Procrustes" #> [98553] "psi_hyper" #> [98554] "scores_MAP" #> [98555] "shift_GA" #> [98556] "show_digit" #> [98557] "show_IMIFA_digit" #> [98558] "sim_IMIFA" #> [98559] "storeControl" #> [98560] "USPSdigits" #> [98561] "Zsimilarity" #> [98562] "IMIS" #> [98563] "iml-package" #> [98564] "calculate.ale.cat" #> [98565] "calculate.ale.num" #> [98566] "calculate.ale.num.cat" #> [98567] "calculate.ale.num.num" #> [98568] "FeatureEffect" #> [98569] "FeatureEffects" #> [98570] "FeatureImp" #> [98571] "impute_cells" #> [98572] "Interaction" #> [98573] "LocalModel" #> [98574] "order_levels" #> [98575] "plot.FeatureEffect" #> [98576] "plot.FeatureEffects" #> [98577] "plot.FeatureImp" #> [98578] "plot.Interaction" #> [98579] "plot.LocalModel" #> [98580] "plot.Shapley" #> [98581] "plot.TreeSurrogate" #> [98582] "predict.LocalModel" #> [98583] "predict.TreeSurrogate" #> [98584] "Predictor" #> [98585] "Shapley" #> [98586] "TreeSurrogate" #> [98587] "mailgun" #> [98588] "immer-package" #> [98589] "data.immer" #> [98590] "data.ptam" #> [98591] "immer_agree2" #> [98592] "immer_ccml" #> [98593] "immer_cml" #> [98594] "immer_FACETS" #> [98595] "immer_hrm" #> [98596] "immer_hrm_simulate" #> [98597] "immer_install" #> [98598] "immer_jml" #> [98599] "immer_latent_regression" #> [98600] "immer_opcat" #> [98601] "immer_proc_data" #> [98602] "immer_reshape_wideformat" #> [98603] "immer_unique_patterns" #> [98604] "lc2_agreement" #> [98605] "probs2logits" #> [98606] "BIM" #> [98607] "IM4E" #> [98608] "imIM4E" #> [98609] "Immigrate" #> [98610] "LFE" #> [98611] "one.IM4E" #> [98612] "one.imIM4E" #> [98613] "one.Immigrate" #> [98614] "park" #> [98615] "pred.values" #> [98616] "predict.BIM" #> [98617] "predict.IM4E" #> [98618] "predict.Immigrate" #> [98619] "predict.LFE" #> [98620] "Simba" #> [98621] "interConfMatrix" #> [98622] "interPerfMeasures" #> [98623] "staticConfMatrix" #> [98624] "staticPerfMeasures" #> [98625] "imp4p-package" #> [98626] "estim.bound" #> [98627] "estim.mix" #> [98628] "fast_apply_nb_na" #> [98629] "fast_apply_nb_not_na" #> [98630] "fast_apply_sd_na_rm_T" #> [98631] "fast_apply_sum_na_rm_T" #> [98632] "fast_sim" #> [98633] "gen.cond" #> [98634] "impute.igcda" #> [98635] "impute.mi" #> [98636] "impute.mix" #> [98637] "impute.mle" #> [98638] "impute.pa" #> [98639] "impute.rand" #> [98640] "impute.slsa" #> [98641] "mi.mix" #> [98642] "miss.mcar.process" #> [98643] "miss.mnar.process" #> [98644] "miss.total.process" #> [98645] "pi.mcar.karpievitch" #> [98646] "pi.mcar.logit" #> [98647] "pi.mcar.probit" #> [98648] "prob.mcar" #> [98649] "prob.mcar.tab" #> [98650] "translatedRandomBeta" #> [98651] "IMPACT" #> [98652] "ImpactIV-package" #> [98653] "heter_IV2" #> [98654] "homo_IV1" #> [98655] "checkImprecision" #> [98656] "generateTupelData" #> [98657] "impest" #> [98658] "impestcond" #> [98659] "impimp" #> [98660] "impimp_event" #> [98661] "rbindimpimp" #> [98662] "dbDisconnect,src_impala-method" #> [98663] "dbExecute,src_impala,character-method" #> [98664] "dbGetQuery,src_impala,character-method" #> [98665] "db_desc" #> [98666] "impala_unnest" #> [98667] "src_impala" #> [98668] "make_import_call" #> [98669] "symbol_as_character" #> [98670] "symbol_list" #> [98671] "import_fun" #> [98672] "ImportExport-package" #> [98673] "access_export" #> [98674] "access_import" #> [98675] "excel_export" #> [98676] "format_corrector" #> [98677] "ImportExportApp" #> [98678] "spss_export" #> [98679] "spss_import" #> [98680] "table_import" #> [98681] "var_view" #> [98682] "imprProbEst-package" #> [98683] "ArgMinDist" #> [98684] "imptree-package" #> [98685] "carEvaluation" #> [98686] "imptree" #> [98687] "imptree_control" #> [98688] "node_imptree" #> [98689] "predict.imptree" #> [98690] "print.imptree" #> [98691] "probInterval" #> [98692] "summary.imptree" #> [98693] "generate.ExpressionData" #> [98694] "generate.RollUpMap" #> [98695] "impute.MAR" #> [98696] "impute.MAR.MNAR" #> [98697] "impute.MinDet" #> [98698] "impute.MinProb" #> [98699] "impute.QRILC" #> [98700] "impute.wrapper.KNN" #> [98701] "impute.wrapper.MLE" #> [98702] "impute.wrapper.SVD" #> [98703] "impute.ZERO" #> [98704] "insertMVs" #> [98705] "intensity_PXD000022" #> [98706] "intensity_PXD000052" #> [98707] "intensity_PXD000438" #> [98708] "intensity_PXD000501" #> [98709] "model.Selector" #> [98710] "pep2prot" #> [98711] "imputeMDR-package" #> [98712] "impute.mdr" #> [98713] "incomplete" #> [98714] "data_dep_prior_multi" #> [98715] "imputeMulti-class" #> [98716] "is.imputeMulti" #> [98717] "is.mod_imputeMulti" #> [98718] "merge_imputed" #> [98719] "mod_imputeMulti-class" #> [98720] "multinomial_data_aug" #> [98721] "multinomial_em" #> [98722] "multinomial_impute" #> [98723] "multinomial_stats" #> [98724] "summary,imputeMulti-method" #> [98725] "summary,mod_imputeMulti-method" #> [98726] "tract2221" #> [98727] "heal_data" #> [98728] "impute_PSF" #> [98729] "insert_patch" #> [98730] "missing_patch" #> [98731] "imputeR-package" #> [98732] "CubistR" #> [98733] "Detect" #> [98734] "gbmC" #> [98735] "glmboostR" #> [98736] "lassoC" #> [98737] "lassoR" #> [98738] "major" #> [98739] "mixError" #> [98740] "mixGuess" #> [98741] "mr" #> [98742] "orderbox" #> [98743] "pcrR" #> [98744] "plotIm" #> [98745] "plsR" #> [98746] "rdaC" #> [98747] "ridgeC" #> [98748] "ridgeR" #> [98749] "Rmse" #> [98750] "rpartC" #> [98751] "SimEval" #> [98752] "SimIm" #> [98753] "spect" #> [98754] "stepBackC" #> [98755] "stepBackR" #> [98756] "stepBothC" #> [98757] "stepBothR" #> [98758] "stepForC" #> [98759] "stepForR" #> [98760] "tic" #> [98761] "ImputeRobust-package" #> [98762] "ImpGamlssBootstrap" #> [98763] "ImpGamlssFit" #> [98764] "mice.impute.gamlss" #> [98765] "ModelCreator" #> [98766] "sample.data" #> [98767] "tao" #> [98768] "impute_errors" #> [98769] "plot_impute" #> [98770] "print.errprof" #> [98771] "sample_dat" #> [98772] "imputeTS-package" #> [98773] "na.interpolation" #> [98774] "na.kalman" #> [98775] "na.locf" #> [98776] "na.ma" #> [98777] "na.mean" #> [98778] "na.random" #> [98779] "na.remove" #> [98780] "na.seadec" #> [98781] "na.seasplit" #> [98782] "plotNA.distribution" #> [98783] "plotNA.distributionBar" #> [98784] "plotNA.gapsize" #> [98785] "plotNA.imputations" #> [98786] "statsNA" #> [98787] "tsAirgap" #> [98788] "tsAirgapComplete" #> [98789] "tsHeating" #> [98790] "tsHeatingComplete" #> [98791] "tsNH4" #> [98792] "tsNH4Complete" #> [98793] "imputeYn-package" #> [98794] "aft.kmweight" #> [98795] "aft.qp" #> [98796] "imputeYn" #> [98797] "imputeYn.extra" #> [98798] "lss.mod" #> [98799] "print.imputeYn" #> [98800] "convertDFtoDesignMatrix" #> [98801] "convertDFtoScoreMatrix" #> [98802] "createIMRMCdf" #> [98803] "doIMRMC" #> [98804] "extractPairedComparisonsBRBM" #> [98805] "extractPairedComparisonsWRBM" #> [98806] "getMRMCscore" #> [98807] "init.lecuyerRNG" #> [98808] "laBRBM" #> [98809] "laWRBM" #> [98810] "roc2binary" #> [98811] "roeMetzConfigs" #> [98812] "sim.gRoeMetz" #> [98813] "sim.gRoeMetz.config" #> [98814] "simMRMC" #> [98815] "simRoeMetz.example" #> [98816] "successDFtoROCdf" #> [98817] "undoIMRMCdf" #> [98818] "uStat11" #> [98819] "uStat11.diff" #> [98820] "uStat11.identity" #> [98821] "example_cli" #> [98822] "feature_select" #> [98823] "gene_stat" #> [98824] "imsig" #> [98825] "imsig_survival" #> [98826] "plot_abundance" #> [98827] "plot_survival" #> [98828] "pp_exp" #> [98829] "pp_sig" #> [98830] "collapse_data" #> [98831] "gpcm_IMT" #> [98832] "IMT" #> [98833] "chatbot" #> [98834] "chatbotUI" #> [98835] "continue_chat" #> [98836] "ShinyChatbot" #> [98837] "watson_chat_factory" #> [98838] "in2extRemes-package" #> [98839] "as.in2extRemesDataObject" #> [98840] "inaparc-package" #> [98841] "aldaoud" #> [98842] "ballhall" #> [98843] "crsamp" #> [98844] "firstk" #> [98845] "forgy" #> [98846] "get.algorithms" #> [98847] "hartiganwong" #> [98848] "imembones" #> [98849] "imembrand" #> [98850] "imembucr" #> [98851] "inofrep" #> [98852] "inscsf" #> [98853] "insdev" #> [98854] "is.inaparc" #> [98855] "kkz" #> [98856] "kmpp" #> [98857] "ksegments" #> [98858] "ksteps" #> [98859] "lastk" #> [98860] "lhsmaximin" #> [98861] "lhsrandom" #> [98862] "maximin" #> [98863] "mscseek" #> [98864] "rsamp" #> [98865] "rsegment" #> [98866] "scseek" #> [98867] "scseek2" #> [98868] "spaeth" #> [98869] "ssamp" #> [98870] "topbottom" #> [98871] "uniquek" #> [98872] "ursamp" #> [98873] "GenerateMixData" #> [98874] "inarmix" #> [98875] "bodyweight" #> [98876] "convert_raw" #> [98877] "g2_microsats" #> [98878] "g2_snps" #> [98879] "HHC" #> [98880] "inbreedR" #> [98881] "MLH" #> [98882] "mouse_msats" #> [98883] "mouse_snps" #> [98884] "plot.inbreed" #> [98885] "print.inbreed" #> [98886] "r2_hf" #> [98887] "r2_Wf" #> [98888] "simulate_g2" #> [98889] "simulate_r2_hf" #> [98890] "sMLH" #> [98891] "inca-package" #> [98892] "adjWeights" #> [98893] "intcalibrate" #> [98894] "roundWeights" #> [98895] "as.Dates" #> [98896] "as.incadata" #> [98897] "ex_data" #> [98898] "find_documents" #> [98899] "find_register" #> [98900] "is.incalogical" #> [98901] "lt" #> [98902] "next_method" #> [98903] "use_incadata" #> [98904] "INCA.DEG" #> [98905] "INCA.DyeSwap" #> [98906] "INCA.MAPlot" #> [98907] "INCA.NormIC" #> [98908] "INCA.NormSI" #> [98909] "INCA.PreProcess" #> [98910] "INCA.SpikePlot" #> [98911] "INCATome" #> [98912] "INCATomeData" #> [98913] "IncDTW-package" #> [98914] "dec_dm" #> [98915] "drink_glass" #> [98916] "dtw2vec" #> [98917] "dtw_dismat" #> [98918] "dtw_partial" #> [98919] "idtw" #> [98920] "idtw2vec" #> [98921] "plot_dba" #> [98922] "plot_idtw" #> [98923] "rundtw" #> [98924] "simulate_timewarp" #> [98925] "calculate.delta" #> [98926] "calculate.orbit.counts" #> [98927] "generate.dynamic.network" #> [98928] "get.neighbours" #> [98929] "incgraph" #> [98930] "network.as.matrix" #> [98931] "new.incgraph.network" #> [98932] "orca.halfdelta" #> [98933] "set.network" #> [98934] "as.data.frame.incidence" #> [98935] "dim.incidence" #> [98936] "estimate_peak" #> [98937] "find_peak" #> [98938] "get_counts" #> [98939] "get_fit" #> [98940] "group_names" #> [98941] "incidence_pal1" #> [98942] "plot.incidence" #> [98943] "subset.incidence" #> [98944] "incR" #> [98945] "incRact" #> [98946] "incRatt" #> [98947] "incRbouts" #> [98948] "incRenv" #> [98949] "incRplot" #> [98950] "incRprep" #> [98951] "incRscan" #> [98952] "incRt" #> [98953] "incR_envdata" #> [98954] "incR_procdata" #> [98955] "incR_rawdata" #> [98956] "excalibdata" #> [98957] "frrcal" #> [98958] "inccounts" #> [98959] "incpower" #> [98960] "incprecision" #> [98961] "incprops" #> [98962] "inctools" #> [98963] "mdrical" #> [98964] "prevcounts" #> [98965] "IncucyteDRC-package" #> [98966] "calculateCutTimeForGrowthCurve" #> [98967] "calculateCutTimeForIDRCSet" #> [98968] "calculateDRCData" #> [98969] "calculateEC50" #> [98970] "exportDRCDataToDataFrame" #> [98971] "exportDRCDataToDotmatics" #> [98972] "exportDRCDataToPRISM" #> [98973] "exportEC50Data" #> [98974] "fitDoseResponseCurve" #> [98975] "fitGrowthCurvesGrouped" #> [98976] "fitGrowthCurvesIndividual" #> [98977] "importIncucyteData" #> [98978] "importPlatemap" #> [98979] "importPlatemapXML" #> [98980] "makeIncucyteDRCSet" #> [98981] "plotDoseResponseCurve" #> [98982] "plotIncucyteDRCSet" #> [98983] "plotPlatemap" #> [98984] "populateIncucyteDRCSetMetadata" #> [98985] "print.IncucyteDRCPlateData" #> [98986] "print.IncucyteDRCSet" #> [98987] "print.IncucyteDRCSetList" #> [98988] "shinyVisApp" #> [98989] "shinyVisServer" #> [98990] "shinyVisUI" #> [98991] "splitIncucyteDRCPlateData" #> [98992] "indelmiss-package" #> [98993] "gardnerelladata" #> [98994] "indelrates" #> [98995] "mycobacteriumdata1" #> [98996] "mycobacteriumdata2" #> [98997] "plot.indelmiss" #> [98998] "plotp" #> [98999] "plotrates" #> [99000] "print.indelmiss" #> [99001] "A.dep.tests" #> [99002] "dependogram" #> [99003] "dna" #> [99004] "KLentropy" #> [99005] "L2OptW" #> [99006] "MINTauto" #> [99007] "MINTav" #> [99008] "MINTknown" #> [99009] "MINTperm" #> [99010] "MINTregression" #> [99011] "CRIX" #> [99012] "ECRIX" #> [99013] "EFCRIX" #> [99014] "IndexComp" #> [99015] "IndexMemberSelection" #> [99016] "IndexMembersUpdate" #> [99017] "IndexUpdate" #> [99018] "LCRIX" #> [99019] "LECRIX" #> [99020] "LEFCRIX" #> [99021] "market" #> [99022] "price" #> [99023] "RelativeWeights" #> [99024] "SwitchDates" #> [99025] "CES_sigma_2" #> [99026] "elasticity" #> [99027] "evaluateMatched" #> [99028] "GEKSIndex" #> [99029] "maximumSimilarityLinks" #> [99030] "mixScaleDissimilarity" #> [99031] "monthIndex" #> [99032] "priceIndex" #> [99033] "quantityIndex" #> [99034] "quarterIndex" #> [99035] "relativeDissimilarity" #> [99036] "unitValues" #> [99037] "weekIndex" #> [99038] "yearIndex" #> [99039] "ITI2017" #> [99040] "ITI2018" #> [99041] "indicspecies-package" #> [99042] "combinespecies" #> [99043] "multipatt" #> [99044] "nicheoverlap" #> [99045] "nichevar" #> [99046] "plotniche" #> [99047] "predict.indicators" #> [99048] "pruneindicators" #> [99049] "signassoc" #> [99050] "strassoc" #> [99051] "summary.multipatt" #> [99052] "wetland" #> [99053] "checkX" #> [99054] "CNdiag" #> [99055] "designLink" #> [99056] "dGompertzNorm" #> [99057] "dLogitNorm" #> [99058] "elicitPt" #> [99059] "indirect" #> [99060] "makeSweave" #> [99061] "muSigma" #> [99062] "mV" #> [99063] "pdist" #> [99064] "plotDesignPoint" #> [99065] "IndTestPP-package" #> [99066] "BarTxTn" #> [99067] "ComplPos.fun" #> [99068] "CondTest.fun" #> [99069] "CPSPpoints.fun" #> [99070] "CPSPPOTevents.fun" #> [99071] "depchi.fun" #> [99072] "DepMarkedNHPP.fun" #> [99073] "DepNHCPSP.fun" #> [99074] "DepNHNeyScot.fun" #> [99075] "DepNHPPqueue.fun" #> [99076] "DistObs.fun" #> [99077] "DistShift.fun" #> [99078] "DistSim.fun" #> [99079] "DutilleulPlot.fun" #> [99080] "IndNHNeyScot.fun" #> [99081] "IndNHPP.fun" #> [99082] "nearestdist.fun" #> [99083] "NHD.fun" #> [99084] "NHF.fun" #> [99085] "NHJ.fun" #> [99086] "NHK.fun" #> [99087] "simHPc.fun" #> [99088] "simNHPc.fun" #> [99089] "SpecGap.fun" #> [99090] "TestIndLS.fun" #> [99091] "TestIndNH.fun" #> [99092] "uniongentri.fun" #> [99093] "inegiR-package" #> [99094] "auto_production" #> [99095] "balance_payments" #> [99096] "city_inflation" #> [99097] "commerce" #> [99098] "compact_inegi_series" #> [99099] "country_exports" #> [99100] "crecer" #> [99101] "denue" #> [99102] "denue_grid" #> [99103] "denue_varios_stats" #> [99104] "econ_sectors" #> [99105] "ext_geo" #> [99106] "get_gas" #> [99107] "IGAE" #> [99108] "inegi_catalog" #> [99109] "inegi_code" #> [99110] "inegi_destiny" #> [99111] "inegi_route" #> [99112] "inegi_series" #> [99113] "legacy" #> [99114] "legacy_productivity" #> [99115] "legacy_state" #> [99116] "make_grid" #> [99117] "ordenar_porconteo" #> [99118] "serie_inegi" #> [99119] "student_inflation" #> [99120] "terms_trade" #> [99121] "trade_balance" #> [99122] "ultimos" #> [99123] "YoY" #> [99124] "Ilocos" #> [99125] "Lasym" #> [99126] "Lc.mehran" #> [99127] "Pen" #> [99128] "plot.Lc" #> [99129] "plot.theorLc" #> [99130] "theorLc" #> [99131] "iNEXT-package" #> [99132] "ant" #> [99133] "as.abucount" #> [99134] "as.incfreq" #> [99135] "ChaoRichness" #> [99136] "ChaoShannon" #> [99137] "ChaoSimpson" #> [99138] "ciliates" #> [99139] "DataInfo" #> [99140] "estimateD" #> [99141] "fortify.iNEXT" #> [99142] "ggiNEXT" #> [99143] "iNEXT" #> [99144] "plot.iNEXT" #> [99145] "print.iNEXT" #> [99146] "estPD" #> [99147] "ExpandData" #> [99148] "fortify.iNextPD" #> [99149] "iNextPD" #> [99150] "PDBoot" #> [99151] "plot.iNextPD" #> [99152] "print.iNextPD" #> [99153] "SPBoot" #> [99154] "InfDim-package" #> [99155] "IDM" #> [99156] "IDM.bootCI" #> [99157] "p.function" #> [99158] "psii" #> [99159] "chisq_stat" #> [99160] "chisq_test" #> [99161] "get_confidence_interval" #> [99162] "get_p_value" #> [99163] "print.infer" #> [99164] "rep_sample_n" #> [99165] "shade_confidence_interval" #> [99166] "shade_p_value" #> [99167] "inference-package" #> [99168] "infer,-methods" #> [99169] "inference-class" #> [99170] "show,inference-method" #> [99171] "transform.inference" #> [99172] "InferenceSMR-package" #> [99173] "est.expDeath" #> [99174] "incidences" #> [99175] "inference.SMR" #> [99176] "screening" #> [99177] "var.expDeath" #> [99178] "diagnose_weights" #> [99179] "direct_effect" #> [99180] "indirect_effect" #> [99181] "inferference" #> [99182] "logit_integrand" #> [99183] "overall_effect" #> [99184] "print.interference" #> [99185] "score_calc" #> [99186] "score_matrix" #> [99187] "total_effect" #> [99188] "vaccinesim" #> [99189] "voters" #> [99190] "wght_calc" #> [99191] "wght_deriv_array" #> [99192] "wght_deriv_calc" #> [99193] "wght_matrix" #> [99194] "exam" #> [99195] "inferr" #> [99196] "infer_binom_calc" #> [99197] "infer_chisq_assoc_test" #> [99198] "infer_chisq_gof_test" #> [99199] "infer_cochran_qtest" #> [99200] "infer_launch_shiny_app" #> [99201] "infer_levene_test" #> [99202] "infer_mcnemar_test" #> [99203] "infer_oneway_anova" #> [99204] "infer_os_prop_test" #> [99205] "infer_os_t_test" #> [99206] "infer_os_var_test" #> [99207] "infer_runs_test" #> [99208] "infer_ts_ind_ttest" #> [99209] "infer_ts_paired_ttest" #> [99210] "infer_ts_prop_test" #> [99211] "infer_ts_var_test" #> [99212] "treatment" #> [99213] "treatment2" #> [99214] "abbr" #> [99215] "beta.emp" #> [99216] "CancerTypeAbbr" #> [99217] "iDMC" #> [99218] "InfiniumClust" #> [99219] "InfiniumDMC" #> [99220] "InfiniumPurify" #> [99221] "file.path" #> [99222] "funlogic" #> [99223] "nil" #> [99224] "nomatch" #> [99225] "paste0" #> [99226] "INFL.core_dw" #> [99227] "INFL.core_ex" #> [99228] "INFL.core_tf" #> [99229] "INFL.core_tm" #> [99230] "ipca_item" #> [99231] "ipca_sub" #> [99232] "vol.mat" #> [99233] "inflection-package" #> [99234] "bede" #> [99235] "bese" #> [99236] "ede" #> [99237] "edeci" #> [99238] "ese" #> [99239] "findipiterplot" #> [99240] "findipl" #> [99241] "findiplist" #> [99242] "lin2" #> [99243] "influence.ME-package" #> [99244] "cooks.distance.estex" #> [99245] "dfbetas.estex" #> [99246] "exclude.influence" #> [99247] "grouping.levels" #> [99248] "influence.mer" #> [99249] "pchange" #> [99250] "plot.estex" #> [99251] "school23" #> [99252] "se.fixef" #> [99253] "sigtest" #> [99254] "bollen.loglik" #> [99255] "Deltachi" #> [99256] "explore.influence" #> [99257] "fitinfluence" #> [99258] "genCookDist" #> [99259] "Likedist" #> [99260] "parinfluence" #> [99261] "PDII" #> [99262] "sem.fitres" #> [99263] "betweenness" #> [99264] "bridging" #> [99265] "csv.to.igraph" #> [99266] "influenceR" #> [99267] "keyplayer" #> [99268] "create_database" #> [99269] "influxdbr" #> [99270] "influx_connection" #> [99271] "influx_ping" #> [99272] "influx_query" #> [99273] "influx_select" #> [99274] "influx_write" #> [99275] "show_databases" #> [99276] "show_diagnostics" #> [99277] "show_stats" #> [99278] "infoDecompuTE-package" #> [99279] "adjustEffectNames" #> [99280] "adjustMissingLevels" #> [99281] "chrisEx1" #> [99282] "chrisEx2" #> [99283] "chrisEx3" #> [99284] "getCoefVC.onePhase" #> [99285] "getCoefVC.twoPhase" #> [99286] "getEffFactor" #> [99287] "getFixedEF.onePhase" #> [99288] "getFixedEF.twoPhase" #> [99289] "getTrtCoef" #> [99290] "getTrtRep" #> [99291] "getVMat.onePhase" #> [99292] "getVMat.twoPhase" #> [99293] "identityMat" #> [99294] "infoDecompMat" #> [99295] "invInfMat" #> [99296] "makeBlkDesMat" #> [99297] "makeContrMat" #> [99298] "makeOrthProjectors" #> [99299] "makeOverDesMat" #> [99300] "projMat" #> [99301] "summaryAovOnePhase" #> [99302] "summaryAovTwoPhase" #> [99303] "toLatexTable" #> [99304] "unity" #> [99305] "CheckInputs" #> [99306] "create_infotables" #> [99307] "MultiPlot" #> [99308] "NWOE" #> [99309] "plot_infotables" #> [99310] "SinglePlot" #> [99311] "WOE" #> [99312] "ActualsAndScores" #> [99313] "Concordance" #> [99314] "IV" #> [99315] "kappaCohen" #> [99316] "ks_plot" #> [99317] "ks_stat" #> [99318] "misClassError" #> [99319] "optimalCutoff" #> [99320] "somersD" #> [99321] "WOETable" #> [99322] "youdensIndex" #> [99323] "InformativeCensoring-package" #> [99324] "col.headings" #> [99325] "cox.zph" #> [99326] "ExtractSingle" #> [99327] "gammaImpute" #> [99328] "GammaImputedData.object" #> [99329] "GammaImputedSet.object" #> [99330] "GammaStat.object" #> [99331] "GammaStatList.object" #> [99332] "ImputeStat" #> [99333] "MakeTimeDepScore" #> [99334] "NN.options" #> [99335] "ScoreImpute" #> [99336] "ScoreImputedData.object" #> [99337] "ScoreImputedSet.object" #> [99338] "ScoreInd" #> [99339] "ScoreStat.object" #> [99340] "ScoreStatList.object" #> [99341] "ScoreStatSet" #> [99342] "ScoreStatSet.object" #> [99343] "ScoreTD.object" #> [99344] "ScoreTimeDep" #> [99345] "summary.ScoreStatSet" #> [99346] "informR-package" #> [99347] "atus80int" #> [99348] "atus80ord" #> [99349] "count.sform" #> [99350] "gen.evl" #> [99351] "gen.id" #> [99352] "gen.intercepts" #> [99353] "gen.sform" #> [99354] "gen.sformlist" #> [99355] "get.regpos" #> [99356] "glapply" #> [99357] "glb.sformlist" #> [99358] "regmat.ind" #> [99359] "sf2nms" #> [99360] "sfl2sl" #> [99361] "slbind" #> [99362] "slbind.cond" #> [99363] "slbind.cov" #> [99364] "sldrop" #> [99365] "condentropy" #> [99366] "condinformation" #> [99367] "infotheo" #> [99368] "interinformation" #> [99369] "multiinformation" #> [99370] "mutinformation" #> [99371] "natstobits" #> [99372] "InfoTrad-package" #> [99373] "EA" #> [99374] "EHO" #> [99375] "GAN" #> [99376] "LK" #> [99377] "YZ" #> [99378] "getInfra" #> [99379] "infraFDTD.assist-package" #> [99380] "MakeSnapshotInfo" #> [99381] "MakeSnapshots" #> [99382] "PrepFiles" #> [99383] "infuse" #> [99384] "print.infuse" #> [99385] "print_requested_params" #> [99386] "read_template" #> [99387] "variables_requested" #> [99388] "add_simulation" #> [99389] "confint.SLik" #> [99390] "densv" #> [99391] "handling_NAs" #> [99392] "infer_logLs" #> [99393] "infer_SLik_joint" #> [99394] "infer_surface" #> [99395] "Infusion" #> [99396] "MSL" #> [99397] "multi_binning" #> [99398] "plot.SLik" #> [99399] "plot1Dprof" #> [99400] "profile.SLik" #> [99401] "project.character" #> [99402] "rparam" #> [99403] "infutil-package" #> [99404] "iota" #> [99405] "iota.c" #> [99406] "iota.l" #> [99407] "iota.u" #> [99408] "nmru" #> [99409] "rJeffreys" #> [99410] "accumulated_dependency" #> [99411] "aggregate_profiles" #> [99412] "calculate_variable_profile" #> [99413] "calculate_variable_split" #> [99414] "ceteris_paribus_2d" #> [99415] "cluster_profiles" #> [99416] "conditional_dependency" #> [99417] "feature_importance" #> [99418] "partial_dependency" #> [99419] "plot.aggregated_profiles_explainer" #> [99420] "plot.ceteris_paribus_2d_explainer" #> [99421] "plot.feature_importance_explainer" #> [99422] "print.aggregated_ceteris_paribus_explainer" #> [99423] "show_aggreagated_profiles" #> [99424] "show_observations" #> [99425] "show_rugs" #> [99426] "write.ini" #> [99427] "binder" #> [99428] "injectoR" #> [99429] "multibind" #> [99430] "shim" #> [99431] "injury_score" #> [99432] "BMArho" #> [99433] "fitmarg" #> [99434] "fitmargBMA" #> [99435] "INLABMA" #> [99436] "INLAMH" #> [99437] "leroux.inla" #> [99438] "logprrho" #> [99439] "mysplinefun" #> [99440] "recompute.impacts" #> [99441] "rescalemarg" #> [99442] "sem.inla" #> [99443] "trIrhoWinv" #> [99444] "Bachl" #> [99445] "2018-07-24" #> [99446] "bincount" #> [99447] "bru" #> [99448] "bru.components" #> [99449] "bru.options" #> [99450] "cprod" #> [99451] "deltaIC" #> [99452] "devel.cvmeasure" #> [99453] "generate.bru" #> [99454] "generate.inla" #> [99455] "gg.data.frame" #> [99456] "gg.inla.mesh" #> [99457] "gg.inla.mesh.1d" #> [99458] "gg.matrix" #> [99459] "gg.prediction" #> [99460] "gg.RasterLayer" #> [99461] "gg.SpatialGridDataFrame" #> [99462] "gg.SpatialLines" #> [99463] "gg.SpatialPixels" #> [99464] "gg.SpatialPixelsDataFrame" #> [99465] "gg.SpatialPoints" #> [99466] "gg.SpatialPolygons" #> [99467] "globe" #> [99468] "glplot" #> [99469] "glplot.inla.mesh" #> [99470] "glplot.SpatialLines" #> [99471] "glplot.SpatialPoints" #> [99472] "gorillas" #> [99473] "init.tutorial" #> [99474] "inlabru" #> [99475] "int" #> [99476] "ipoints" #> [99477] "lgcp" #> [99478] "mexdolphin" #> [99479] "mrsea" #> [99480] "pixels" #> [99481] "plot.bru" #> [99482] "point2count" #> [99483] "Poisson1_1D" #> [99484] "Poisson2_1D" #> [99485] "Poisson3_1D" #> [99486] "predict.bru" #> [99487] "predict.inla" #> [99488] "sample.lgcp" #> [99489] "sline" #> [99490] "spatial.to.ppp" #> [99491] "spde.posterior" #> [99492] "spoly" #> [99493] "stransform" #> [99494] "summary.bru" #> [99495] "toygroups" #> [99496] "vertices.inla.mesh" #> [99497] "inline-package" #> [99498] "cxxfunction" #> [99499] "package.skeleton-methods" #> [99500] "plugins" #> [99501] "AddColorKey" #> [99502] "AddGradientLegend" #> [99503] "AddInsetMap" #> [99504] "AddNorthArrow" #> [99505] "AddPoints" #> [99506] "AddScaleBar" #> [99507] "AddWebMapElements" #> [99508] "BuildVignettes" #> [99509] "BumpDisconnectCells" #> [99510] "BumpRiverStage" #> [99511] "CreateWebMap" #> [99512] "ExportRasterStack" #> [99513] "ExtractAlongTransect" #> [99514] "FindOptimalSubset" #> [99515] "FormatPval" #> [99516] "GetColors" #> [99517] "GetDaysInMonth" #> [99518] "GetInsetLocation" #> [99519] "GetRegionOfInterest" #> [99520] "Grid2Polygons" #> [99521] "PlotCrossSection" #> [99522] "PlotGraph" #> [99523] "PlotMap" #> [99524] "POSIXct2Character" #> [99525] "PrintFigure" #> [99526] "PrintTable" #> [99527] "ReadCodeChunks" #> [99528] "ReadModflowBinary" #> [99529] "RecreateLibrary" #> [99530] "ReplaceInTemplate" #> [99531] "RmSmallCellChunks" #> [99532] "SetHinge" #> [99533] "SetPolygons" #> [99534] "SummariseBudget" #> [99535] "ToScientific" #> [99536] "iNOTE-package" #> [99537] "inote" #> [99538] "itegs" #> [99539] "test.pw.info" #> [99540] "doCA" #> [99541] "doCluster" #> [99542] "doKmeansClust" #> [99543] "doMetacomEntropart" #> [99544] "doMetacomMetacom" #> [99545] "excludeStopWords" #> [99546] "exclusionList_FR" #> [99547] "exclusionList_SP" #> [99548] "exclusionList_UK" #> [99549] "getAllAnalysis" #> [99550] "getListFiles" #> [99551] "getMostFreqWord" #> [99552] "getMostFreqWordCor" #> [99553] "getPDF" #> [99554] "getStopWords" #> [99555] "getSummaryStatsBARPLOT" #> [99556] "getSummaryStatsHISTO" #> [99557] "getSummaryStatsOCCUR" #> [99558] "getTXT" #> [99559] "getwordOccuDF" #> [99560] "getXFreqWord" #> [99561] "IdentifyStructure" #> [99562] "inpdfr" #> [99563] "loremIpsum" #> [99564] "makeWordcloud" #> [99565] "mergeWordFreq" #> [99566] "postProcTxt" #> [99567] "preProcTxt" #> [99568] "quitSpaceFromChars" #> [99569] "truncNumWords" #> [99570] "inplace-op" #> [99571] "inplace-sweep" #> [99572] "InPosition-package" #> [99573] "boot.compute.fj" #> [99574] "boot.ratio.test" #> [99575] "boot.samples" #> [99576] "caChiTest" #> [99577] "contingency.data.break" #> [99578] "continueResampling" #> [99579] "epCA.inference.battery" #> [99580] "epGPCA.inference.battery" #> [99581] "epMCA.inference.battery" #> [99582] "epPCA.inference.battery" #> [99583] "inGraphs" #> [99584] "print.epCA.inference.battery" #> [99585] "print.epGPCA.inference.battery" #> [99586] "print.epMCA.inference.battery" #> [99587] "print.epPCA.inference.battery" #> [99588] "print.inpoBoot" #> [99589] "print.inpoBootTests" #> [99590] "print.inpoComponents" #> [99591] "print.inpoOmni" #> [99592] "print.inpoOutput" #> [99593] "rebuildMCAtable" #> [99594] "disambiguate" #> [99595] "get_lineage" #> [99596] "get_taxID" #> [99597] "insect" #> [99598] "manipulate" #> [99599] "prune_taxonomy" #> [99600] "purge" #> [99601] "qfilter" #> [99602] "replicate" #> [99603] "samoa" #> [99604] "searchGB" #> [99605] "virtualFISH" #> [99606] "virtualPCR" #> [99607] "whales" #> [99608] "whale_taxonomy" #> [99609] "insideRODE-package" #> [99610] "cfLSODA" #> [99611] "cfLSODE" #> [99612] "cfODE" #> [99613] "cfVODE" #> [99614] "cpLSODA" #> [99615] "cpLSODE" #> [99616] "cpODE" #> [99617] "cpVODE" #> [99618] "nlmLSODA" #> [99619] "nlmLSODAcp" #> [99620] "nlmLSODE" #> [99621] "nlmLSODEcpcp" #> [99622] "nlmODE" #> [99623] "nlmODEcpcp" #> [99624] "nlmVODE" #> [99625] "nlmVODEcp" #> [99626] "all_models_equal" #> [99627] "clean_names" #> [99628] "download_model" #> [99629] "find_algorithm" #> [99630] "find_formula" #> [99631] "find_parameters" #> [99632] "find_predictors" #> [99633] "find_random" #> [99634] "find_random_slopes" #> [99635] "find_response" #> [99636] "find_terms" #> [99637] "find_variables" #> [99638] "get_predictors" #> [99639] "get_priors" #> [99640] "get_random" #> [99641] "get_response" #> [99642] "get_variance" #> [99643] "is_model" #> [99644] "is_multivariate" #> [99645] "link_function" #> [99646] "link_inverse" #> [99647] "model_info" #> [99648] "n_obs" #> [99649] "print_color" #> [99650] "InsilicoVA-package" #> [99651] "causetext" #> [99652] "condprobnum" #> [99653] "csmf.diag" #> [99654] "extract.prob" #> [99655] "get.indiv" #> [99656] "indivplot" #> [99657] "insilico" #> [99658] "insilico.fit" #> [99659] "insilico.train" #> [99660] "physician_debias" #> [99661] "plot.insilico" #> [99662] "print.insilico" #> [99663] "print.insilico_summary" #> [99664] "probbase" #> [99665] "probbase3" #> [99666] "RandomPhysician" #> [99667] "RandomVA1" #> [99668] "RandomVA2" #> [99669] "SampleCategory" #> [99670] "SamplePhysician" #> [99671] "summary.insilico" #> [99672] "updateIndiv" #> [99673] "insol-package" #> [99674] "aspect" #> [99675] "cgrad" #> [99676] "daydoy" #> [99677] "degrees" #> [99678] "doshade" #> [99679] "doyday" #> [99680] "eqtime" #> [99681] "GCdistance" #> [99682] "hillshading" #> [99683] "hourangle" #> [99684] "insolation" #> [99685] "JD" #> [99686] "JDymd" #> [99687] "meteoandes" #> [99688] "normalvector" #> [99689] "p2rho" #> [99690] "rh2sh" #> [99691] "sunr" #> [99692] "sunvector" #> [99693] "wvapsat" #> [99694] "z2p" #> [99695] "InspectChangepoint-package" #> [99696] "compute.threshold" #> [99697] "cusum.transform" #> [99698] "locate.change" #> [99699] "multi.change" #> [99700] "PiS" #> [99701] "PiW" #> [99702] "plot.hdchangeseq" #> [99703] "rescale.variance" #> [99704] "single.change" #> [99705] "sparse.svd" #> [99706] "vector.norm" #> [99707] "vector.soft.thresh" #> [99708] "inspect_cat" #> [99709] "inspect_cor" #> [99710] "inspect_imb" #> [99711] "inspect_mem" #> [99712] "inspect_num" #> [99713] "inspect_types" #> [99714] "character_blanks_check" #> [99715] "character_check" #> [99716] "col_check" #> [99717] "date_check" #> [99718] "greater_than" #> [99719] "greater_than_equalto" #> [99720] "inspectr" #> [99721] "less_than" #> [99722] "less_than_equalto" #> [99723] "numeric_check" #> [99724] "three_col_check" #> [99725] "two_col_check" #> [99726] "val_check" #> [99727] "exmp_dataset1" #> [99728] "exmp_dataset2" #> [99729] "INSPIRE" #> [99730] "install_load" #> [99731] "Leeper" #> [99732] "VitoshKa" #> [99733] "Kornelius" #> [99734] "Rohmeyer" #> [99735] "Tyler" #> [99736] "Hunt" #> [99737] "Takekatsu" #> [99738] "Hiramura" #> [99739] "Boessenkool" #> [99740] "Godfrey" #> [99741] "Allard" #> [99742] "ChingChuan" #> [99743] "Chan-Yub" #> [99744] "Park" #> [99745] "2018-10-06" #> [99746] "21:10:03" #> [99747] "installr-package" #> [99748] "add.installr.GUI" #> [99749] "add_load_installr_on_startup_menu" #> [99750] "add_remove_installr_from_startup_menu" #> [99751] "add_to_.First_in_Rprofile.site" #> [99752] "ask.user.for.a.row" #> [99753] "ask.user.yn.question" #> [99754] "barplot_package_users_per_day" #> [99755] "browse.latest.R.NEWS" #> [99756] "check.for.updates.R" #> [99757] "checkMD5sums2" #> [99758] "copy.packages.between.libraries" #> [99759] "cranometer" #> [99760] "create.global.library" #> [99761] "download_RStudio_CRAN_data" #> [99762] "fetch_tag_from_Rd" #> [99763] "file.name.from.url" #> [99764] "format_RStudio_CRAN_data" #> [99765] "freegeoip" #> [99766] "get.installed.R.folders" #> [99767] "get_pid" #> [99768] "get_Rscript_PID" #> [99769] "get_tasklist" #> [99770] "install.7zip" #> [99771] "install.CMake" #> [99772] "install.conda" #> [99773] "install.Cygwin" #> [99774] "install.FFmpeg" #> [99775] "install.git" #> [99776] "install.GitHub" #> [99777] "install.GraphicsMagick" #> [99778] "install.ImageMagick" #> [99779] "install.inno" #> [99780] "install.java" #> [99781] "install.LaTeX2RTF" #> [99782] "install.LyX" #> [99783] "install.MikTeX" #> [99784] "install.nodejs" #> [99785] "install.notepadpp" #> [99786] "install.npptor" #> [99787] "install.packages.zip" #> [99788] "install.pandoc" #> [99789] "install.python" #> [99790] "install.R" #> [99791] "install.Rdevel" #> [99792] "install.RStudio" #> [99793] "install.Rtools" #> [99794] "install.SWFTools" #> [99795] "install.Texmaker" #> [99796] "install.URL" #> [99797] "installr" #> [99798] "is.exe.installed" #> [99799] "is.Rgui" #> [99800] "is.RStudio" #> [99801] "is.windows" #> [99802] "is.x64" #> [99803] "is_in_.First_in_Rprofile.site" #> [99804] "kill_all_Rscript_s" #> [99805] "kill_pid" #> [99806] "kill_process" #> [99807] "lineplot_package_downloads" #> [99808] "load_installr_on_startup" #> [99809] "most_downloaded_packages" #> [99810] "myip" #> [99811] "os.hibernate" #> [99812] "os.lock" #> [99813] "os.manage" #> [99814] "os.restart" #> [99815] "os.shutdown" #> [99816] "os.sleep" #> [99817] "package_authors" #> [99818] "pkgDNLs_worldmapcolor" #> [99819] "read_RStudio_CRAN_data" #> [99820] "remove.installr.GUI" #> [99821] "remove_from_.First_in_Rprofile.site" #> [99822] "rename_r_to_R" #> [99823] "require2" #> [99824] "restart_RGui" #> [99825] "rm_installr_from_startup" #> [99826] "R_version_in_a_folder" #> [99827] "source.https" #> [99828] "system.PATH" #> [99829] "turn.number.version" #> [99830] "turn.version.to.number" #> [99831] "turn.version.to.number1" #> [99832] "uninstall.packages" #> [99833] "uninstall.R" #> [99834] "updateR" #> [99835] "up_folder" #> [99836] "xlsx2csv" #> [99837] "getComments" #> [99838] "getFollowers" #> [99839] "getFollows" #> [99840] "getLikes" #> [99841] "getLocation" #> [99842] "getPopular" #> [99843] "getTagCount" #> [99844] "getUser" #> [99845] "getUserMedia" #> [99846] "instaOAuth" #> [99847] "searchInstagram" #> [99848] "AutoBi" #> [99849] "AutoClaims" #> [99850] "AutoCollision" #> [99851] "ClaimsLong" #> [99852] "dataCar" #> [99853] "dataOhlsson" #> [99854] "IndustryAuto" #> [99855] "SingaporeAuto" #> [99856] "Thirdparty" #> [99857] "WorkersComp" #> [99858] "autoplot.insurancerating" #> [99859] "biggest_reference" #> [99860] "construct_tariff_classes" #> [99861] "MTPL" #> [99862] "rating_factors" #> [99863] "intamap-package" #> [99864] "bayesCopula" #> [99865] "blockPredict" #> [99866] "checkSetup" #> [99867] "coarsenGrid" #> [99868] "conformProjections" #> [99869] "copulaEstimation" #> [99870] "createIntamapObject" #> [99871] "estimateAnisotropy" #> [99872] "estimateParameters" #> [99873] "estimateTimeModel" #> [99874] "generateTimeModels" #> [99875] "getIntamapParams" #> [99876] "getInterpolationMethodNames" #> [99877] "intamap" #> [99878] "intamapExampleObject" #> [99879] "methodParameters" #> [99880] "plotIntamap" #> [99881] "postProcess" #> [99882] "predictTime" #> [99883] "rotateAnisotropicData" #> [99884] "spatialPredict" #> [99885] "summaryIntamap" #> [99886] "timeModels" #> [99887] "unbiasedKrige" #> [99888] "yamamotoKrige" #> [99889] "intamapInteractive-package" #> [99890] "anisotropyChoice" #> [99891] "biasCorr" #> [99892] "calculateMukv" #> [99893] "doSegmentation" #> [99894] "findBiasUK" #> [99895] "findBoundaryLines" #> [99896] "findLocalBias" #> [99897] "findRegionalBias" #> [99898] "optimizeNetwork" #> [99899] "spCovAdd" #> [99900] "spCovDel" #> [99901] "ssaOptim" #> [99902] "bssmle" #> [99903] "bssmle_se" #> [99904] "ciregic" #> [99905] "dataprep" #> [99906] "longdata" #> [99907] "naive_b" #> [99908] "predict.ciregic" #> [99909] "pseudo.HIV.long" #> [99910] "summary.ciregic" #> [99911] "vcov.ciregic" #> [99912] "vcov.summary.ciregic" #> [99913] "intcensROC-package" #> [99914] "intcensAUC" #> [99915] "intcensROC" #> [99916] "ABC.SingleInMultiple" #> [99917] "ADC" #> [99918] "ADEC" #> [99919] "BinFeaturesPlot_MultipleData" #> [99920] "BinFeaturesPlot_SingleData" #> [99921] "BoxPlotDistance" #> [99922] "CEC" #> [99923] "CharacteristicFeatures" #> [99924] "ChooseCluster" #> [99925] "Cluster" #> [99926] "ClusterCols" #> [99927] "ClusteringAggregation" #> [99928] "ClusterPlot" #> [99929] "ColorPalette" #> [99930] "Colors1" #> [99931] "ColorsNames" #> [99932] "CompareInteractive" #> [99933] "CompareSilCluster" #> [99934] "CompareSvsM" #> [99935] "ConsensusClustering" #> [99936] "ContFeaturesPlot" #> [99937] "CVAA" #> [99938] "DetermineWeight_SilClust" #> [99939] "DetermineWeight_SimClust" #> [99940] "DiffGenes" #> [99941] "DiffGenesSelection" #> [99942] "distanceheatmaps" #> [99943] "EHC" #> [99944] "EnsembleClustering" #> [99945] "EvidenceAccumulation" #> [99946] "f.clustABC.MultiSource" #> [99947] "f.gsample" #> [99948] "f.rmv" #> [99949] "f.t" #> [99950] "FeatSelection" #> [99951] "FeaturesOfCluster" #> [99952] "FindCluster" #> [99953] "FindElement" #> [99954] "FindGenes" #> [99955] "fingerprintMat" #> [99956] "GeneInfo" #> [99957] "geneMat" #> [99958] "Geneset.intersect" #> [99959] "Geneset.intersectSelection" #> [99960] "GS" #> [99961] "HBGF" #> [99962] "HeatmapPlot" #> [99963] "HeatmapSelection" #> [99964] "HierarchicalEnsembleClustering" #> [99965] "IntClust" #> [99966] "LabelCols" #> [99967] "LabelPlot" #> [99968] "LinkBasedClustering" #> [99969] "M_ABC" #> [99970] "Normalization" #> [99971] "PathwayAnalysis" #> [99972] "PathwaysIter" #> [99973] "PathwaysSelection" #> [99974] "PlotPathways" #> [99975] "PreparePathway" #> [99976] "ProfilePlot" #> [99977] "ReorderToReference" #> [99978] "SelectnrClusters" #> [99979] "SharedComps" #> [99980] "SharedGenesPathsFeat" #> [99981] "SharedSelection" #> [99982] "SharedSelectionLimma" #> [99983] "SharedSelectionMLP" #> [99984] "SimilarityHeatmap" #> [99985] "SimilarityMeasure" #> [99986] "SNF" #> [99987] "targetMat" #> [99988] "TrackCluster" #> [99989] "WeightedClust" #> [99990] "WonM" #> [99991] "calculatePermutedScoreByGeneSampling" #> [99992] "computeAbility" #> [99993] "dichotomizeCN" #> [99994] "dichotomizeExpr" #> [99995] "dichotomizeMethy" #> [99996] "fitOnSinglePlat" #> [99997] "intIRTeasyRun" #> [99998] "intIRTeasyRunFromRaw" #> [99999] "OV" #> [ reached getOption("max.print") -- omitted 140927 entries ]